学生项目

Competing in the demanding University Rover Challenge, the Binghamton University Rover Team integrated RLS AksIM-2™ absolute magnetic encoders to provide the high-resolution feedback necessary for complex inverse kinematics control of their 6-DOF Arm.

Hyperion Robotics student team achieved precise and reliable navigation in autonomous competition robots by using RLS RE36 absolute magnetic encoders.

Blue Flash uses RLS sensors to drive reliable, precise innovation in their driverless Formula Student race car.

Propulse NTNU uses RLS's Orbis™ encoders for precise valve control in rockets and drones, ensuring reliable performance in extreme conditions.

Xplore has developed a rover capable of traversing extraterrestrial landscapes, focusing on the role of magnetic encoders in its development and improvement.

Revolve NTNU utilizes RLS encoders in their electric racing cars, ensuring precision in control systems for competitive racing.

RLS magnetic encoders provide precise stabilization and control for a self-balancing two-wheeled robotic vehicle, ensuring smooth and reliable operation.

The team uses RLS angular position sensors in pedal and steering assemblies, enhancing control in their high-performance racing vehicles.

RLS encoders are used in a weather station's wind vane to accurately measure wind direction, aiding in reliable meteorological data collection.

A multi-purpose Martian rover developed by the Kameleon Team at Opole University, integrating RLS encoders for precise movement and task execution in a variety of environments.

Team Tallinn成立于2006年，是爱沙尼亚首支也是唯一一支大学生方程式赛车队，其成员由来自塔林理工大学和塔林应用技术大学的学生组成。

Austrian students enhanced the accuracy of a SCARA robot by integrating RLS magnetic encoders, improving its precision in automated tasks.

ROBI’是一台适合农业应用的移动机械手原型机，对其提出的要求包括低成本、低重量、高易用性、高灵活性和高模块性。