NASA, NIA ANNOUNCE 2013 RASC-AL ROBO-OPS COMPETITION

NASA and the National Institute of Aerospace (NIA) announce the 2013 RASC-AL (Revolutionary Aerospace Systems Concepts-Academic Linkage) Exploration Robo-Ops competition. As NASA continues to explore the solar system, robots are increasingly needed to work in tandem with humans.

NASA and the National Institute of Aerospace (NIA) announce the 2013 RASC-AL (Revolutionary Aerospace Systems Concepts-Academic Linkage) Exploration Robo-Ops competition. As NASA continues to explore the solar system, robots are increasingly needed to work in tandem with humans. Serving as surrogate explorers, they have the capability to reach new worlds, explore unique extraterrestrial terrains and atmospheres, and conduct tasks too dangerous or precise for humans. Understanding the need to cultivate the next generation of scientists and engineers, the Robo-Ops competition provides undergraduate and graduate teams the opportunity to develop novel, or expand on existing, technologies for use on interplanetary rovers. It also allows teams to employ innovative concepts for participatory exploration.

Up to eight qualifying teams will be selected. Each team will be awarded $10,000 to facilitate full participation in the Robo-Ops competition, including rover development. Selections will be made by a steering committee of NASA judges. Qualifying teams will be determined by an assessment of project design plans for a prototype interplanetary rover, which, upon qualification, teams will develop, build, and test.

Testing of the rovers is conducted in June, during a competition in Houston, Texas at the NASA Johnson Space Center (JSC). There, each team's rover will compete at JSC's Rock Yard, an environment that simulates various planetary terrains, where the rovers must demonstrate their capabilities to traverse upslopes and downslopes, deep sand, craters, and a rock field - all while collecting rocks of differing point values.

Up to three members of each team, and their faculty advisor, will be allowed to attend the on-site portion of the competition in Houston. The remaining members will stay behind at the team's home university campus to conduct "mission control" tasks. During the competition, communication between team members will be embargoed to replicate how robots and astronauts will work together in the near future on human space exploration missions. The rovers will transmit real-time video feeds from their on-board cameras back to the home universities' mission control centers where the rovers will be operated remotely, based on the limited data of the on-board camera and sensors.

NASA, seeking to engage the public in its missions and research, will require each of the selected teams to develop and execute participatory exploration activities. Teams will conduct physical person-to-person outreach, develop an outreach video about their rover, and employ social media and websites to "bring the public along" through the development of their rover.

Teams will be assessed based on a submitted written final report, their participatory exploration activities, and their rover's ability to perform in the JSC Rock Yard. Winning teams will receive cash prizes.

Robo-Ops is sponsored by NASA and administered by the National Institute of Aerospace.

Featured Product

Comau’s Racer3 Robot: Beauty and Passion Meet Precision and Speed

Comau's Racer3 Robot: Beauty and Passion Meet Precision and Speed

Racer3 is a powerful, high-speed, 6-axis articulated robot featuring a payload of 3kg and a reach of just 630 mm. Built from high-strength aluminum, the newest innovation in Comau robotics is lightweight and can be easily mounted on benches, walls, ceilings or on inclined supports. The third robot within the award-winning Racer family, Racer3 is Comau's response to the growing demand for fast, cost-effective robotic automation within small to medium-sized enterprises and emerging countries. Racer3 is intended for general industry use to increase productivity and reduce overall costs by automating industrial applications. It combines field-proven technology and enhanced dexterity with a keen focus on safety, design and product aesthetics. With a streamlined design and brushed metal exterior, the new powerhouse of a robot combines beauty and speed together with absolute precision and repeatability. Primary applications include assembly, material handling, machine tending, dispensing and pick & place.