Industry-academic project/research platform

4-wheel independent steering
Autonomous driving research platform

We aim for a research environment that can repeat everything from steering and drive control to embedded MPC, simulation and actual vehicle verification in one flow.

Concept visual of a four-wheeled independent steering research robot in a university laboratory
Concept visual

Between Algorithms and Real Vehicles
Connect the verification steps.

Depending on your research goals and equipment, we discuss the configuration of sensors, controllers, ROS 2, and scope of experiment documentation.

RESEARCH SCOPE

Configuration needed for research
Define it step by step.

  • 4WS steering/driving control structure
  • Embedded MPC-based control research
  • SIL, PIL, RIL and actual vehicle verification flow
  • ROS 2·Sensor·Control Training Expansion
  • Experimental conditions, results, and exception records
COMMERCIALIZATION PROPOSAL

Research platform consultation

We define the scope of a platform that fits the research goals for universities, research institutes, and companies that need to verify control and autonomous driving.

Scope of provision

Platform configuration discussion, control/sensor linkage, simulation and verification procedures. Specific specifications and delivery date will be proposed after confirmation of requirements.

90-day PoC flow

  1. Agree on research goals and evaluation indicators
  2. Mechanism, electric field, sensor interface confirmed
  3. Simulation/Controller Verification
  4. Speed limit real car test
  5. Report on results, limitations, and expansion plans

check in advance

Test space, safety equipment, target speed, power/communication, and required results.