ロボット工学を探る

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.

Explore how TITA and Diablo robot platforms support disaster prevention, rescue support, inspection, mapping, and field operations.

Explore TITA, an 8-DoF robot platform built for inspection, mapping, data collection, research, and secondary development.

Explore how D1’s modular connection, integrated joint modules, group control, ROS 2 support, and expandable hardware support flexible human-robot performance.

Our team explains Diablo Saukele, a workflow that takes autonomous navigation from simulation to a real Diablo wheeled-leg robot, and what makes the handoff work.