GAUSSIAN SPLATTING IN THE CLOUD

Drone video to
Gaussian
Splats.

Convert drone footage into interactive 3D Gaussian Splats.

Upload your footage. We process it in the cloud. Explore the model in your browser and download the result.

Try it free See how it works
FRØEN HAGE, OSLODrone footage and scanning: Luxe.no ↗

FOR ARCHITECTURAL VISUALISATION

Bring the surroundings into your project.

Upload drone videos and generate detailed 3D models directly in your browser. Gaussian Splatting for architects, visualization studios and drone operators who want to capture existing buildings and landscapes. Explore the result in 3D, align it to a reference and download a Gaussian Splat PLY for your workflow.

ALIGN TO A MAP OR YOUR OWN FBX

Place the model
in your project.

Match points in the splat and the map or FBX model. Calculate scale, rotation and position, save the alignment and export without retraining.

  • Use a map or upload your own FBX
  • Save point pairs and refine the alignment later
  • Export a PLY with the alignment applied

GAUSSIAN SPLAT + REFERENCEBlue buildings show the reference model used for alignment.Drone footage and scanning: Luxe.no ↗

ALIGN TO PROJECT · BEFORE AND AFTER

From point pairs to a placed model.

Pick the same points in the splat and the reference. One click calculates scale, rotation and position, and the model settles onto your project’s 3D model.

Before · point pairs in split view
Before · point pairs in split view
After · overlay with the reference
After · overlay with the reference

DÆLILUNDENBlue buildings and terrain are the reference model from the project. The images show the point pairs before calculation and the splat laid over the reference afterwards.

NEW · CLEAN UP THE MODEL

Remove the noise. Keep the subject.

Use the focus sphere, brush and erase controls to clean up your model right in the browser. Remove stray splats and unwanted areas, refine your selection and undo when needed. No retraining.

The clean-up tools before and after: a living room full of noise, and the same model with only the sofa and the dog left inside the focus sphere
  • Focus sphereOne sphere around the subject. Hide everything outside, or push the noise onto the sphere as a soft backdrop.
  • Brush & erasePaint over splats to select them, then press Delete to remove them. Adjust the brush size and choose between the front layer only or the full depth.
  • Undo & restoreUndo the last change or restore all brush deletions. You can also clear the selection and try again.
  • Everything carries overThe clean-up is saved on the model and baked into shared links and the PLY you download.
Finished, cleaned model of a dog on a sofa, with no noise around it
THE RESULTThe same capture after the focus sphere and a few brush strokes. Ready to share and download.
NEW · 360 CAPTURE

360 films become Gaussian Splats

Record with a 360 camera and capture the whole place in a single pass. Every frame is split into six camera views that cover the full sphere, so facades, ground and everything you walked past end up in the same model. Upload the equirectangular file and the portal recognises the format by itself.

OPTIONAL WHEN GENERATING

Automatic sky masking

DroneSplatter detects and masks the sky in your footage during processing. This can reduce unwanted splats in the sky and make it easier to use your own sky in the 3D project.

HOW IT WORKS

From drone footage to a model you can explore.

01

Upload your footage

Add overlapping footage of the same place to one project.

02

Generate a Gaussian Splat

Choose a quality level and start cloud processing. Follow the progress as your footage becomes a 3D model.

03

Explore, download and share

Open the model in your browser, align it if needed and download the PLY. Share a link so others can explore the result without an account.

ACCOUNT AND ACCESS

Try your own footage.
Five models free.

Create an account and verify your email. Generate five Gaussian Splats at Preview quality. Viewing, alignment, sharing and downloads are included.

An overview of Frøen Hage as a 3D model