TITA
Best for inspection, data collection, scanning, mapping and secondary development where speed, compact size and open interfaces matter.
Wheeled Bipedal Robot
Wheeled Bipedal and Wheeled-Legged Robots for Inspection, Transport and R&D
Compare TITA and D1 platforms for terrain-adaptive movement, ROS 2 development, sensor integration, mobile payload, mapping and modular robot projects.
Platform Choice
Choose by mobility task
D1
Best for high-payload modular projects, multi-robot coupling, research platforms and flexible wheeled-legged configurations.
Integration
Both platforms can be discussed with sensors, edge computing, communication modules and project-specific payload requirements.
FAQ
Wheeled robot project questions
Is TITA or D1 better for inspection?
TITA is usually the first option for compact inspection and mapping. D1 is stronger when the project needs higher payload, coupling or modular research capability.
Can these robots support ROS 2 development?
Yes. Share the required API, sensor stack and development goals so we can confirm the suitable platform and accessories.
What parameters should I send?
Terrain, slope, payload, runtime, speed, communication method, sensor payload, indoor/outdoor condition and target quantity.
Need a wheeled bipedal robot for a project?
Send terrain, payload and runtime requirements for a fast platform recommendation.