Bad lighting can make a good building look flat.

Good lighting can make a simple scene suddenly make sense.

That is true whether the image is a photograph taken on site at six in the morning, a CGI render produced in software, or a frame from a drone film shot on a clear October afternoon.

The medium changes. The principle does not.

The difference is control.

A photographer plans carefully and waits for the right conditions. A CGI artist creates those conditions from scratch. A filmmaker sequences them over time.

But in each case, the best images are the result of deliberate lighting decisions.

Nothing should be there by accident.

Here are a few of the things to look for when reviewing any piece of architectural imagery.

Direction, Angle and Time of Day

Whether you are briefing a photographer or a CGI team, the first lighting question is usually the same:

Where is the sun, and what time of day does this need to be?

A high midday sun can flatten facades and produce short, unhelpful shadows. A lower, more directional sun — earlier or later in the day, or lower in the sky through the winter months — creates longer shadows that help a building read as a solid, three-dimensional object rather than a flat graphic.

Shadows are not a problem to remove.

They are one of the main ways the viewer understands shape.

Used well, they direct the eye towards the right part of the image without anyone consciously noticing it is happening.

In photography, getting this right means planning around the calendar, the weather and the clock.

In CGI, it means choosing the lighting deliberately rather than accepting whatever the software gives you by default.

Either way, the question is not simply: is the building visible?

It is: is the light helping people understand it?

The Glazing Problem

Glazing is one of the most common places where otherwise strong imagery falls slightly flat.

A glazed elevation in direct sunshine often reads as a wall of mirrors. The exterior light is so much brighter than the interior that the glass reflects the outside world instead of revealing anything behind it.

Technically accurate.

Visually uninformative.

That may be fine if the aim is to show the exterior form. But if the inside of the building matters — office space, reception areas, activity, occupation, warmth — the lighting strategy has to make the inside visible.

The solution, in both photography and CGI, is to think about the relationship between interior and exterior light.

Placing that elevation in shade immediately makes the interior lighting relatively brighter, adding depth and the suggestion of activity behind the glass.

Dusk or dawn can go further still. At that point in the day, the balance between inside and outside light is much closer, so both can read at the same time.

The building has an exterior.

But it also starts to feel occupied.

That decision has to be made before the shutter opens or the render starts.

Soft Light and When It Wins

Not every image benefits from sunshine.

In fact, some of the best architectural images are made under soft, diffuse light.

Interior views often work better this way. The even quality of an overcast sky keeps harsh shadows from window frames, mullions and furniture out of the shot, allowing the viewer to focus on the space itself: its proportions, quality and character.

The same can be true of certain exterior views, particularly where the shape of the building is simple and the material quality, landscape or public realm is doing more of the work.

Bright sun can add drama.

Soft light can add clarity.

The question is which one the image actually needs.

In photography, that may mean waiting for the right sky, or scheduling a shoot when the facade will be evenly lit. In CGI, it means choosing a lighting model that serves the purpose of the image, rather than defaulting to blue sky and sunshine because it feels like the obvious option.

Sometimes sunshine helps.

Sometimes it gets in the way.

The Small Tools That Guide the Eye

Some lighting decisions are big and obvious.

Others are almost invisible.

A vignette, for example, sounds like something you add in Lightroom when you have run out of ideas. Used badly, it is. Used well, it quietly darkens the edges of the frame and helps guide the eye towards the centre of the image.

The viewer does not notice the vignette.

They just look where you want them to look.

The same effect can be created more naturally with shadow from off-camera trees, neighbouring buildings or architectural elements. It frames the scene without announcing itself as a compositional trick.

Reflections do something similar.

Flat metal cladding can be difficult to make visually interesting in any medium. Reflecting a bright surface — sky, ground, glass, or an adjacent building — into it adds variation and life that direct light alone often cannot provide.

People and vehicles need the same care.

Place them entirely in flat light and they can feel pasted on. Put them partly in light and partly in shadow, and they start to belong in the scene.

These are small decisions.

But they are often the difference between an image that feels arranged and one that feels observed.

Cloud Shadows in Aerial Work

Aerial images have their own version of this problem.

Whether the image is a CGI, a drone photograph, or a composite of both, there is a risk that a highly realistic aerial view blends a new development so seamlessly into its surroundings that nobody knows where to look.

That can be a strange kind of failure.

The image is realistic.

The context is accurate.

The development is there.

But the viewer has to work too hard to find the point.

Cloud shadows are one of the more elegant ways to solve this.

By casting shadow across parts of the surrounding context while leaving the subject development in clear light, the image draws the viewer’s eye to the right place without using an obvious visual device.

It reads as weather.

It is actually a decision.

That is often what good lighting does. It helps the image do its job without the viewer ever feeling pushed.

The medium changes.

The principle does not.

Whether you are reviewing a photographer’s portfolio, a CGI studio’s work, a drone film or an architectural animation, the useful question is the same:

Has the light been chosen, or has it simply happened?

The answer usually tells you how much thought has gone into the image.

Because good architectural imagery is rarely just about showing the building.

It is about helping people see what matters.

ed.griffiths@blinkimage.com
07777 146 495

Extract from the London Tube Map. TFL.

In 1933, Harry Beck produced something that looks, at first glance, like a simple diagram.

The London Underground map replaced a geographically accurate representation of the network with something deliberately abstracted: straightened lines, simplified routes, consistent spacing, and no real attempt to show where stations sat in relation to each other on the ground.

It was immediately understood.

It still is.

Beck’s insight was not simply to make the network simpler. It was to make it useful. He understood what passengers actually needed to know, stripped out what did not serve that need, and designed around the rest.

The map is not incomplete.

It is purposeful.

And that purposefulness is exactly what makes it work.

The same principle sits at the heart of good architectural visualisation.

The Complexity Behind a Scheme

The Complexity Within - not everybody needs to see this, but for some, it is extremely useful ©Blink Image Limited

A proposed development does not arrive as a neat, single idea.

It arrives as layers of information: architectural intent, structural constraints, landscape strategy, planning requirements, access, servicing, interior specification, commercial objectives, sustainability targets, occupier needs and budget realities.

All of it matters.

But very little of it is immediately accessible to the people who need to understand the scheme quickly.

• A planning officer may need to understand scale, context and impact.

• An investor may need to understand value, risk and market positioning.

• A prospective occupier may need to understand operation, access and suitability.

• A member of the public may simply need to understand what is changing and why.

The visualisation does not replace the complexity behind the project.

It translates it.

Into something a specific audience can understand, respond to and use.

Why the Brief Is Where It Goes Right or Wrong

This is where the Tube map analogy becomes useful in a practical sense.

Beck did not set out to draw every piece of information about the Underground network. He set out to help people navigate it.

The destination came first.

Everything else followed from that.

The same logic applies when commissioning visualisation, and it is where briefs most often fall short.

“We need some CGIs of the building” is a starting point, not a brief.

It describes the output, but not the purpose.

A fantastic overview of Symmetry Park, Ardley. But a local dog walker does not need to see this view. ©Blink Image Limited

The important questions come next.

• Who is it for?

• What do they need to understand?

• What decision is this helping them make?

The answer should shape every decision that follows: the viewpoint, lighting, time of day, level of context, people in the scene, what sits in the foreground, and what is left out entirely.

A planning image and a marketing image of the same building can look very different from each other.

Not because the building has changed.

Because the audience has.

And therefore the job the image needs to do has changed too.

Treating them as interchangeable is the visual equivalent of handing a passenger the engineer’s schematic instead of the Tube map.

Technically full of information.

Not especially useful for the person trying to get somewhere.

Snapshot of an AVR document - not much use for marketing a development, but perfect to determine visual impact for a planning meeting ©Blink Image Limited

The Brief Question Worth Asking

Before briefing any piece of visualisation work - an image, animation, film or interactive model - it is worth pausing on one question:

What does this need to make someone understand, feel, or decide?

That answer should shape the rest.

• Which views to commission.

• What format to use.

• How much detail is needed.

• How much detail becomes a distraction.

It is a conversation we have with clients at the start of most projects, and it consistently produces better outcomes than working backwards from a shot list.

Because a shot list tells you what to make.

A good brief tells you why it needs to exist.

Boring empty space vs exciting potential for an interested occupier ©Blink Image Limited

Choosing the Right Tool for the Level of Complexity

The same principle applies at every scale.

A single CGI can translate one carefully chosen idea: how a building sits in context, how a landscape strategy softens an edge, how a space might feel once occupied.

An animation can do more. It can move through a scheme, connect inside and outside, explain arrival sequences, show multiple buildings, and reveal relationships that a single still image cannot.

A film can go further again, shaping a clearer narrative around the project - who it is for, how it works, and why it matters.

And when the complexity increases again - multiple buildings, multiple phases, multiple sites, or a national portfolio - the challenge becomes something else entirely.

It is no longer just about producing an image or a film.

It is about making complex information navigable.

That is where we are currently doing a lot of thinking with Interact3D: a way of bringing project information, locations, visuals and data together in a format people can explore more intuitively.

Tantalising glimpse of Interact3D ©Blink Image Limited

But the underlying question is the same, whatever the tool.

• Who is the audience?

• What are they trying to understand?

• What complexity are we trying to remove?

Whether the answer is a CGI, an animation, a film, or something more interactive, the point is not to show everything.

It is to show the right things clearly.

We are now at the stage where we can demonstrate Interact3D properly, and we are setting up meetings with clients and project teams who may find it useful.

If that sounds relevant - or if you are working on a scheme where the information is becoming difficult to communicate clearly - get in touch and we will show you where we have got to.

That's where my head was at this week!
Rich

ed.griffiths@blinkimage.com
07777 146 495

Most problems in visualisation projects do not come from the rendering.

They come from timing, information, feedback, late changes, unclear decision-making, and assumptions nobody realised needed discussing.

Visualisation is one of those disciplines where the people commissioning the work and the people producing it can end up speaking slightly different languages. Clients often have questions they are not sure how to ask — and assumptions about process, timing and cost that do not always match the reality.

So this week is a practical one: the questions we get asked most often before a CGI, animation or architectural film begins.

What Do You Need From Us to Get Started?

CGI created from a box of highly detailed paper hand drawings - Quinlan Terry Architects ©Blink Image Limited

The short answer is: whatever you have.

We can begin from early-stage 2D drawings — plans, elevations and sections — and we increasingly work from architects’ Revit models, although these usually need optimising before they are ready for visualisation.

Landscape drawings are useful early too, because planting and soft landscaping take time to model properly.

The more complete the information, the more efficient the process. But it does not all need to be perfect before a conversation starts.

IQ Slough, SEGRO plc - images and animation created from a masterplan only ©Blink Image Limited

We have been doing this since 1998, which means we have learned to work from almost anything — occasionally including something not far removed from a sketch on the back of an envelope.

That level of flexibility is not universal, so it is worth asking any visualisation studio what they need before they can begin.

The Design Is Not Finalised Yet. Can You Still Start?

Planning for and shooting the photography early maximises potential for getting the lighting just right for your scheme ©Blink Image Limited

Yes, to a point.

We can begin 3D modelling from early-stage drawings, and photography can often be commissioned independently of where the design has reached.

That can be useful. Starting early buys time — particularly for photography, where the right weather, light and season cannot always be scheduled around a deadline.

The risk is that significant design changes after modelling has started may require parts of the model to be rebuilt.

A good visualisation process is less about avoiding change altogether and more about knowing when change becomes expensive.

It works best when the overall form and massing are reasonably settled, even if the detail is still evolving.

What Is the Process?

The process exists to catch decisions before they become expensive.

For still images, it broadly works like this.

We build a 3D model from the design information. Once it is sufficiently developed, we agree the views: the angles, context, camera height, time of day and what each image needs to communicate.

Photography of the site and surroundings is commissioned in parallel where required.

Once that is done, we camera-match the 3D model to the photographs, produce the first draft, and issue it for comment. A second draft — often the final — follows, and once that is signed off, the finished images are issued.

For animation and film, there is an additional stage before rendering begins.

We produce a storyboard first: a static sequence showing what the film will cover and in what order.

Once that is agreed, we create an animatic — the storyboard set to a rough timeline, with any voiceover or narration, so the pacing and structure can be checked before production starts.

Only once the animatic is approved does full rendering begin.

Those early stages exist for a reason. They are there to avoid expensive rework later.

When Can Changes Be Made?

Spot the difference. Designs evolve. We get that. Tritax Park Newark ©Blink Image Limited

Earlier is always better.

The view agreement stage is one of the most important decisions in the whole process. A lot of the work that goes into finishing an image is specific to that particular viewpoint.

If the camera position changes after that work has been done, some of it has to be redone. It can usually be accommodated, but it has a cost.

The useful analogy is construction.

Once we have design drawings, we build to them. If the design changes, we rebuild the parts that changed — and that has a knock-on effect on everything completed since.

The ideal is to have designs as resolved as possible before production starts, but we are used to working with evolving information.

It just helps to know what might change, and when.

How Long Does It Take?

As a rough guide, still images are often two to six weeks.

Animation and film are more commonly six to twelve weeks.

The range depends on the complexity of the scheme, the number of outputs, whether photography is required, how developed the design information is, and how quickly decisions are made.

Both assume a reasonably smooth approvals process.

Slow feedback rounds extend timelines on any production.

What If We Need It Faster Than That?

Aldgate Central House - one image from a set created in around a week from instruction. Intense and not ideal, but we managed it! ©Blink Image Limited

Compressed timelines are something we can often accommodate, but it is worth being clear about what that means.

Rushing the early stages — particularly view agreement and photography — tends to create problems later that take longer to resolve than the time saved.

A tight programme works best when decisions are made quickly and feedback comes back consolidated and promptly.

The timeline is rarely just about production capacity. It is about how the whole process runs on both sides.

If a hard deadline is fixed, tell us at the start. We can work backwards from it and be honest about what is achievable.

How Much Does It Cost?

This is the question we are most often asked and least able to answer without knowing more.

Cost is driven less by the word “CGI” and more by what the image needs to do.

A single planning image has a different brief from a hero marketing image for a launch campaign. A short teaser film has a different requirement from a full architectural film. A basic massing view is not the same thing as a fully populated internal visual with furniture, people, lighting, landscaping and surrounding context.

The main drivers are usually:

• number of views or length of film

• complexity of the architecture

• amount of modelling required

• photography and site context

• level of finish

• programme

• intended use

What we would always say is that it is worth having the conversation before the brief is written, not after.

How Do We Get the Best Out of Feedback?

I couldn’t resist an Ai generated image here.

The single thing that most affects the quality of a final image — beyond the technical work — is how feedback is structured.

When comments arrive from multiple stakeholders separately and across multiple rounds, the image can end up pulled in competing directions and satisfying nobody.

A single consolidated round of comments from one decision-maker produces a more coherent result and usually a faster one.

That does not mean only one person should review the work. Architects, landscape architects, clients, agents and consultants may all need to comment.

But it helps enormously if someone gathers those comments, resolves any contradictions, and issues one clear set of instructions.

It is worth agreeing internally who has final sign-off before the first draft lands.

If you are not sure how to structure that process, that is exactly the kind of thing we can help with. We would rather have that conversation early than unpick it later.

What About AI?

AI tools have changed parts of the production process, and we use them.

They can help with exploration, enhancement, testing, and certain types of workflow improvement.

But they have not changed the fundamentals: site photography, 3D modelling, design information, judgement, review, and experience.

They have not replaced the need to understand what a planning officer needs to see, what an investor is trying to understand, or what will help an occupier believe in a space.

A prompt is a starting point, not a process.

Most of the questions above are really about one thing: how to get the best possible result with the least avoidable friction.

That happens when a visualisation studio is treated as part of the project team, not simply handed a brief at the end and asked to make it look good.

The best work happens when we are brought in early, kept in the loop as a design evolves, and given the room to advise as well as produce.

If you are about to brief a CGI, animation or film and want to make sure the process starts in the right place, we would be glad to talk.

ed.griffiths@blinkimage.com
07777 146 495

Not every image needs the full kerb-and-mulch treatment.

Sometimes a quick render is exactly the right thing. For a feasibility study, an early-stage design review, or an internal presentation, something fast and functional can do the job perfectly well.

Not everything needs to be polished to within an inch of its life. Spending as though it does is a waste of everyone’s money.

But when the image actually matters — when it needs to persuade a planning committee, launch a pre-let campaign, or represent a scheme to investors — the difference between “fine” and genuinely convincing is often found in details nobody consciously notices.

Until they’re wrong.

Here are a few of the sad little things that tend to separate visualisation that works from visualisation that nearly works.

Kerbs

Crop focussing on kerbs and other finer details. © Blink Image Limited

It sounds absurd, but kerbs are one of those details that quietly reveals whether someone is really looking.

A kerb that is too perfect draws attention to itself. A kerb that is too worn draws attention to itself. The target is somewhere in the middle: a surface that reads as real without becoming the thing the viewer focuses on.

Enough imperfection to suggest it has been there for a while. Not so much that it looks like the council gave up in 1987.

Getting that right across different scales, materials and lighting conditions is more involved than it probably should be.

When it works, nobody notices.

When it doesn’t, something in the image feels slightly off and nobody can quite say why.

Road Markings

Road markings - they ain’t perfect. © Blink Image Limited

Next time you pull into a supermarket car park, actually look at the white lines.

Not a quick glance. Properly look.

They won’t be solid or uniform. There will be worn patches, blurred edges, gaps where the paint skipped, corners that are not quite square.

That is what a real painted line looks like.

Who’d have thought? © Blink Image Limited

Apply a clean, solid white line to a CGI and it can read as false immediately, even to someone who has never consciously thought about road markings in their life.

Which, let’s be honest, is most normal people.

The care applied to something as dull as a white line tells you a lot about the care applied everywhere else.

Mulch (IKR!)

Crop to show edging treatment. © Blink Image Limited

Landscape drawings might show a lawn with a hedge alongside it.

The quick approach is to create a grass surface and a hedge, join them at a neat edge, and move on.

The problem is that hedges do not grow directly from turf. There is usually a zone of soil, mulch or planting bed at the base. A good lawn rarely meets a hedge with a perfect, computer-generated edge.

In high-quality visualisation, this is modelled rather than implied — sometimes with actual 3D geometry for the mulch itself.

This sounds excessive until you see two images side by side.

In one, the landscaping feels real.

In the other, it looks like a material applied to a shape.

The difference is often at the edges.

Cars

Number plates, right hand drive vehicles. Worth getting right. © Blink Image Limited

Cars are useful in CGIs. They give scale, activity and context. They help a service yard feel operational, a car park feel occupied, and a building feel like it belongs to the real world.

They are also very good at ruining the illusion.

A left-hand drive car in a British scheme is a small error with an outsized effect on credibility. Once you have seen it, you can’t unsee it.

The same goes for number plates, vehicle specification, road position and traffic direction.

This is becoming especially relevant with AI-generated or AI-enhanced imagery. A lot of AI tools seem very happy to put vehicles on the right-hand side of the road, even when the image is supposed to be in the UK.

At first glance, everything can look impressive.

Then you notice the traffic.

And suddenly you are no longer looking at the building. You are wondering whether the scheme is in Birmingham or Belgium.

That is the problem with tiny errors. They do not stay tiny once the viewer spots them.

Why Materials Sometimes Look Like Plastic

A crop of a larger image to show materiality and character of surfaces. © Blink Image Limited

The technical term is specular highlights: the way light catches a surface and bounces back.

When this is calibrated properly, materials read as real. Glass looks like glass. Metal looks like metal. Concrete has the right quality of absorption and reflection.

When it is wrong, the same materials can start to look plasticky, flat or oddly synthetic — like something from a video game rather than a proposed development.

This is one of the more technical distinctions between studios, and one of the harder ones to assess from a portfolio.

But if the materials in an image look slightly fake, overly shiny, or strangely lifeless, this is often part of the reason.

Making Your Building the Subject

Tritax Park Newark, using lighting to direct focus © Blink Image Limited

A CGI that blends seamlessly into its surroundings is not always a success.

Sometimes, of course, restraint is exactly the point. A planning view or a landscape-led consultation image may need to show that a building sits quietly in its context.

But for many marketing images, the development needs to be clearly understood as the subject.

Good visualisation uses compositional techniques to guide the eye: differential brightness, selective focus, atmospheric depth, foreground framing, contrast, movement.

None of this needs to shout.

But it does need to direct attention.

If your scheme is hard to distinguish from the context around it, the image may be accurate, but it may not be doing the job you need it to do.

None of these things usually appear on a standard shot list.

And most of them should never announce themselves in the final image.

Nobody should look at a CGI and say, “excellent mulch”.

But these details are often the difference between an image that looks broadly fine and one that quietly convinces.

When a project matters enough for the image to do real work, those details are worth caring about.

That’s my thoughts for this week.
Rich.

If you want to know more, give Ed a call:
ed.griffiths@blinkimage.com
07777 146 495

Have you ever walked through a gallery and found one painting stops you in your tracks? Or scrolled through LinkedIn and paused on one image while everything else blurs past?

That pause is rarely accidental.

Composition, light, viewpoint, scale, human activity - all of it affects whether an image holds attention or quietly fails to convince.

Most developers and architects review CGIs instinctively. Something feels right, or it doesn’t. Something reads as convincing, or it seems slightly flat, slightly wrong, slightly off - but it isn’t always obvious why.

A CGI rarely fails because of one big mistake.

More often, it fails because of several small decisions that were almost right.

Understanding those decisions helps you have a better conversation with your visualisation partner before the work starts, rather than trying to diagnose the problem afterwards.

The Camera

Forced verticals and wide angle leads to looming structures (photo taken intentionally by me to demonstrate the issue)

The camera is doing more work than most people realise.

Keeping vertical lines vertical is a basic principle of architectural photography and CGI. Tilt the camera up and verticals converge - the building appears to lean backwards, the top narrows, and the whole composition can start to feel unstable.

The usual correction is to keep the camera level.

But that can be overcorrected.

A strictly level camera aimed at a tall building does not automatically produce a better image. Sometimes the top of the building looms heavily over the viewer, because changing the camera angle without reconsidering the viewpoint does not really solve the problem. It just changes the character of it.

Often, raising the viewpoint - sometimes to around a third of the building’s height - gives the composition a more natural balance.

Alternatively, the better answer may be not to show the full height at all. A considered view of the lower two-thirds of a building is often more interesting and more readable than a strained attempt to get everything into frame.

Lens choice matters too.

The temptation with a large building is to reach for the widest available lens. But ultra-wide lenses - 14mm, 16mm - can make objects recede too quickly, which often works against conveying scale rather than in its favour.

They also distort anything near the edge of frame. A circular column becomes oval. A parked car becomes something noticeably strange. The viewer might not know what is wrong, but they will feel that something is.

A longer lens, with the camera positioned further back, typically produces a more honest and more convincing result.

Camera height is another small decision with a large effect.

At true eye level, the ground plane often compresses into a narrow strip. Raise the camera a few metres and the space opens up: a courtyard becomes legible, a landscaped approach reads properly, a service yard can be understood as an operational space rather than a thin band of tarmac between viewer and building.

The balance is not to go so high that the image becomes an aerial view by accident. Drone photography is a separate and often very effective tool in its own right.

But a small lift in camera height can completely change what the viewer understands.

The Light

Symmetry Park Ardley for Tritax Big Box - Shot in dramatic evening sun | © Blink Image Limited

Good exterior lighting is how a building reads as three-dimensional rather than flat.

One elevation in shadow, with the adjacent facade in full sunshine, creates the contrast that makes form legible. When every surface is lit evenly, the eye has less to work with and the building can become harder to read.

Sometimes it is even worth putting the main elevation into shadow rather than full sun.

That may sound counterintuitive, but it can produce a more interesting image. Reflections in the glazing pick up bright surfaces beyond. Materials show more depth. The building starts to feel like it exists in a real environment rather than under a generic lighting setup.

For interiors, the instinct is often to show sunlight streaming dramatically through the windows.

Sometimes that works.

But just as often, it creates a busy, competing composition where the light becomes the subject rather than the space. Dramatic diagonal shadows across floors and walls can look impressive, but they can also make the room harder to understand.

Softer, more diffuse light often does the job better. It lets the viewer read the space, the proportions, the materials and the atmosphere without fighting the image.

And where the interior needs to be visible through glazing - a retail frontage, a reception, a fit-out that is part of the proposition - dusk or dawn renders can be worth considering.

At twilight, interior and exterior lighting are closer in balance. In full daylight, the brightness and reflectivity of the glass often win, and whatever is happening inside becomes secondary.

The People

Green Lane for Prologis - selling the lifestyle of the work space | © Blink Image Limited

People are often treated as finishing touches.

They are not.

Scale is the obvious issue. Figures that are slightly too tall can make a building look small and domestic. Figures that are too small can make the whole scene feel oddly disconnected.

But scale is only part of it.

The type of person matters as much as their height.

The figures who belong outside a logistics facility are not the same as those who belong outside a city centre retail unit, a school, an office entrance or a residential development.

Clothes, posture, pace, activity - all of it contributes to whether a scene feels inhabited or staged.

People placed without purpose create a particular kind of unease. Someone drifting across a service yard. A group standing near an entrance for no clear reason. A person looking in the wrong direction, doing nothing, belonging nowhere.

The viewer may not consciously identify the problem.

But they will feel it.

People need to look like they are doing something, and like they belong where they are.

This is not decoration. The human element in a CGI is part of the story the image is telling. Get it right and it confirms everything else. Get it wrong and it quietly undermines the whole thing.

The Purpose

Created for planning - The composition, the scheme interiors and the people used throughout the image are focused on telling the story of a scheme designed to fit perfectly with both low and high rise City neighbours and which will make a lively and positive contribution to the street scene © Blink Image Limited | © Blink Image Limited

None of these decisions exists in isolation.

The right camera, light and people depend on what the image is for.

A planning image, a leasing image and an investor image may all show the same scheme, but they should not necessarily use the same visual language.

A planning view may need restraint and accuracy. A marketing image may need atmosphere and aspiration. A tenant-focused image may need to explain operation, access, layout or fit-out.

That is why the question is not simply: does this image look good?

The better question is: does this image do the job it was commissioned to do?

Most of these decisions are made in the setup and briefing - before a single render is produced.

The point is not that clients need to direct the camera, choose the lens or place every figure.

The point is that these decisions shape whether the image convinces.

And the best time to talk about them is before the render begins.

ed.griffiths@blinkimage.com
07777 146 495

1998: Buying Your First Family Computer | The Learning Zone | BBC Archive

We don’t usually open with a personal anecdote, but bear with us on this one.

Last week I came across a BBC documentary from 1998 on YouTube, following two families buying their first home computer.

The excitement.
The confusion.
The huge monitors.
The complete uncertainty about what these machines were actually for, or what they might one day be able to do.

1998 is also the year Dan and I started Blink Image. (I know, right!?)

Watching it was strange, because it took me straight back to the way we were working at the time.

We took out a significant loan to buy a single workstation. One computer, shared between two people. The software couldn’t render reflections — the processing power simply wasn’t there.

To produce one image, we would set it rendering at the end of the day, go home, and hope it had finished by the following morning. Hope it hadn’t crashed. Hope we hadn’t missed something obvious.

For reference material — people, cars, trees — we were scanning magazine clippings (no Google Image Search), shooting slides on film cameras, and cutting figures out by hand to drop into scenes.

We even ran a small sideline selling CD-ROMs of cut-out people, plants and cars to architects who needed the same thing. (Some readers might still be using them!)

The craft existed.

The tools were brutal.

It is easy to treat that as nostalgia. But the more interesting point is how much the available toolkit has changed while many visual briefs have barely moved.

Our library of people cut-outs. ‘2 blokes gesturing’ was a firm favourite! ©Blink Image Limited

The Leaps That Changed Everything

Not every development over the past 27 years moved the needle equally.

Some things were incremental. A handful were genuinely transformative.

Global illumination was one.

Before it, CGI lighting could look technically competent but somehow flat. You could tell something was off, even if you couldn’t say exactly what.

Global illumination introduced the subtle, bounced quality of real light: the way it softens under overhangs, reflects off floors, quietly fills corners. Suddenly images started to feel less like illustrations and more like places.

Digital photography changed the workflow completely.

Our first professional digital camera cost well over £1,000. The memory card cost another £1,000 (for 1GB!). The resolution was somewhere between 2 and 4 megapixels, which at the time felt extraordinary. The batteries (double-A x 4) seemed to last about 30 minutes I seem to recall!

Our first digital camera - which we still have!

But the important thing was immediacy.

We could shoot reference material and have it straight away. No film. No developing. No scanning.

A 360-degree lens attachment opened up something else entirely: early virtual tours of existing buildings, stitched from photographs. Something previously impossible to offer was suddenly part of the toolkit.

GPU rendering changed the economics of production.

Before it, a single high-quality image could mean a full day’s processing — or networking several machines together to share the load, a setup we ran for a while that felt improbably complicated for the results it produced.

GPU rendering brought that down dramatically. What might once have run overnight could be produced in roughly an hour on a single machine.

That changed iteration. It changed ambition. It changed what could realistically be offered within a commercial project.

Animation, previously almost prohibitively slow at 25 frames per second, began to become achievable.

Not easy.

But achievable.

The internet changed almost everything else.

Dial-up gave way to always-on. Research became instant. Image libraries became accessible. Online forums meant a problem that might once have taken weeks to solve could be answered in hours.

And eventually, it made it possible to run a studio without a fixed base — something we now do every day through Zoom, Google Workspace and a fully remote workflow.

Yes, it’s a whale. A screenshot of an AR project ©Blink Image Limited

Where Things Are Now

The current toolkit would have been genuinely unimaginable in 1998.

Real-time rendering means views, materials and light can be tested far more quickly. AI assists with enhancements, style exploration and quality refinements — powerful, though still dependent on rigorous underlying work.

Gaussian Splatting is opening up new ways to build interactive 3D environments from photographic capture, allowing existing spaces to be explored on a phone or computer without specialist hardware.

Interactive Gaussian Splat model of York Minster ©Blink Image Limited

Animation is more accessible than it has ever been. VR has surfaced and retreated several times over the years, but wireless headsets are now genuinely useful in the right client presentations.

The point is not that every project needs all of this.

Most do not.

The point is that these tools now exist, they work, and they allow a development to be communicated in far more ways than a single static image.

A CGI can still be the right answer.

But it is no longer the only answer.

What This Means for You

This is the part that is actually worth pausing on.

The gap between what is technically possible and what many developers are currently commissioning is wider than it has ever been.

For a long time, the ceiling was low enough that a CGI for a brochure was roughly what the technology could deliver.

That ceiling has gone.

The budget conversation that once ended with a single static render can now open up a much wider range of options: an animated flythrough, an interactive capture of an existing building, a VR-ready presentation model, a teaser film, or a series of stills designed to work across planning, marketing, investment and consultation.

Not all of those are right for every scheme.

But they are available.

And the developers using them are often telling a fundamentally different story about their projects from those who are not.

The brief has not changed in 27 years:

Make someone believe in something that does not yet exist.

The tools available to do that have never been more powerful.

The question is no longer whether the technology can support a richer story.

It can.

The question is whether the brief asks enough of it.

Screenshots from our recent VIA animations - way beyond a CGI! ©Blink Image Limited

If you would like to talk through what is now possible for an upcoming scheme — before the brief is written — we would be glad to have that conversation.

ed.griffiths@blinkimage.com
07777 146 495

How do you get a perfect score?

The instinct when commissioning visuals is to want everything perfect.

The clearest sky.
The cleanest surfaces.
The most immaculate landscaping.

It makes sense. You are investing in the image, so naturally you want the scheme to look its best.

But there is a version of perfect that works against you.

An image that is too clean, too uniformly lit, too flawless in every detail can start to read not as aspirational, but as unconvincing. And an image that does not convince does not do the one job that really matters: helping someone believe in what is being proposed.

The aim is not perfection.

The aim is belief.

Digital music, airbrushed fashion, optically perfect camera lenses

We’ve Been Here Before

This is not unique to architectural visualisation. It is a pattern that appears whenever technology makes perfection too easy.

Glossy magazines spent decades airbrushing people to a standard that bore less and less resemblance to real human beings. Eventually, the backlash was not just ethical. It was aesthetic. The images began to feel alienating rather than aspirational.

Music has had its own version of this. Vinyl records are less convenient, noisier, and more prone to wear than digital formats, yet many people still prefer the warmth, grain and imperfection of the format. Not because it is technically cleaner, but because it feels more connected to something real.

Analogue photography has followed a similar path. Film grain, lens flares, slight colour shifts — details once treated as defects — are now often sought out because they carry the signature of a real moment, in real light.

The appetite for authenticity is not a niche preference. It is a broader cultural shift.

And it applies to development imagery too.

The Sky

Using the sky to help focus the image, the shadows create a natural vignette

A cloudless blue sky feels like the obvious choice for a drone shot or exterior render.

Perfect conditions. Perfect light. Nothing to distract from the building.

The problem is that nothing can start to feel like nothing.

A uniform blue sky gives the eye very little to work with. Everything beneath it is lit with the same flat, even light, and the result can look technically competent but oddly lifeless.

Cloud shadows add drama and focus.

A pool of light on the main elevation.
A slight shadow across the car park.
A sky with movement and character.

These are the details that guide the eye and make a scene feel like it exists at a particular moment, rather than in a sterile, permanent nowhere.

We sometimes introduce cloud shadows deliberately into otherwise clear-sky images, because the compositional work they do is worth it.

The Surfaces

HGVs don’t do donuts, but they do leave a subtle imprint

Apply a clean, uniform material to a car park or service yard and it looks like somewhere that has never been used.

And therefore, somehow, somewhere that does not quite exist.

The fix is not dramatic.

A few subtle tyre marks near a loading bay.
Slight tonal variation across a concrete apron.
Small areas of wear where wear would naturally occur. (That was a mouthful!)

None of this should be conspicuous. The goal is not a post-apocalyptic aesthetic.

It is just the quiet suggestion that this is a place where things actually happen.

That small amount of deliberate imperfection is often what separates a surface that reads as real from one that reads as a simple material sample.

The Landscape

Fake grass vs fake grass, but only one winner

Perfect grass is the AstroTurf problem.

Uniform colour. No variation. No unevenness. Nothing that suggests weather, growth, season or time.

It reads as a simulation of a lawn rather than a lawn.

Real landscapes have variation. Tone shifts. Edges soften. Planting meets hard surface in ways that are rarely perfectly crisp.

A landscape that looks as though it was installed on Tuesday and photographed on Wednesday is not always convincing. One that looks as though it has been there for a season usually is.

That distinction matters.

Especially when landscape is doing more than decoration — softening mass, reassuring a local audience, supporting a planning argument, or helping a scheme sit more comfortably in its context.

Why This Matters for Your Scheme

Planning committees, investors, agents and prospective occupiers have all spent years looking at development imagery.

They may not be able to articulate why a particular image does not quite convince them.

But they feel it.

The same instinct that makes an airbrushed photograph look slightly off, or a pristine digital image feel cold, applies when a CGI has been polished past the point of believability.

The brief for your visualisation partner should not simply be to make everything look as good as possible.

The better brief is to make it feel believable enough to trust.

That does not mean making a scheme look worse. It means understanding the difference between polish and persuasion.

A good image still needs to be attractive. It still needs to show the project at its best.

But it also needs to leave room for real life.

The goal is not a perfect image.

It is a persuasive one.

Understanding the difference is part of what good visualisation work actually involves.

If you are thinking about the visual strategy for an upcoming scheme — before the brief is written — we would be glad to have that conversation.

ed.griffiths@blinkimage.com
07777 146 495

The word flexibility appears in almost every industrial marketing campaign.

It is used to describe buildings that could accommodate logistics, or manufacturing, or mid-tech, or life sciences - often in the same sentence.

What it rarely does is appear in the visuals.

The exterior CGI shows a building. The building is well-presented, professionally lit, architecturally credible. It does not show a logistics operation running through it. It does not show racking, or manufacturing zones, or the kind of front-of-house environment a life sciences occupier needs to see before they can take a scheme seriously.

The specification claims flexibility. The visuals show a shell.

That gap is where occupiers get lost.

Helping manufacturers imagine the possibilities, Film for: Nova Oxford - IM Properties © Blink Image Limited

What Occupiers Are Trying To Understand

When a potential tenant looks at a building they have never visited, they are not just evaluating a specification.

They are trying to picture their operation inside it.

A logistics operator is tracing the vehicle flow in their head - the approach from the road, the yard depth, the dock door positions, the circulation between intake and despatch. They need to believe it works before they will spend time on it.

A manufacturer is thinking about something different: power provision, the flexibility of the floor, how machinery can be positioned, how a workflow moves through the space across a shift.

A life sciences business is assessing something different again - controlled environments, clean zones, the quality of the office provision, whether the building signals the right kind of credibility to the people they are trying to recruit.

All three might be a genuine fit for the same building.

None of them will assume that without help.

Peel Back Animation for Hillwood UK’s Crewe 335 to Reveal Interior Racking and Layout © Blink Image Limited

Showing the Same Building Differently

The response to this is not a more detailed brochure or a longer specification.

It is visuals that do the imaginative work for each occupier type - taking the same shell and showing it in the operational mode that is relevant to them.

A logistics-focused interior that demonstrates racking capacity, yard flow, and clear-height in use. A manufacturing scenario that shows the floor loaded, the servicing accessed, the space working hard. A life sciences interpretation that foregrounds the office provision, the controlled environment potential, the quality of finish that sector expects.

Nothing about the building changes between those images.

What changes is what the occupier can see themselves doing in it.

That shift - from could this work for us to I can see exactly how this would work - is the moment a conversation becomes a viewing, and a viewing becomes a negotiation.

Helping different tenant types picture the possibilities in a sought-after location, Project: Ferrier Street, Wandsworth - Columbia Threadneedle © Blink Image Limited

One Brief, a Wider Market

The practical implication is straightforward.

A scheme designed to appeal to more than one occupier type benefits from a visual strategy that reflects that. Not one generic interior, but a set of targeted ones - each built from the same model, each showing a credible version of how the space performs.

The cost of producing three fit-out scenarios from a single 3D model is considerably lower than most teams assume, particularly when set against the cost of a void that persists because the right occupier couldn't see past an empty shell.

Flexibility is only a marketing asset if it's visible.

A specification that claims it and imagery that doesn’t show it leaves occupiers doing imaginative work your visuals should be doing for them.

If you're marketing a scheme with a broad occupier brief and your current visuals only tell one version of the story, it's worth a conversation.

✉️ ed@blinkimage.com 📞 07777 146 495

The infinite scroll of Rightmove…

I’m in the middle of selling my house.

Which means I’ve spent the last few days removing things from shelves, hiding cables behind sofas, and putting fresh flowers in rooms that don’t normally have flowers.

A photographer is coming. I want the images to be good.

The preparation is more instinctive than I expected. You start walking through your own home differently — not as the place you live, but as a product someone else has to want enough to make an offer on.

You stand in doorways thinking about angles. You notice which rooms get the best light, and at what time of day. You check the weather forecast and wonder whether to postpone if it’s overcast.

We’re waiting for sunshine.

It’s worth it.

The Other Side of the Screen

Both pools, but I know where I’d rather be swimming! ©Blink Image Limited

At the same time, I’m on Rightmove most evenings, scrolling through properties in the areas we’re considering.

So I’m doing both things at once: preparing my own house to be shown at its best, while trying to see past the failings of everyone else’s listings.

My background is design and architecture. I can look past clutter, dated finishes, oversized furniture and awkward decoration. I can do the imaginative work of seeing what a space could become rather than what it currently is.

But I still have to work to do it.

And when I have to work that hard, something happens.

I start to discount.

Not necessarily consciously. But the effort required to find the potential in a poorly presented property gets priced in somewhere. Either my sense of what it’s worth drops, or I move on to the next listing.

What You Lead With Frames Everything Else

“I can really see us there” ©Blink Image Limited

There’s another layer to this, beyond quality and composition.

It’s about editorial choice — deciding what to show first.

The front of our house is fine. Perfectly presentable. But it isn’t where we’ve invested.

The back is where we’ve spent real time and money: a modern extension, a well-designed garden, a space that genuinely changes how you live in the house.

So we’re not leading with the front.

We’re leading with the back — because that’s where the value is, and that’s what will attract the buyer we’re looking for.

That’s a strategic decision, not just an aesthetic one.

You’re not documenting a property. You’re making an argument for its value to a specific audience.

The images you choose to lead with — and the ones you choose not to show first — shape everything that follows.

A buyer who opens a listing and sees something immediately relevant to them arrives at every subsequent image in a different frame of mind from one who has had to work through three uninspiring shots first.

The same logic applies directly to development marketing.

Which view do you lead with?
Which aspect of the scheme does the hero image foreground?
What does the first frame of a film or animation establish?

These are not just compositional questions. They are decisions about the story you’re telling, and who you’re telling it to.

The Cost of Making Your Audience Work

You don’t want to create this sort of expression! (AI generated)

This is the thing about visual quality that often gets lost in conversations about budget.

It isn’t just about making something look attractive.

It’s about how much effort you’re asking the viewer to spend.

Every audience — whether they’re scrolling property listings or reviewing visuals for a commercial development — arrives with a finite amount of patience and imagination.

When the visuals do the work, that patience goes towards building confidence in what’s being shown.

When they don’t, it goes towards overcoming them.

And what’s left for the proposition itself is diminished.

Poor photography doesn’t just underperform.

It creates friction.

And friction, in any sales process, is expensive.

The Parallel Isn’t Perfect, But the Principle Is

Resi or industrial, the same things matter ©Blink Image Limited

A three-bedroom house is not a 400,000 sq ft logistics development.

I’m aware of the difference in scale.

But the underlying question is the same:

Is this image doing the work for the viewer, or is the viewer doing the work for the image?

• A developer reviewing renders for a scheme that hasn’t been built yet.

• An investor trying to understand the quality of what’s being proposed.

• An occupier trying to imagine their operation in a building.

All of them are doing some version of what I’m doing on Rightmove every evening.

• Trying to see the potential.

• Trying to believe in what’s being shown.

• Trying to decide whether it is worth taking the next step.

The visual either helps them do that, or makes it harder.

We spend most of our time at Blink Image thinking about that question — not just what an image looks like, but what it is asking the viewer to do.

Good visuals reduce effort.

They help people arrive at confidence faster.

Whether you’re selling a house or marketing a development scheme, that principle doesn’t really change.

If you’re at a point on a project where you’re weighing up the visual investment, that’s a good moment for a conversation.

ed.griffiths@blinkimage.com
07777 146 495

A post appeared on LinkedIn recently that stopped a few people in our industry mid-scroll.

Within seconds, an AI tool had generated a complete architectural presentation: plans, elevations, sections, massing studies, CGIs — all laid out on an A1 board that looked ready for review.

It looked extraordinary.

And that, precisely, is the problem.

Not because the technology isn’t impressive — it is. But because something that looks credible will increasingly be treated as credible. And in property development, architecture, and planning, the gap between looking right and being right can be extremely costly.

On the left, an image created from a prompt. OK from a distance, but completely wrong in so many ways © Blink Image Limited

What a Verified View Actually Is — And Why It’s Worth Thinking About

In our industry, a Verified View has a specific technical meaning: a surveyed, GPS-coordinated, photogrammetrically accurate representation of a proposed development in its real context, produced to a methodology that planning authorities rely on.

Clients who commission them treat the process with the seriousness it demands.

We’re not suggesting every CGI should be held to that technical standard.

What we are suggesting is that the mindset behind a Verified View — the rigour, the checking, the chain of sign-offs — is worth applying to all properly commissioned visualisation.

Because the same question underlies both:

Can this image actually be relied upon?

Accuracy in architectural visualisation has never been accidental. It’s procedural.

When we produce an image for a client, a trained artist works closely with the architect to build a 3D model from the actual design information.

Not a plausible interpretation of a building.

The building.

With the correct dimensions. The correct materials. The correct relationship to its surroundings.

Draft reviews are then issued to the architect, the client, the landscape architect, and any other relevant consultants. Each review is an opportunity to catch something, correct something, confirm something.

That process is invisible in the final image.

It is entirely visible in what the image can be trusted to communicate.

An example of a verified view for a bridge in Hammersmith © Blink Image Limited

What Gets Lost Without It

An AI tool generating architectural imagery from a prompt hasn’t been briefed by a client.

It hasn’t had its 3D model reviewed by an architect who spotted the missing mezzanine level. It hasn’t had its landscaping checked by a landscape architect who knows the species specification. It doesn’t know the planning constraints, the budget, the site orientation, or the difference between what looks plausible and what will actually be built.

It produces something that looks like a building.

Whether it is the building is a different question entirely.

That matters when the image is doing real work — when it’s being presented to a planning officer, shown to an investor, or used to attract a tenant.

The people looking at it will assume it’s accurate. They will make decisions on that basis.

If the image hasn’t been through a verification process, that assumption isn’t necessarily warranted.

The AI interpretation on the left lacks the control and finesse needed to deliver the accuracy needed © Blink Image Limited

The Design Process Is Not a Formality

The post that prompted this newsletter implied that a prompt could replace an architectural design process — the client briefs, the budget conversations, the planning constraints, the revisions, the back and forth with engineers and contractors.

That may change. These tools are developing at a pace that makes firm predictions unwise.

But right now, to suggest that a prompt replaces that process — or that an image produced without it carries the same weight — is to misunderstand what the process is actually for.

The process does not exist simply to produce an image.

It exists to produce an image that can be stood behind.

Screenshot of a project we are working on to show the level of detail required to deliver accuracy © Blink Image Limited

The Question Worth Asking

Before relying on any architectural image — whether for planning, marketing, consultation, or investment — it’s worth asking:

• Who built the 3D model, and from what information?

• Who reviewed it?

• Who signed off on the landscaping, materials, and context?

• What happens if the design changes?

• What exactly is this image based on?

Clients who commission Verified Views already know to ask these questions.

Increasingly, they’re worth asking of every image.

As AI-generated imagery becomes more common, the ability to trust what you’re looking at becomes more important, not less.

That’s true for Verified Views.

And increasingly, it’s true for architectural visualisation as a whole.

If you’d like to talk through what that process looks like on your next project, we’d be glad to have that conversation.

✉️ ed.griffiths@blinkimage.com
📞 07777 146 495

There’s a lot of noise about AI in the architectural visualisation industry right now. Much of it reads as anxiety — studios reassuring their clients, and perhaps themselves, that they’re still relevant.

We understand the instinct. The tools are genuinely disruptive.

But the question that matters to a property developer or architect isn’t how visualisation studios feel about AI.

It’s what AI changes about what you get.

Here’s our honest answer.

(Caveat: AI is dynamic: next month, everything could be different!)

More Explored Before You Commit

The biggest immediate change isn’t speed.

It’s how much gets tested before anything is produced.

We now use AI to explore lighting, atmosphere and approach far more quickly than before. Things that would have taken time to set up can be tested early, discarded, refined.

More options get explored. More decisions get made earlier.

The image you end up commissioning has had more thinking applied to it before production even begins.

There are also more practical problems being solved.

Drone photography — still our preferred way of capturing aerial context — isn’t always possible. Airport proximity, weather, or timelines that don’t allow for a clear window.

In those situations, we’ve started using AI to enhance Google Earth imagery to a standard that works for marketing.

It will never match a drone shoot on a clear morning. The source data can be out of date.

But it’s a genuine solution to a real constraint — one that didn’t have an answer a few years ago.

Inset shows the original Google Earth image - © Blink Image Limited

Bringing a Different Standard of Visual to the Sector

For years, certain elements of animation have been technically possible, but commercially out of reach.

Subtle movement in trees. Responsive planting. More realistic people. More considered lighting.

The reason they matter isn’t technical — it’s perceptual.

Most property marketing, particularly in sectors like industrial, has always lagged behind wider advertising and film. Not just because of budget, but because of expectation. The default has been to show what something looks like, rather than think about how it feels.

AI is starting to shift that.

Lighting is a good example. In film, lighting is one of the primary tools for shaping how something is perceived — whether a space feels warm, dramatic, premium, calm.

That level of control has traditionally been difficult to justify in architectural visualisation.

It’s now becoming far more accessible.

What this means in practice is that projects — even relatively functional ones — can be presented with more intent. More atmosphere. More character.

If you’re marketing a logistics building that is, at its core, a large box, the image or film has to do more work.

AI isn’t replacing that thinking. It’s giving us more tools to apply it.

Clarendon Centre, Oxford - AI was used to explore lighting potential - © Blink Image Limited

A Better Experience Behind the Scenes

The least visible change is arguably the most significant.

We are currently running over 20 projects simultaneously, each with multiple stakeholders and evolving designs. Keeping everything aligned — and keeping clients informed — is a substantial operational challenge.

We’ve built systems using AI tools that give us far better oversight of every live project: where it is, how it’s tracking, what needs attention.

For clients, that translates into fewer surprises, clearer communication, and projects that arrive when they should.

We’ve also taken a more deliberate step internally. One member of our team now focuses specifically on AI — testing tools, refining workflows, and identifying where it genuinely adds value (and where it doesn’t).

It’s not something you can really dip in and out of. The benefits come from integrating it properly into how projects are delivered.

Meet BIPI - Blink Image Project Intelligence - © Blink Image Limited

What Doesn’t Change

AI is powerful.

But it doesn’t know what good looks like.

It doesn’t know what a planning officer needs to see.
What convinces an investor.
What makes a prospective tenant stop scrolling.

It doesn’t know when a lighting choice enhances a scheme — or when it misrepresents it.
Or when source imagery is just out of date enough to matter.

That judgement comes from experience. From understanding the brief, the audience, and what the image actually needs to do.

AI is changing what’s possible.

It’s not changing what matters.

If you’d like to understand what this might mean for your next brief, we’re always happy to talk it through.

✉️ ed.griffiths@blinkimage.com
📞 07777 146 495

A CGI isn’t a deliverable. It’s a response to a problem.

This week’s newsletter is slightly different. It’s longer than usual - deliberately so.

You can scroll through it. Dip in and out.
The point is in the variety.

Most briefs start with “we need to show what this will look like.”
The more useful ones start somewhere else.

Over the years, we’ve been asked to solve problems that go well beyond conventional visualisation - from making construction sites disappear to helping shift public opinion.

The images below are all CGIs.
Each one had a completely different job to do.

Making an Empty Space Feel Like Home

A new headquarters building in central London was struggling to attract the right tenants.

The space was excellent. The empty shell made it impossible to see.

We populated it with the right company, the right people, the right energy.
The brief wasn’t about the building - it was about who belonged in it.

Working Backwards from a Single Photograph

A proposed gallery in Cheltenham wanted to announce that Rodin’s The Kiss would be among its first exhibitions - before the gallery even existed.

We were given one licensed photograph of the sculpture and built a convincing space around it, matching perspective and light precisely to make the image credible.

Explaining a Complex Building to Everyone

A multi-level art gallery was too intricate to explain with a conventional exterior view.

We cut straight through the building - revealing every floor, every gallery, every entrance - in a single image that anyone could read instantly, without drawings or plans.

Replacing a Building Site with a Vision

St Edward’s School in Oxford was mid-construction during a critical recruitment period.

Prospective parents arrived to mud and scaffolding.

We removed it entirely - replacing the reality with the finished campus at the exact moment it was least presentable.

One Building. Three Different Conversations.

Different tenants have fundamentally different spatial requirements.

Rather than producing one CGI, we produced three simultaneously - a standard view, an open-plan cutaway, and a double mezzanine option.

The same building, speaking to three audiences, without three separate campaigns.

Showing What the Exterior Can’t

Modern industrial buildings are far more sophisticated than they appear from the outside.

We removed the wall to reveal what was actually happening inside - high-spec offices, staff amenities, a contemporary workplace.

The image wasn’t about the building. It was about challenging the assumption that industrial means basic.

Unlocking the Potential of an Empty Space

A vacant industrial unit was failing to attract tenants because no one could see past the empty shell.

We visualised an aspirational interior - not as a guaranteed fit-out, but as a demonstration of what the space could become.

It reframed the value of the building before a tenant had signed.

Making a Bold Idea Tangible

Oxfordshire County Council needed to show they were thinking seriously about Oxford’s traffic problems - not just incrementally, but boldly.

We visualised a series of proposals, including a tram running along St Giles.

Whether it gets built is almost beside the point.
The images generated the conversation that needed to happen.

A Single Image. Every Capability.

A major design software company needed one centrepiece image for their annual marketing.

We designed a theoretical scheme from scratch and produced a hybrid that moves between wireframe, technical drawing and finished render - all within a single frame.

None of these briefs started with “we need a CGI.”

They started with a problem -
a perception to shift,
a conversation to unlock,
an audience to reach.

The image came second.
The thinking came first.

If you’re working on a project and not sure whether a standard CGI is the right answer - or whether there’s a more effective way to approach it - that’s a conversation we’re always happy to have.

✉️ ed.griffiths@blinkimage.com
📞 07777 146 495

When most developers commission visualisation, the first question is usually cost.

The more useful question is different:

how long will this be useful for - and how many places will we use it?

The lifespan and role of different visual assets vary significantly. Understanding that - before you brief - can fundamentally change how you allocate budget and what you get back from it.

Drone Overview CGI for Albion Land’s Catalyst Bicester | © Blink Image

The CGI: Long-Term Value, Multiple Uses

A high-quality CGI is one of the most versatile assets you can commission.

It can be produced before planning is submitted, used in presentations, printed on hoardings, shared with agents, and included in investor material - often all at once. Unlike photography, it doesn’t date when the site is still a mud bath. It can show mature landscaping, active use, and a resolved building long before reality catches up.

We regularly see projects where a single CGI ends up being used across planning, marketing and investor presentations - sometimes for years.

In some cases, it remains the preferred way to represent a completed scheme even after handover, simply because the real building hasn’t yet reached that level of finish.

That’s why quality matters. The better the CGI, the more places it earns its keep.

Cinematic clip from an industrial scheme teaser film | © Blink Image

The Teaser Film: Early Impact, Flexible Over Time

A short teaser film - typically 30–60 seconds - can often be produced much earlier in the design process than a full architectural film.

It doesn’t require fully resolved design information. It works through suggestion and atmosphere - the idea of what’s coming - and it can generate genuine momentum at a point when there’s often very little else to show.

The assumption is that it has a short lifespan. In practice, it’s more flexible than that.

Sequences can be updated. Messaging can evolve. New shots can be introduced as the scheme develops. A teaser can move with the project without needing to be replaced entirely.

Clip from a full industrial development film showcasing the adaptability and potential use cases for occupiers, Project: Nova Oxford - IM Properties © Blink Image Limited

The Full Film: A Modular, Long-Term Asset

A full architectural film is a more significant commitment - in budget, time and coordination.

Storyboarding alone involves multiple stakeholders and careful decisions about what to include and how to structure it. But that upfront effort pays off over time.

A well-constructed film is modular by design.

Different edits can be created for different audiences - one focused on location and connectivity, another on the building, another on local amenity. New scenes can be added as phases complete or as new elements come into focus.

The film grows with the project rather than being replaced by it.

Exploring spaces long before they are built - CGI 360° tour for Peterborough South - Firethorn | © Blink Image Limited

The 360 Tour: Underused Pre-Construction Tool

Most people associate 360 tours with completed buildings - a photographer capturing what already exists.

What’s less widely understood is that the same experience can be created entirely from the 3D model, long before construction begins.

Pre-construction 360 tours can include interactive overlays, annotations and messaging that post-completion photography can’t easily replicate. They allow users to explore a scheme at their own pace, with the ability to highlight exactly what matters.

As the project evolves, those environments can evolve with it.

It’s one of the most underused tools in development marketing.

CGI Living Image created for Goya Development’s Swanley Distribution Park | © Blink Image Limited

Beyond These Four

These four sit within a broader toolkit - including interactive models, living images, image enhancement - but the principle is the same.

The right combination depends entirely on the project and what each asset needs to do.

The Underlying Point

Every CGI, film, teaser and 360 tour starts from the same place: the 3D model.

Once that model exists - built to the right standard from the outset - it can generate multiple assets across the life of a project, each with a different role and a different lifespan.

The developers who get the most from their visualisation budget ask a different question at the start.

Not just “what do we need now?”
But: “what will we need this to do over the next three years?”

That’s a conversation worth having before the brief is written.

✉️ ed.griffiths@blinkimage.com
📞 07777 146 495

Most industrial buildings are more flexible than their marketing suggests.

The space itself might credibly suit a third-party logistics operator, a precision manufacturer, and a life sciences occupier. But if the visuals only ever show one interpretation - or worse, an empty shell - two of those conversations never really get started.

Helping different tenant types picture the possibilities in a sought-after location, Project: Ferrier Street, Wandsworth - Columbia Threadneedle © Blink Image Limited

The Gap Between Flexibility and Perception

Developers talk about flexibility constantly. Agents sell it. Specs list it.

But occupiers experience it visually - or they don't experience it at all.

Each tenant type arrives with a specific set of operational questions they need answered before they'll commit time to a viewing, let alone a conversation:

A logistics operator needs to see that racking, vehicle flow, and yard circulation actually work at the volumes they run. A manufacturer wants to understand how the building supports process - power capacity, adaptability, servicing, workflow logic. A life sciences business is looking for credibility from the moment someone arrives: controlled environments, clean zones, a front-of-house that reflects the quality of what happens inside.

These aren't abstract concerns. They're the filters through which every space gets evaluated. Generic shell visuals rarely answer them.

Helping advanced manufacturers imagine the possibilities, Project: Nova Oxford - IM Properties © Blink Image Limited

What Targeted Fit-Out Visuals Actually Do

Taking the same base building and visualising it across two or three distinct operational scenarios isn't a cosmetic exercise - it's a strategic one.

Done well, it does several things at once:

It gives each tenant segment a visual they can actually use. Not a space they have to imagine themselves into, but one where their operation is already running - or close enough that the leap feels small.

It gives agents clearer narratives to work with. Instead of explaining adaptability verbally, they can show it. That changes the quality of early conversations considerably.

And it reduces the friction that slows decisions down. When a prospect has already mentally placed their business inside a building, the conversation shifts. The question moves from could this work? to how quickly could we make this work?

The Practical Case for Multiple Scenarios

This approach tends to pay for itself quickly - not because it makes marketing look more polished, but because it keeps more conversations alive for longer.

Enquiries arrive better qualified. Viewings happen with more context. And the agents working the scheme have something concrete to send across when an occupier goes quiet - rather than chasing for a decision with nothing new to offer.

The alternative is narrowing your audience by default. If your visuals only tell one story, that's the only story most occupiers will hear.

Peel Back Animation for Hillwood UK’s Crewe 335 to Reveal Interior Racking and Layout © Blink Image Limited

The Question Worth Asking

The best visual strategies don't just document what a building is. They make visible what it can become - for different occupiers, with different needs.

If you're taking a scheme to market that has genuine multi-sector appeal, it's worth asking honestly: are the visuals communicating that appeal, or are you relying on occupiers to do the imaginative work themselves?

Most of the time, the building is better than its marketing. Fit-out visuals are one of the more effective ways to close that gap.

Happy to talk through how this could work for a specific scheme - no obligation, just a conversation.

✉️ ed.griffiths@blinkimage.com 📞 07777 146 495

Most development teams brief visualisation in the same way: decide what they want to show, then commission the images.

However, a more useful question comes first:

“What does this need to do?”

That applies whether the deliverable is a static CGI, an animation, a subtle animated still, a teaser film, or a full architectural film. The format is secondary. The outcome is what matters.

For most industrial schemes (and all schemes in general), the answer isn’t singular. It’s different four times over.

The same development typically needs a planning visual, a marketing visual, a tenant visual, and a community visual. Each has a different job. Each has a different audience. And if you expect one of them to do the work of all four, it almost certainly won’t.

Planning: Accuracy Over Atmosphere

The verified view is usually the least visually striking asset in your project file.

It might be a wireframe. It might be a grey massing model overlaid on a photograph. It isn’t trying to sell anything — and that’s precisely the point.

The planning officer needs clarity, not atmosphere. They are asking: what is being built, how does it sit in its surroundings, and does it comply with policy?

A visually appealing image is not the objective here. Technical credibility is.

Asking a verified view to “look better” is often a sign that its purpose has been misunderstood. Its role is to be trusted, not admired.

A verified view (AVR) created for Aitchison Developments © Blink Image Limited

The Aerial: Right Audience, Wrong Audience

The aerial CGI is one of the most powerful visuals you can commission for an industrial scheme.

It communicates scale, investment, and confidence in a single image. Developers, agents and occupiers understand it immediately.

It would - however - be a mistake to show it to local residents without context or mitigation.

The same qualities that make an aerial compelling to a commercial audience — the scale of the buildings, the extent of the site — are exactly what can make it feel overwhelming in a community setting.

Used correctly, however, it is a highly effective tool. For a launch or pre-let campaign, an aerial works just as well as a static image, or as the opening sequence of a short film — establishing the scale of the opportunity before moving to more detailed views.

Aerial photomontage - Symmetry Park Rugby © Blink Image Limited

The Landscape Shot: Buildings as Background

For public consultation, the most effective visual is often one where the building is not the focal point.

A landscape-led image — a view from a public footpath, with planting in the foreground and the building sitting behind a green buffer — is doing a specific job. It is not trying to promote the development. It is demonstrating how it fits.

A subtle animated still — where light shifts or vegetation moves — can make that message feel more immediate. Not because it is more technically impressive, but because it reflects how people actually experience a place.

Producing an image like this requires intent. It means deliberately stepping away from making your building the hero.

For the right audience, that restraint is what makes the visual persuasive.

Landscape first - Thrive Park, IM Properties © Blink Image Limited

The Interior: Closing the Gap

Occupiers make decisions based on whether they can see their business operating within a building.

An exterior image, however well executed, doesn’t always provide that.

Interior visuals — showing racking layouts, dock operations, mezzanine configurations, or office fit-out — give occupiers something tangible to assess. They help bridge the gap between interest and commitment.

For more complex schemes, a short walkthrough animation or film can take that further, allowing a potential tenant to understand how the space functions in sequence rather than from a fixed viewpoint.

The brief here isn’t simply to show the interior. It’s to make the building usable in the mind of the occupier.

Battersea BP - Before/After showing possible fitout opportunities © Blink Image Limited

The instinct on most developments is to commission visuals and then decide how to use them.

The projects that work best do the opposite.

They start with the audience, the outcome, and the job each visual needs to do — and only then decide what to produce.

That principle applies whether the output is a CGI, an animation, a subtle animated still, or a full architectural film. The format follows the brief, not the other way around.

If you’re working on a scheme and thinking about how to approach the visual strategy before the brief is written, we’d be glad to have that conversation.

ed.griffiths@blinkimage.com
07777 146 495

Data centres are being built across the UK at a rate not seen before.

The UK - and London in particular - is one of the largest data centre markets in Europe, and the pace of development is accelerating. These are major infrastructure projects - in some cases reaching the scale of nationally significant infrastructure - and they are becoming an increasingly important part of the built environment.

They are also, almost without exception, designed to look like as little as possible!

No windows. No street-level activity. No public-facing architecture. A large, secure box - which is precisely what the brief requires.

And yet, from a visual perspective, they present a very particular problem.

Cody Park © Blink Image Limited

Three Audiences, Three Different Briefs

A data centre development typically needs to speak to three audiences - and each needs to see something quite different.

Planning authorities - often at a regional or national level - need to understand how the scheme sits within its landscape, how it appears from key viewpoints, and how its environmental impacts are addressed. Verified views, landscape visual impact assessments, and accurate context CGIs are the tools that carry weight here.

Investors and occupiers need to understand what is inside: power infrastructure, cooling systems, resilience, security, and increasingly, sustainability performance. The interior of a data centre is almost entirely functional, and presenting it clearly requires a different approach from a commercial office or industrial unit. The “hero image” might even be a server hall, a cooling plant, or a power substation - none of which are conventionally what you might call “photogenic”.

Local communities are often the most sensitive audience. A large, windowless building appearing at the edge of a settlement or in open countryside raises understandable concern. The visual strategy here needs to be clear and credible - showing the scale of the building, its landscape mitigation, and how it sits within its surroundings, without attempting to disguise what is, by definition, a substantial piece of infrastructure.

Manor Farm - Power, cooling and location © Blink Image Limited

The Building Is Not the Story

The honest answer is that no visualisation, however well executed, will make a large featureless box beautiful.

That is not a failure of craft - it is simply the nature of the building type. Attempts to dress it up as something it isn’t tend to produce imagery that sophisticated audiences distrust.

The more useful question is: what is the story, if it isn’t the architecture?

Most of what we rely on daily - payments, logistics, communication, streaming - depends on infrastructure housed in buildings like this. The story of a data centre is not what it looks like, but what the world looks like because it exists.

That is a narrative that can be communicated effectively, and architectural film is often the right tool - particularly where the story is about systems, infrastructure and impact rather than form.

A well-constructed film that starts with everyday activity and traces it back to the building is doing something an exterior CGI cannot. It connects the abstract to the physical.

There is also a local dimension that often gets overlooked. While operational employment is relatively limited compared to other asset classes, data centre developments still generate construction jobs, ongoing technical and facilities roles, and wider economic activity in the surrounding area. Communicating that clearly can shift the conversation from “what will we have to look at” to “what does this bring.”

Complex messages = Complex Storyboarding - NIC Film © Blink Image Limited

Showing What Matters When the Building Hides Everything

The features that make a data centre commercially compelling are almost entirely invisible from the outside.

Power capacity. Cooling efficiency. Connectivity. Security. Carbon performance.

These are the criteria occupiers and investors evaluate, and none of them are particularly legible in a standard exterior CGI.

The response is a visual strategy that extends beyond the building envelope.

• Internal CGIs of server halls and infrastructure spaces.

• Diagrams and animations that explain power flow, cooling systems, and resilience.

• Aerial views that show proximity to grid connections, fibre routes, and transport infrastructure.

• Sustainability communicated through the design itself - solar coverage, drainage strategies, biodiversity planting - rather than graphic overlays.

This requires a different kind of briefing conversation from a typical commercial scheme.

• What does an occupier need to understand before committing?

• What does a planning inspector need to see to feel confident?

• What will reassure a local community that the scheme has been designed with care?

Answering those questions is where the real value of visualisation is defined.

The future of transportation in Oxford - NIC Film screenshot © Blink Image Limited

And Then There’s the Longer Horizon

If the pace of data centre development on the ground feels significant, the longer-term direction of travel is even more ambitious.

There is growing discussion - from companies such as SpaceX and NVIDIA - about the possibility of data processing infrastructure moving into orbit. Much of this remains speculative, and timelines are uncertain, but the underlying challenge is clear: demand for computing capacity is increasing faster than traditional infrastructure can easily support.

Whether that future remains grounded or extends beyond it, the role of visualisation will only become more complex.

The first fully realised visual narrative for this kind of infrastructure has almost certainly not been defined yet. It will be interesting to see who defines it.

Falcon Heavy landing - "Photo by SpaceX on Unsplash"

Data centres are not a niche. They are core infrastructure, and they are being delivered at increasing scale across the UK.

If you are working on a data centre project - whether at planning stage, investor presentation stage, or community consultation - the visualisation brief is worth getting right from the outset.

We would be glad to talk through what your scheme needs.

ed.griffiths@blinkimage.com
07777 146 495

Not all sheds are created equal in the current market - and the industrial sector is making that clearer than ever.

Recent outlooks from agents including Knight Frank and Savills point to the same underlying trend: rental growth is concentrating in prime assets, while secondary stock faces a more challenging environment. Research across the sector also shows the gap between prime and secondary rents widening significantly over the past decade.

For developers bringing forward industrial space today, that raises an important question.

Before a prospective occupier ever visits the site - before a letting agent walks them through the specification - how do they know your scheme is prime?

More often than not, the answer is simple: your imagery.

And that’s where many otherwise strong industrial schemes let themselves down.

Symmetry Park Rugby, Tritax © Blink Image Limited

What ‘Prime’ Actually Means to an Occupier in 2026

A decade ago, “prime” industrial was largely shorthand for location and size.

That definition has shifted.

Today’s occupiers - particularly logistics operators, manufacturers and large distributors - evaluate a much broader set of factors alongside location. Clear height, power availability, yard configuration, sustainability credentials and operational efficiency are all part of the decision.

EPC ratings, BREEAM certification, solar capacity, EV infrastructure and site circulation are now standard considerations in many institutional occupier requirements.

The implication for marketing is straightforward.

A scheme can be genuinely Grade A in specification, yet still read as secondary if the visuals fail to communicate those qualities.

An exterior CGI that shows a generic grey box under flat lighting, with little indication of the building’s operational layout or environmental performance, leaves the occupier to fill in the blanks - and they will usually do so conservatively.

Beddington Lane, Prologis © Blink Image Limited

The Visual Signals That Communicate Grade A

The visual language of a prime industrial scheme is quite specific, and it differs from the approach that works for offices or residential development.

Occupiers and their agents want to understand how the building works.

They want to see clear height and internal volume.
They want to understand yard depth, turning circles and dock configuration.
They want visibility of environmental features - solar arrays, planting strategies, EV charging, or water management.

None of this is decorative. It is commercial information, communicated visually.

The most effective industrial CGIs treat these operational details with the same care and prominence that residential marketing gives to kitchens or terraces. In logistics development, the “hero image” might just as easily be an aerial showing yard depth and solar coverage, or an internal view illustrating racking beneath the building’s clear height.

These are the details that occupiers and their agents are actually evaluating.

Switch, Wakefield © Blink Image Limited

Showing Sustainability Without Making It a Brochure

ESG credentials are now firmly embedded in occupier requirements, particularly among institutional tenants.

But the way those credentials are communicated visually matters.

A CGI covered with certification logos or graphic callouts can feel like marketing. What tends to work better is simply showing the features themselves as they will appear in the finished scheme.

Solar arrays visible on the roof in an aerial view.
Landscaping and SuDS integrated into the site layout.
EV charging bays located where they will actually be used.

The most convincing approach is factual rather than promotional. Occupiers are sophisticated enough to recognise when sustainability features are genuinely embedded in a scheme’s design, and planning officers will expect those features to be visible in the proposals.

The Risk of Looking Secondary When You’re Not

Here is the quiet risk.

A developer invests in a genuinely strong specification - generous clear heights, strong ESG credentials, well-designed yard layouts and good connectivity. But the scheme is marketed using imagery that could belong to almost any mid-range unit on any industrial estate.

The building may still perform well in the market, but the marketing material fails to signal the quality of the asset clearly to prospective occupiers.

First impressions matter. For many tenants and agents, the visuals are the first encounter with the scheme, often long before a site visit or detailed specification review.

In a market where prime and secondary assets are diverging, ensuring that your marketing imagery accurately communicates the quality of the development has become increasingly important.

Symmetry Park Ardley, Tritax © Blink Image Limited

If you are developing or marketing an industrial scheme and want the imagery to reflect the true quality of the asset, it is worth thinking about that visual strategy early.

We have been producing industrial and logistics visualisations for over 25 years and work regularly with developers, agents and design teams across the sector.

If you would like to discuss an upcoming project, we would be glad to help.

ed.griffiths@blinkimage.com
07777 146 495

Most planning imagery exists to make a scheme look compelling. Accurate Visual Representations exist for an entirely different reason. An AVR - sometimes called a verified view or photomontage - isn’t a creative choice. It’s a technical document.

Its job isn’t to sell the scheme. Its job is to prove, to a defensible standard, exactly what a development will look like from a specific point in the real world. That distinction matters more than most developers realise when they first encounter one - usually because a planning officer or statutory consultee has required it.

Technical Level 1 AVR showing before/after for a project in Woking

Not All Planning Images Are the Same

There’s a common assumption that a CGI is a CGI. It isn’t. A marketing visualisation is a creative interpretation - the lighting is chosen to flatter, the viewpoint selected to impress, the surrounding context presented sympathetically. That’s not a criticism. It’s the right tool for its purpose.

An AVR operates under an entirely different set of rules. The camera position is physically surveyed and documented. The lens focal length, time of year, and time of day are specified and verified against agreed guidance. The resulting image has to be defensible - to a planning officer, a landscape architect, a heritage body, or a member of the public who wants to know, with certainty, what they will see from a particular spot once the development is built. The image is only part of it. The methodology that underpins it matters just as much.

What the Process Actually Involves

AVRs are produced to different levels depending on what the application requires. A simple wireframe overlay can be sufficient to assess basic massing against a skyline. A fully rendered photomontage - matching photographic conditions with precision - is needed where the visual character of a scheme is under scrutiny or where public consultation demands a high degree of realism.

Whatever the level, the methodology is consistent: a precise survey of the agreed camera position, photography captured under specified conditions, a 3D model built to survey accuracy, and a verified composite accompanied by a technical note documenting every step. That technical note is the audit trail. It’s what allows an independent party to check the work - and it’s what gets challenged if the methodology is questioned at inquiry. This is not a process that can be compressed, and it is not one that rewards cutting corners.

The same project as above, but from over 5km away from an AONB

When Does a Project Need One?

The trigger is usually a scheme that sits in a sensitive setting, or one large enough to register on the skyline from a meaningful distance. Tall buildings in urban areas. Infrastructure crossing protected landscapes. Industrial development adjacent to settlement edges. Schemes affecting listed buildings, conservation areas, or nationally designated landscapes.

In over 20 years of producing AVRs, we’ve worked across almost every sector and scale - a footbridge in Hammersmith, high-rise residential in Woking, industrial units on grey sites, mixed-use schemes in town centres. Some viewpoints sit 200 metres from the development. Others are more than five kilometres away, where the question isn’t how the building looks up close, but whether it appears at all, and what it does to a horizon that people value. The technical demands at that distance are no less exacting than at close range.

A Design Tool, Not Just a Compliance One

AVRs are often thought of as a planning requirement to be discharged. The more useful way to think about them is as a design tool. Working iteratively with verified views - testing building heights, introducing planting or landform, adjusting massing - developers and landscape architects can use the process to identify and address visual impacts before they become objections. A scheme that has been genuinely designed around its AVRs tends to have a smoother planning process than one that commissions them at the end.

That kind of iterative work requires a partner who understands both the technical methodology and the design intent. It also requires experience - knowing which viewpoints are likely to matter, which consultees will scrutinise the methodology, and how to produce work that will hold up. It isn’t a task that suits studios without that depth of knowledge, regardless of how the images look on the surface.

Another use case showing how planting changes things between year 1 and year 10

If a scheme could appear on a skyline, affect a listed building, or sit within a sensitive landscape, AVRs are likely to be required. Getting them right early can avoid expensive redesign or challenge later in the planning process. We’ve been producing verified views for over 20 years, across every sector and scale. We’d be glad to talk through what your project needs.

ed.griffiths@blinkimage.com  |  07777 146 495

Planning reform continues to prioritise streamlined decisions and greater use of delegated authority. Much of the debate centres on unit numbers - in the case of housing - and speeding up approvals.

But there’s a quieter implication: the primary audience for your planning visuals is often not who you think it is. If your brief hasn’t evolved, you may be commissioning highly polished imagery for the wrong room.

Railshead Road, Goldcrest Land ©Blink Image Limited

The Room That Makes the Decision

For years, planning CGIs have been shaped — consciously or not — around committee presentations. Councillors are non-specialist and time-pressed. The instinct was to make schemes look as appealing as possible: flattering light, mature planting, active street scenes.

That approach still has a place.

But in practice, most applications are determined under delegated authority by planning officers. Committee is usually reserved for contentious or strategically significant schemes.

Which means the technical gatekeeper is typically an officer — not a committee.

A Different Set of Questions

Officers view CGIs differently. They are asking:

• Is this accurate?

• Is the context correct?

• Does the massing reflect the submitted drawings?

• Is the viewpoint verifiable?

In this context, credibility matters more than polish.

An image that subtly softens scale, overstates planting, or presents the scheme more favourably than it will appear on completion can weaken trust. Planning imagery is scrutinised as evidence, not simply presentation.

Kingham Development, Gillespies ©Blink Image Limited

The Visuals That Carry Weight

The visuals that carry weight in officer assessments are those grounded in methodology: verified views aligned with GLVIA3 and local authority guidance, accurate street-level context images, and clear visual impact work.

This does not conflict with marketing imagery. But the order matters.

Planning visuals need to function as evidence first, persuasion second. That distinction is best built into the brief from the outset, not corrected later.

Building It In From Day One

Marketing images still matter — for public consultation, investor audiences and wider communications.

But effective strategies separate planning credibility from marketing storytelling, while keeping them visually coherent.

A technically robust core set supports the officer’s assessment. A complementary set serves broader audiences.

Both are valuable. They simply serve different purposes.

Duke Street Woking, RTKL ©Blink Image Limited

If you’re preparing a planning application this year and haven’t revisited your visual brief in light of current reforms, it’s worth doing.

Being deliberate about who your imagery is really for can make a material difference to how it is received.

We’d be glad to help you think it through.

ed.griffiths@blinkimage.com | 07777 146 495

A great CGI doesn’t begin with 3D modelling - it starts with a great view.

Choosing the right camera position, lens, horizon line, and composition can make the difference between a visual that feels flat and one that draws people in. Yet it’s one of the most overlooked steps in the visualisation process.

Good viewpoint selection sets the foundation for storytelling, realism, and emotional connection. Get it right alongside your rendering process, and your visuals do the heavy lifting for you - helping stakeholders see your vision clearly and convincingly.

Here are 8 key principles we always consider when planning any shoot or virtual camera setup:

1. Test Views First

A quick block model, or even a check on Google Earth or Street View, can save hours on site. Testing views early helps confirm which angles tell the best story - before you even pick up a camera or drone. We always host an interactive viewpoint call with our clients, or send them a variety of suggested viewpoint studies to ensure everyone is on the same page.

An interactive viewpoint session with one of our clients | © Blink Image Limited

2. Always Keep the Horizon in View

Including a touch of sky in drone photography gives scale and balance. It helps the eye read distance naturally - something that’s crucial when visualising large industrial or infrastructure schemes.

3. Make the Horizon Work for You

Before locking in a drone shot, look beyond the site boundary. Is there something interesting on the horizon - a town, a landmark, or a stretch of countryside? Or maybe there is something that you DON’T want to see! Considering the horizon thoughtfully can anchor your scheme in its context and make the composition more engaging.

Western Road for Goya Developments - Positioning shot with London on the horizon | © Blink Image Limited

4. Match the Field of View

Different drones and camera lenses capture very different perspectives. Matching the field of view (FOV) correctly ensures the proportions and scale feel natural once the CGI is composited. This can be a challenging step, but so crucial to the success of an image. It’s one of those invisible details that quietly adds credibility.

5. Think About the Sun

The time of day can completely change the mood. Early morning or late afternoon light often creates a softer, more atmospheric image. Harsh midday light, while bright, can flatten contrast. The key is to plan orientation and timing - to use the sun, not fight it.

Symmetry Park Ardley for Tritax Big Box - Shot in dramatic evening sun | © Blink Image Limited

6. Capture 3x3 Panoramas

Rather than relying on a single shot, we capture overlapping 3x3 panoramas. It gives more flexibility when framing later and ensures no crucial detail is cropped out. A small step that can make a big difference when building complex CGIs.

Flexibility after the shoot with a 3×3 panorama | © Blink Image Limited

7. Keep Lenses Natural at Eye Level

It’s tempting to go wide to ‘get it all in’, but that can distort reality. A 24mm equivalent is usually the sweet spot - dynamic enough to feel immersive, but not so wide that it stretches the view unnaturally.

8. Plan Everything in Advance

Turning up and firing off hundreds of shots rarely delivers results. Planning the right views beforehand - guided by narrative, lighting, and intent - ensures every image captured has a clear purpose.

The Bottom Line

Strong visuals start with strong foundations.

The right viewpoints don’t just make CGIs look good - they make them feel right. They help tell your story truthfully, beautifully, and with intent.

At Blink Image, we treat viewpoint selection as one of the most important stages of any visual strategy. Because when you start with the right view, the rest of the story is easier to tell.

Need help telling (and selling) the story of your next scheme? Get in touch - we’re here to help!

✉️ ed.griffiths@blinkimage.com
📞 07777 146495