With its small footprint and ability to turn in place, the RMP 210 is ideal for applications where the propulsion system is meant to be unobtrusive.
The RMP 210 is ideal for applications where the propulsion system is meant to be unobtrusive. At only 481 mm (18.9 inches) tall, the RMP 210 leaves plenty of room for mounting other equipment wherever you need it. The RMP 210 has two lithium-ion batteries that provide a runtime of ~8 hours of operation or ~24 hours in standby.
With a maximum velocity of 8.0 m/s (18 mph) and a peak torque of 50 N-m per wheel, the RMP 210 is capable of moving incredibly fast. All this power is under your control via commands sent via Ethernet, USB or CAN bus. The RMP acts as a single unit as it receives commands, performs the requested actions and provides feedback at up to 100 Hz. The performance characteristics and amount of feedback are configurable. You can control how the RMP responds to commands, so movement is smooth and controlled. In addition, you can limit the amount of feedback provided so you only see the variables that matter to you.
The final product is limited only by your imagination.
One-step Folding System
Ninebot Kickscooter by Segway ES2 is sleek, lightweight and features a one-step folding system. Now our riders can carry it on public transportation, store it in your car and take it to any destination you desire.
Includes the standard RMP 210 base UGV platform without any extras for those that prefer to buy their robot system components a La Carte. Start with the RMP 210 then add your own host PC and application-specific sensors. The RMP’s communications interface is open architecture and controller agnostic allowing you to create your own drivers using our examples and API documentation.
For more information about the RMP 210 Basic Package, or to speak to a representative about purchasing the platform, please email us.
Includes the standard RMP 210 base UGV platform without any extras for those that prefer to buy their robot system components a La Carte. Start with the RMP 210 then add your own host PC and application-specific sensors. The RMP’s communications interface is open architecture and controller agnostic allowing you to create your own drivers using our examples and API documentation.
For more information about the RMP 210 Basic Package, or to speak to a representative about purchasing the platform, please email us.
