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ValTerraMade in Ukraine

For Autodesk 3ds Max 2024–2027 · Perpetual license · Any renderer

Explore your lighting by geolocation.Import a 3D model of any city on Earth.Match the camera to your drone photo.

ValTerra for Autodesk 3ds Max lets you explore cinematic sun and atmosphere on a global 3D globe — and matches your render camera to a real drone photo, starting from the photo's own metadata. Plan golden hour before anyone flies. Lock the shot the moment it lands. All without leaving 3ds Max.

30 days, every feature. No card. No watermark.

From a point on the globe to a lit shot in your scene

Six steps, in the order you actually do them.

  1. Start anywhere on Earth.

    Type a coordinate, an address, or spin the globe and drop a pin. The view you land on is the view you will explore — same planet, same daylight model, no separate preview mode to disagree with the result.

  2. Drop into the real city.

    Photorealistic 3D Tiles stream in as you descend, so the buildings around your site are the buildings that are actually there. Nothing to model, nothing to buy per square kilometre.

  3. Put the sun where the date puts it.

    Pick a date, drag the hour, and watch the shadows commit. Haze and night lighting are there too — this is the part that replaces guessing which morning to book the drone.

  4. Set the shot.

    Frame the view you actually want. Every candidate is saved with a thumbnail of the whole frame, so you can compare angles like a shot list before anything is exported.

  5. Take only the block you need.

    Select the import area and ValTerra brings that area into the scene as geometry, with your camera and daylight rig attached. Schematic city imports have no fixed area cap — a large area is fetched in parts and joined, subject to the fair-use policy of the OpenStreetMap server — and the free Lite tier covers 4 km² per request; terrain relief comes in without a size limit; a photorealistic import covers the area you select at the detail level you choose, and the free Lite tier caps it at 0.25 km².

  6. Land it on the real photograph.

    When the drone shot arrives, ValTerra reads its metadata, builds the camera and refines the match against the city model. The block you imported lines up with the real frame — corner to corner, not by eye.

Photo Studio — sun position anywhere on Earth, by date and time

Everything above happens in one panel — and every view you choose there comes out as files you can use: light series, panoramas, alpha masks, and a camera your renderer already understands.

The ValTerra window over Sydney Harbour at 6:05 on 25 October: the Harbour Bridge and its reflection against the sunrise, with the Photo studio panel showing the camera, date and time.

Map data: Google, Data SIO, NOAA, U.S. Navy, NGA, GEBCO, Vexcel Imaging US, Inc., Airbus, Landsat / Copernicus, water areas © OpenStreetMap contributors

The same day at 10:30, from high over Milsons Point: the Harbour Bridge runs diagonally towards the Opera House, Circular Quay and the city centre.

Map data: Google, Data SIO, NOAA, U.S. Navy, NGA, GEBCO, Vexcel Imaging US, Inc., Airbus, water areas © OpenStreetMap contributors

Golden hour at 18:55, looking east across Walsh Bay: the Harbour Bridge and the Opera House in low sun from behind the camera.

Map data: Google, Data SIO, NOAA, U.S. Navy, NGA, GEBCO, Airbus, Vexcel Imaging US, Inc., water areas © OpenStreetMap contributors

Blue hour at 19:29, low over the water north of Fort Denison: the Opera House, the city towers and the bridge against the afterglow, reflected in the harbour.

Map data: Google, Vexcel Imaging US, Inc., Airbus, Data SIO, NOAA, U.S. Navy, NGA, GEBCO, water areas © OpenStreetMap contributors

At 19:45, low over the water off Kirribilli: the Opera House, the lit city towers and the bridge arch, all reflected in the harbour.

Map data: Google, Data SIO, NOAA, U.S. Navy, NGA, GEBCO, Airbus, Vexcel Imaging US, Inc., water areas © OpenStreetMap contributors

Night from a high point over Lavender Bay at 19:48: the Harbour Bridge across the frame, the Opera House beyond it and the lit city on the right.

Map data: Google, Data SIO, NOAA, U.S. Navy, NGA, GEBCO, Vexcel Imaging US, Inc., Airbus, water areas © OpenStreetMap contributors

A 360-degree panorama shown flat, from 300 m over the north of Darling Harbour at 19:05 on 25 October: the sun setting in the west with its path on the water, and the Harbour Bridge, the Opera House and the gold-lit towers of Barangaroo and the city to the east.

Map data: Google, Airbus, Data SIO, NOAA, U.S. Navy, NGA, GEBCO, Landsat / Copernicus, Vexcel Imaging US, Inc., water areas © OpenStreetMap contributors

What Photo Studio does

  • Night city and stars.

    City lights come on, stars come out. Explore blue hour and full night as deliberately as noon.

  • A day of light in one pass.

    Shoot the same view at up to six moments of the day, from just after sunrise to the blue hour, one file each. Send them to the client and let them pick the mood before you render anything.

  • One credential turns everything on.

    The globe is where the work happens — you explore the light on it, place cameras on it, and draw the import area on it — and it streams Photorealistic 3D Tiles, so ValTerra needs one credential of your own before any of that starts. Either kind works: a Cesium ion token, two clicks to sign up, or your own Google Maps Platform key if you would rather be billed by Google. Both are linked from inside the plugin; you paste one into a single field and the globe comes up without restarting Autodesk 3ds Max. Whichever you pick, that provider sets its own terms and bills you directly, never us.

  • Attribution-compliant captures out of the box.

    Every Photo Studio frame carries the required map-data attribution automatically — nothing to remember, nothing to retrofit.

  • 360° panoramas and sky alpha masks.

    Capture 360 panoramas and 16-bit sky alpha masks (PNG16 / TIFF16) for clean compositing downstream.

What one-click export createsPipeline diagram: the explored view becomes a Physical Camera plus a sun rig in Autodesk 3ds Max — the Daylight system in Lite, the ValTerra Sun with a license.Explored viewPhysical CameraDaylight systemor ValTerra Sun
What one-click export createsPipeline diagram: the explored view becomes a Physical Camera plus a sun rig in Autodesk 3ds Max — the Daylight system in Lite, the ValTerra Sun with a license.Explored viewPhysical CameraDaylight systemor ValTerra Sun

Auto camera match by photo — fit your render into the real drone photograph

The first solve lands close, not merely nearby: two independent compass readings are cross-checked to vote out gimbal drift before anything is drawn.

Then make it exact. Click matching reference points on the photo and in the scene — a synchronized zoom-and-loupe view on both sides puts each point where it belongs. In one measured case, the error at the clicked points dropped from 197 px to 0.56 px RMS.

How the match works

  1. Drop the photo.

    Camera appears from metadata; with the photorealistic model in the scene, it then lines up with the photo.

  2. Click a few points.

    Loupe-assisted, on both photo and scene.

  3. Refine.

    Solve from the points. Render. Composite. Done.

Camera match in three stepsThree-step diagram: drop the drone photo, click matching points on photo and scene, then refine the camera from those points.1Drop the photoFrom metadata, then matched to the photo when the 3D model is in the scene2Click a few pointsLoupe-assisted, on photo and scene3Point-pair refineRefineMatching points, then render
Camera match in three stepsThree-step diagram: drop the drone photo, click matching points on photo and scene, then refine the camera from those points.1Drop the photoFrom metadata, then matched to the photo when the 3D model is in the scene2Click a few pointsLoupe-assisted, on photo and scene3Point-pair refineRefineMatching points, then render
The 3ds Max viewport seen through a camera matched to a drone photograph, with the camera gizmo visible.

Map data: Google.

The pixel-perfect refine dialog: the drone photograph on the left, the matching 3ds Max viewport on the right.

Map data: Google.

Works with a JPG straight from a DJI drone, or any drone that writes the same flight metadata. ValTerra reads your photos and their metadata on your machine and does not upload them, and once the context is in your scene the matching works offline. The steps are in the drone photo camera match guide.

Site context in minutes — surrounding buildings, clean for commercial use

Every exterior needs a neighborhood. ValTerra builds one from open data: a schematic city from OpenStreetMap — buildings at the heights the map knows, with their courtyards, parts and roofs, the ground surfaced the way the map says, trees and avenues, walls, tracks, street furniture and streets at their real width — on terrain from open elevation tiles. One click, tidy "ValTerra" layers in your scene. The steps are in the OpenStreetMap city guide.

  • Buildings the way the map draws them — real footprints and heights, courtyards and parts that start above an arcade, twelve roof shapes on any outline, and colours from the colour and material tags, for any city on Earth.
  • Ground, trees, walls, tracks and streets — parks, water, grass, forest, squares and pavements as ground patches with the surface the map gives them; trees and whole avenues; walls, fences and hedges; tram and railway track; bridge decks; lamps, benches, fountains and monuments; and roads as splines at their real width — ready for curbs, traffic, scatter systems, or your own dressing pipeline.
  • A scene you can search — many things the map names arrive as objects of that name, with their tags attached: address, operator, heritage number, date.
  • Whatever the map does not know is stated, not hidden. The import names every assumption it made — a default height, a road width taken from its class — and how many objects needed it.
  • Terrain from open DEM tiles, with volumes and roads draped over the relief so the site sits on real topography, not a flat plane.
  • Commercially clean by construction. OpenStreetMap data ships under the ODbL open license, and ValTerra embeds the required attribution automatically. Use it in client work, promos, and broadcast without a clearance call.
  • Open data, no provider bill. Schematic city and terrain come from OpenStreetMap and open elevation tiles. Importing them spends nothing from your Cesium or Google quota, and ValTerra never meters imports.
  • Photorealistic 3D Tiles import runs on the same credential as the globe — your own Google Maps Platform key or a Cesium ion token. That provider bills you directly, not us.

The math your producer will do anyway

What each step costs today, and what the same work costs with ValTerra.
What you pay for todayTypical costWith ValTerra
Drone day booked to check the light$500–2,000 per day, weather roulette includedExplore sun, light and framing virtually — fly once, on the right morning
Hand-matching cameras to drone photosHours per shot, redone after client notesMinutes per shot
City context around the site3–10 artist-days per site, or £2,000–4,000 per km² purchasedMinutes, from open data, attribution included
Before and with ValTerraBar comparison of the cost of exploring the light, camera matching and site context before and with ValTerra.TodayWith ValTerraExploring the lightCamera matchSite context
Before and with ValTerraBar comparison of the cost of exploring the light, camera matching and site context before and with ValTerra.TodayWith ValTerraExploring the lightCamera matchSite context
Illustrative comparison based on the figures in the table above.

A Studio seat is $205 — $141 at Founders pricing — and Studio starts at 5 seats, so the smallest team purchase is $705 today. If ValTerra saves your team one drone day or one artist-day, it has paid for itself. Everything after that is margin.

See full pricing

Context pricing benchmark: AccuCities list rates for textured 3D city models. Drone rates: typical US/UK licensed-operator day rates, 2026.

The most expensive light meter in the world is a drone crew on the wrong morning.

A drone day runs $500–2,000 — and you book it blind. You guess which hour the facade catches fire, you guess the haze, you guess the cloud deck. If the guess is off, you pay for the reshoot.

Then the footage lands and the real work starts: hand-matching a CG camera to a drone photo, nudging FOV and horizon for hours per shot, never quite sure the perspective will survive client review at 100% zoom.

And the context around your building? Modeling a believable city costs 3–10 artist-days per site — or £2,000–4,000 per km² if you buy it pre-made (AccuCities list pricing).

What the status quo costsThree plain panels showing what the status quo costs: a drone day billed on an overcast morning, hours of manual camera matching, and a context-modelling schedule running into its sixth day.Drone day$500–2,000booked blind,weather includedManual camera matchhours / shotredone afterclient notesSite context3–10 artist-daysor £2,000–4,000 per km²purchased
What the status quo costsThree plain panels showing what the status quo costs: a drone day billed on an overcast morning, hours of manual camera matching, and a context-modelling schedule running into its sixth day.Drone day$500–2,000booked blind,weather includedManual camera matchhours / shotredone afterclient notesSite context3–10 artist-daysor £2,000–4,000 per km²purchased
What preparing a shot costs today, before ValTerra.
What you pay forTypical costWhy it hurts
Drone day$500–2,000Booked blind, weather included
Manual camera matchHours per shotRedone after client notes
Site context3–10 artist-daysOr £2,000–4,000 per km² purchased

ValTerra moves the guesswork into the viewport. Explore the sun and atmosphere at any coordinate on a global 3D globe and bring the exact camera and daylight rig into your scene. When the real photo arrives, match the camera to it in minutes. Need context? Generate schematic city volumes, road splines, and terrain from open data — in minutes.

See how you explore the light →

Perpetual license. One year of updates. No subscription hostage-taking.

Founders pricing is live.

The Founders price is a launch discount on the seats you buy now — not a rate for update renewals or for seats you add later, which are priced at the rates in force on that day. List prices apply from version 1.0. Full conditions: Terms, section 5.

  • Individual

    $245$169per seatperpetual license

    • One to four seats.
    • Node-locked, one key per seat · 1 year of updates · renew $75/yr per seat
    Secure checkout by Paddle. Taxes calculated at checkout.

See full pricing, terms and team packs →

Questions studios actually ask

Can I use renders made with ValTerra commercially?

Yes for schematic city and terrain, and the license itself says so: OpenStreetMap data is ODbL, which grants commercial use explicitly and excludes no field of endeavour. The one condition is the credit line, and ValTerra prepares the exact one for your scene. Photorealistic tiles are a different question, and it is not ours to answer: they arrive through your credential under your agreement with Google or Cesium, and that agreement — not us — decides what you may do with what it streams. Read it before client work. One thing we can state plainly, because their own pricing page does: Cesium's free Community plan is licensed for personal projects and evaluation, not for paid delivery, so a paid Cesium plan or your own Google Maps Platform key is the honest starting point. Full data sources & attribution.

Can I get Google Earth 3D data into Autodesk 3ds Max?

Yes. The photorealistic 3D cities people know from Google Earth are offered to developers as Google Photorealistic 3D Tiles, and ValTerra imports the area you select straight into your scene, as geometry with textures. It connects to that service with your own Google Maps Platform key or a Cesium ion token, under your own account with that provider, rather than reading the Google Earth application. Have a look at their terms before client work. The steps are in the step-by-step guide.

Do I need a Google account or API key?

Yes — the globe runs on one. It streams Photorealistic 3D Tiles, so until you paste a credential the globe shows only a low-resolution world map. The plugin links you straight to both options. A Cesium ion token takes a two-click sign-up and needs no payment details. Your own Google Maps Platform key puts you under Google's terms with Google billing you directly, and that route needs a billing account. Both run a free tier; we deliberately do not restate their numbers here, because they change — Cesium ion pricing (opens in a new tab) and Google Maps Platform pricing (opens in a new tab) are the current source. ValTerra itself never charges for imports. One thing to check before client work: Cesium's free Community plan is licensed for personal projects and evaluation, not commercial delivery — for paid client work use a Google Maps Platform key or a paid Cesium plan. The matching itself then runs on your own machine: ValTerra reads your drone photos there and does not upload them.

I pasted a token and the globe is still empty. What did I miss?

Three things account for almost every case, in this order. First: a fresh Cesium ion account does not hold the imagery yet — open Asset Depot in ion and add "Google Photorealistic 3D Tiles" to My Assets, because the token streams what your account holds, not everything ion offers. Second: the token needs the assets:read scope for all assets; the account's own Default Token always has it, a hand-made one often does not. Third, and easiest to miss: the token arrived truncated. It is a long single line, and selecting it by hand or copying it out of a wrapped e-mail drops the tail — use the copy button next to it and paste without pressing Enter. If the globe is still empty, the panel now prints the provider's own answer, such as INVALID_TOKEN, plus a network probe of both routes — send us that line and we will know what happened. The user guide covers the same ground in chapter 3.1.

The globe is empty and I am certain the token works.

Then look at the machine, not at the token. Windows can block outbound connections for a single program, and when it blocks 3ds Max the credential never leaves your computer — so every part of ValTerra reports a different symptom and none of them names the real cause. Our first outside user lost two Cesium ion accounts and a borrowed work token to exactly this before we found it. The panel now says so directly and prints a language-neutral code, PermissionError (WinError 10013), instead of guessing at your credentials. The fix is on your side and takes a minute: allow 3dsmax.exe in Windows Defender Firewall under Outbound Rules, and add the same exception in your antivirus if it keeps its own list. Corporate machines often have both. Nothing in ValTerra needs changing, and no new token will help.

Which versions of 3ds Max? Which renderers?

Autodesk 3ds Max 2024, 2025, 2026, and 2027. The camera ValTerra creates is a native Physical Camera, and the sun takes the light class your renderer registers: in Lite it is the Daylight system of Autodesk 3ds Max; with a trial or a paid seat it is the ValTerra Sun, whose light is a CoronaSun when Corona is the active renderer and a standard directional light otherwise, and can be switched from the object to another sun class you have installed. The sky, moon, clouds and stars that come with the ValTerra Sun are Corona's: without Corona those parts stay quiet. Change the active renderer and a ValTerra Sun left on Automatic follows it: the light becomes the class that renderer wants, and under Corona the sky is built and bound to it. Anything you set on the light — its exclusion list, shadows, color, layer — is carried across, and your selection is left as it was. In Lite, where the sun is the Daylight system of Autodesk 3ds Max, press the Daylight button again after switching renderers and it is rebuilt for the new one. One thing to know before you hand a scene over: the ValTerra Sun is a ValTerra object, so a scene that holds one needs ValTerra installed — any tier, Lite included — to open as built; without it, Autodesk 3ds Max reports a missing plugin. Freeze for handover turns the sun's motion into ordinary keyframes for a render farm or a colleague without ValTerra.

What exactly do I receive after purchase?

A license key by email — one key for each seat you bought, all in one message — and the installer. Paste a key into the ValTerra panel: the plugin contacts getvalterra.com once at that moment, records your machine against that key's seat, and from then on runs without an internet connection. Changing computers is self-service: Deactivate this machine in the panel frees the seat, and the same key activates on the new one; if you forgot to deactivate, the panel on the new machine names the computer that still holds the seat and lets you release it. No ticket, no waiting. The installer is a single .mzp file covering Autodesk 3ds Max 2024–2027: you run it once from inside 3ds Max and the ValTerra button appears on your toolbar. Your purchase includes a year of updates, and every version released during that year stays yours to keep using after the year ends. Nothing ships physically and nothing switches off on a date. The download page lists the install steps and the system requirements.

How many seats do I need?

One seat per person who runs ValTerra. Every seat is a full license with its own key: an order for five seats is five keys under one order number, you hand each person their key, and each key locks to one workstation at activation — more precisely, to one Windows user account on it, so two artists sharing a machine under their own logins need two seats. In your account you can give each key a label of your choosing — a workstation or a project, say — so you can tell them apart. Buy them together and the price per seat drops from five seats up; the table on the pricing page shows every total, so there is nothing to ask for and nothing to negotiate. If you outgrow your count later, add seats at the per-seat price for your new total as shown on the pricing page on that day — a Founders price on your first order does not carry over to seats you add after Founders pricing ends.

What happens when my year of updates ends?

Nothing dramatic. Your license is perpetual: the plugin keeps working forever, on every version released during your update term. Renewing currently costs $75 per seat per year, or 30% of list for larger teams, and gets you continued updates and support. The renewal price is the one shown on the pricing page on the day you renew, whatever you paid for the seat. Skip a year if you like — you never lose access to what you own.

What's your refund policy?

If ValTerra isn't a fit, write to us within 14 days of purchase for a full refund of your license fee. We'd rather have your honest feedback than your reluctant money. (And with a 30-day full trial plus a free Lite tier, we hope you'll never need this paragraph.) Read the full Refund Policy.

Is there really no watermark in the trial?

Really. 30 days, everything at full quality, clean output. Afterward, ValTerra Lite remains free forever and stays watermark-free — what changes is fidelity and one feature, never who owns the result: photorealistic geometry comes in at Medium (8 m), textures at Half resolution, captures at 1080p, and one photorealistic import covers at most 0.25 km². The one paid feature is the ValTerra Sun: Lite builds the Daylight system of Autodesk 3ds Max instead, and a ValTerra Sun already in a scene keeps working in Lite. Enough to work and to judge; not enough to deliver. Terrain stays at full quality; schematic city too, within 4 km² per OpenStreetMap request in Lite (no fixed area cap in the trial or a paid seat). We'd rather cap fidelity than deface your work.

Your next golden hour is already in the viewport.

Thirty days, every feature, no card. See what your site looks like at 7:42 tomorrow morning — tonight.