
Chase
Robotics locomotion hardware engineer
Core Technology: Robotics hardware design for quadrupedal robots.

Robotics locomotion hardware engineer
Core Technology: Robotics hardware design for quadrupedal robots.

SLAM Engineer
Core Technology: Robotic 3D mapping design for terrain-aware quadrupedal navigation.

Navigation engineer
Core Technology: Robotic path planning design for legged navigation in complex terrains.

Robotics software engineer (Autonomy stack)
Core Technology: Robotic decision-making system design for quadrupedal robot autonomy.

Robotics network engineer
Core Technology: Robotic information transfer design for distributed quadrupedal robot systems.

Robotics UX/UI engineer
Core Technology: Robotic human interaction design for teleoperated or collaborative quadrupedal robots.
We perform FEM-based fatigue analysis during the mechanical robotics design phase, simulating 100,000+ operational cycles under max payload. All frames use high-stiffness steel (S355 or equivalent) with topology-optimized cross-sections.
Yes. We are hardware-agnostic and have delivered compliant cells for Fanuc, ABB, KUKA, Yaskawa, and Universal Robots — with Siemens, Rockwell, and Beckhoff controls.
Full documentation per ISO 13849-1: safety circuit diagrams, PL calculation, fault tree analysis, validation test protocol, and operator/maintenance procedures — formatted for EU Notified Body or U.S. OSHA review.