RCAP CoSpace Challenges

consists of:

CoSpace Autonomous Driving Challenge

The RCAP CoSpace Autonomous Driving Challenge (Former CoSpace Grand Prix) focuses on path planning in a smart city.

For this challenge, teams are required to program autonomous vehicles to navigate through a smart city in both real and virtual environments (CoSpace).

	https://cospacerobot.org/competition/category/cospace-autonomous-driving
	RCAP Rule Book 2022 RCAP CoSpace Autonomous Driving, FirstSteps Category Rule (Online Challenge Version) Rule (Hybrid Challenge Version) Video RCAP CoSpace Autonomous Driving, U12 Category Rule (Online Challenge Version) Rule (Hybrid Challenge Version) Video RCAP CoSpace Autonomous Driving, U19 Category Rule (Online Challenge Version) Rule (Hybrid Challenge Version) Video
	Call for Participation

 

RCAP CoSpace Rescue Challenge

CoSpace Rescue Challenge focuses on path planning and search algorithms.

For this challenge, 2 teams will compete with each other by developing and programming strategies for both real and virtual autonomous robots to navigate, search and collect different objects in the same real and virtual environments (CoSpace).

	https://cospacerobot.org/competition/category/cospace-rescue
	RCAP Rule Book 2022 RCAP CoSpace Rescue, FirstSteps Category Rule (Online Challenge Version) Rule (Hybrid Challenge Version) Video RCAP CoSpace Rescue, U12 Category Rule (Online Challenge Version) Rule (Hybrid Challenge Version) Video RCAP CoSpace Rescue, U19 Category Rule (Online Challenge Version) Rule (Hybrid Challenge Version) Video RCAP CoSpace Rescue, University (Advanced) Rule (Online Challenge Version) Video
	Call for Participation

 

RCAP CoSpace Logistics Challenge

The CoSpace Logistics Challenge is targeting the use of robots in work-related scenarios and smart factories for Primary, Secondary, and Tertiary students.

The CoSpace Logistics Challenge utilizes ideas and concepts from RoboCup@Industry. It is conducted in a co-existing real-virtual space. In the CoSpace Logistics Challenge, teams are required to make and program a real mobile robot, a virtual mobile robot, and a robotic arm. In the real world, the robot arm will manipulate the objects and load/unload them on the mobile robots. The mobiles robot will then deliver the objects to the teleportation station and teleport them to the virtual world for making new products in the smart factory.

	https://cospacerobot.org/competition/category/cospace-logistics
	Rule Book
	Call for Participation