Gravity Sketch
FreemiumImmersive 3D design platform for VR headsets enabling designers to sketch, model, and collaborate in virtual space — used in automotive and industrial design.
What does this tool do?
Gravity Sketch is a specialized 3D design platform optimized for VR headsets, allowing designers to create, model, and iterate on 3D designs within immersive virtual environments. The tool targets automotive and industrial design professionals who need to visualize and manipulate complex 3D geometry at scale. Rather than traditional mouse-and-keyboard workflows, Gravity Sketch leverages VR controllers to enable intuitive spatial sketching and modeling, making it particularly valuable for designers who need to assess proportions, ergonomics, and spatial relationships in real-time. The platform emphasizes collaborative workflows, suggesting multi-user design sessions within the same virtual space, which is a significant departure from traditional CAD software limitations.
AI analysis from Feb 23, 2026
Key Features
- VR-native 3D sketching and freeform modeling with spatial controllers
- Real-time multi-user collaboration within shared virtual design environment
- Immersive scale visualization enabling life-size design assessment
- Support for automotive and industrial design workflows
- Intuitive spatial gesture-based modeling interface optimized for VR interaction
- Cloud-based collaboration infrastructure enabling remote team design sessions
Use Cases
- 1Automotive designers rapidly prototyping vehicle exterior surfaces and interior ergonomics in VR before expensive physical modeling
- 2Industrial designers evaluating product form factors and user interaction points in life-size virtual environments
- 3Design teams conducting remote collaborative design reviews with multiple stakeholders sketching simultaneously in VR
- 4Engineers and designers checking mechanical fit and assembly feasibility by manipulating parts at true scale in immersive space
- 5Product design teams iterating on consumer product aesthetics and functional geometry with reduced CAD learning curve compared to traditional software
Pros & Cons
Advantages
- Immersive environment enables intuitive understanding of 3D spatial relationships and scale that 2D monitor displays struggle to convey
- VR-native interface reduces the barrier to entry for designers uncomfortable with traditional CAD command structures
- Real-time collaborative capabilities allow geographically distributed teams to design together synchronously in shared virtual space
- Particularly well-suited for organic shape design and freeform surfacing where precise mathematical constraints are less critical than visual aesthetic assessment
Limitations
- Requires VR headset hardware investment, limiting accessibility and excluding designers without compatible equipment or VR experience
- VR design workflow may have limitations for precision mechanical design tasks requiring exact dimensional control and constraint-based parametric modeling
- Learning curve for designers transitioning from traditional CAD, despite simpler interface philosophy, due to fundamentally different interaction paradigm
- Integration capabilities with downstream manufacturing, analysis, and documentation workflows (CAM, FEA, drawing generation) appear unclear from available information
- Potential fatigue and physical limitations from extended VR sessions may impact productivity compared to traditional seated CAD work
Pricing Details
Pricing details not publicly available.
Who is this for?
Industrial designers, automotive designers, and product design teams in mid-to-large organizations who have invested in VR infrastructure and prioritize rapid immersive prototyping over traditional parametric CAD precision. Best suited for roles focused on form exploration, ergonomic evaluation, and design aesthetics rather than detail engineering and manufacturing documentation.