RR01 chassis is designed around clearly defined load paths, ensuring predictable behavior under braking, cornering, and impact scenarios.
Safety systems are integrated into the structure from the start — not added later.
rhino automotive
Engineering without shortcuts.
RR01 is built as a complete mechanical system, where every decision is driven by function, safety, and repeatability.
Chassis
Structural design driven by load paths, not aesthetics.
Key focus:
Structural rigidity
Driver cell protection
Serviceability and repeatable manufacturing
Suspension
Geometry designed for consistency.
Suspension architecture prioritizes predictable handling and mechanical grip across different setups and use cases.
Key focus:
Double wishbone geometry
Pushrod suspension
Adjustability and setup access
Suspension
Geometry designed for consistency.
Suspension architecture prioritizes predictable handling and mechanical grip across different setups and use cases.
Key focus:
Double wishbone geometry
Pushrod suspension
Adjustability and setup access
Powertrain
Designed to support multiple drivetrain configurations.
The platform accommodates different powertrain layouts while maintaining cooling efficiency and structural clarity.
Key focus:
Modular drivetrain mounting
Integrated cooling architecture
Clear system separation
Safety
Safety integrated at system level.
Safety systems are built into the structure from the beginning, not added as separate elements.
Key focus:
Driver cell protection
Harness and seat integration
Harness and seat integration
Validation.
RR01 engineering decisions are validated through real world use rather than isolated testing scenarios.
The platform is evaluated under sustained load to assess structural behavior, thermal stability, and system interaction over time.
Feedback from testing informs refinement and confirmation of design intent, ensuring that solutions perform consistently in practice, not only in theory.
