Common Platform Architecture
The core engineering is reusable across deployment markets while each application receives a specialized mission package.
Integrated mobility foundation
XTY3 is developing a modular electric robotic base that combines suspension, payload support, onboard pneumatics, power management, autonomy-ready controls and terrain response in a single architecture.
The platform is intended to accept application-specific bodies, sensors, manipulators, cargo systems and user-support modules without redesigning the complete mobility system.
Adaptive suspensionFour independently controlled air-ride corners with closed-loop stabilization and ride-height control.
Onboard pneumaticsIntegrated compressor architecture supporting regulated suspension and auxiliary pneumatic functions.
High-payload chassisA modular electric platform designed around rugged payload movement and mission equipment.
Autonomy-ready controlsControls designed for sensor fusion, navigation, supervision and mission-specific software.
Public Performance Targets
These figures describe the current public design direction and remain subject to prototype validation and configuration.
350 kgtarget payload capacity
12 insuspension travel architecture
50 km/htarget top-speed configuration
930 mmcompact platform length target
Explore XTY3
See how the platform is configured.
Review the application packages or examine the public technical direction behind the mobility architecture.