Robotics Blog

See how D1 supports reinforcement learning robotics with MJLab flat and rough terrain tasks, NP3O training, checkpoint evaluation, and ROS 2 integration.

Plan short-distance box transport with D1 × BOX1 for indoor routes and industrial parks. Check cargo fit, working loads and handover before a site pilot.

TITA's optional UWB follow-me setup uses wristband tracking for tool carrying, mobile sensing, and research. Learn what hardware and software it requires.

Learn how direct-drive joints shaped DIABLO’s wheeled-leg design for efficient mobility, active balance, transport, and robotics research.

Compare DIABLO’s standing, squatting, and creeping postures for payload, clearance, sensing, and route planning.

Our D1 robot supports complete camera setups, adaptable camera routes, outdoor mobility tests, and sensing integration within one modular platform.

A robot that performs well in a lab can still struggle when the ground, payload, or mission changes. D1, also called D-infinite, is designed to switch its stance and locomotion form as the job chan...

A practical SLAM mapping robot should be evaluated as a complete field system, not by its mapping demonstration alone. At Direct Drive Tech, we recommend checking five areas: whether the robot can ...

TITA uses multimodal sensing to improve autonomous robot navigation, 3D perception and obstacle avoidance in real-world inspection, mapping and research environments.