학생 프로젝트
We support students in their educational STEM (Science, Technology, Engineering and Maths) projects.
The advantages of the magnetic encoders in space rover technology
Xplore has developed a rover capable of traversing extraterrestrial landscapes, focusing on the role of magnetic encoders in its development and improvement.
The Road to Victory: RLS Encoders in Revolve Racing Cars
Revolve NTNU utilizes RLS encoders in their electric racing cars, ensuring precision in control systems for competitive racing.
노팅엄대학(University of Nottingham) 레이싱팀, RLS이 승리에 기여한 점 인정
The team uses RLS angular position sensors in pedal and steering assemblies, enhancing control in their high-performance racing vehicles.
Rays Weather Station
RLS encoders are used in a weather station's wind vane to accurately measure wind direction, aiding in reliable meteorological data collection.
마그네틱 엔코더를 사용하여 SCARA의 정확도 향상
Austrian students enhanced the accuracy of a SCARA robot by integrating RLS magnetic encoders, improving its precision in automated tasks.
클레버 카멜레온
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.
마그네틱 엔코더를 채용해 셀프밸런싱 이륜형 로봇카의 안정화 제어
RLS magnetic encoders provide precise stabilization and control for a self-balancing two-wheeled robotic vehicle, ensuring smooth and reliable operation.
ROBI - 농업용 프로토타입 이동식 매니퓰레이터
ROBI’ is a prototype mobile manipulator for agricultural applications with requirements of low-cost, low-weight, simplicity, flexibility and modularity.
Formula Student 포뮬러 카 제작에 RLS 엔코더 활용
Team Tallinn is the first and only Estonian Formula Student team, founded in 2006, which consists of students from Tallinn University of Technology and Tallinn University of Applied Sciences.
