Research/PoC design

Handles movement and manipulation together
mobile manipulator

By combining mobile platforms and collaborative robots, joint transport of long objects, leader-follower control, path and safe stopping conditions are studied.

Concept visual of two mobile manipulators jointly transporting a long panel
Concept visual

not one arm
View the entire movement system.

We examine the arm, moving object, target object, battery/power source, communication, and safety structure as one system.

RESEARCH SCOPE

software and safety
We design together.

  • ROS 2 based system configuration
  • Nav2 movement/position estimation/collision monitor
  • MoveIt 2 operation, collision, reachability review
  • Leader-follower and joint transport control
  • E-stop, speed limit, safety scanner conditions
COMMERCIALIZATION PROPOSAL

Research/PoC proposal

For universities, research institutes, and companies considering operation and transportation automation, we verify platform combinations and interfaces and then verify limited scenarios.

customer deliverables

Requirements/risk analysis, system configuration diagram, interface definition, experiment scenario, data log, result report.

90 day flow

  1. Object, load, path, and environment definition
  2. Review of arms, mobile devices, power sources, and communications
  3. Single system simulation
  4. Low-velocity co-transport experiments
  5. Safety, synchronization, and expansion condition reporting

check in advance

Payload, center of gravity, stopping distance, safety scanner, emergency stop system, CAD/URDF/driver availability.