Render Cycling CGI studio
Bring your next bike
to life.
Photoreal CGI, product animation and interactive configurators for cycling brands.
CAD MODELFINAL RENDER
Downhill bike · CAD to CGI
↓One bike, two stages.
Recent work
From bike to image.
A downhill bike render, a FOX fork animation, a Hayes Dominion brake caliper animation and two configurator studies.
RenderSuspension
AnimationFOX
Hayes Dominion
AnimationBrake caliper
The studio
CGI, motion
and configurators.
Starting with CAD, 3D models or product references, Premium Bike Labs creates still images, animation and interactive previews for cycling brands.
Bike renders
Studio-style images built around the frame shape, finish, decals and components.
Product animations
Short films and close-ups that show how a bike or component looks and moves.
Configurators
Interactive previews for frame colours and build choices, made from rendered images or a 3D model.
Campaign files
Final images and clips prepared for product pages, launches and social posts.
Bike · Configurator study
Try a few setups.
Change the frame colour, decals and components to see the build come together.
Verge3D · Study
Turn it around.
Rotate the model and change the frame colour.
Frame colour
Glacier Blue
How it works
A clear brief.
A tailored quote.
Each project is priced individually according to its scope, complexity and available assets. The quote is agreed before production begins.
Set the scope.
Choose the deliverables—stills, animation or a configurator—and share the product, intended use and timeline. CAD or 3D files help, but product references can be enough to start.
Review the visual direction.
Check the first pass for geometry, colours, materials, lighting and framing. Feedback is incorporated before final production.
Receive the final assets.
Final images, clips or an interactive preview are delivered in the agreed formats and sizes, ready for product pages, launches or social.
Contact
Have a bike
to bring to life?
Share the product, intended use, deliverables and timing to get a project-specific estimate.