Abstract:
This RC Dyno Trainer is a teaching aid for Mechanical Engineering students' that focus on the final year projects
of Department of Mechanical Engineering, Polytechnic of Sultan Salahuddin Abdul Aziz Shah, Selangor. The main
objective of this innovation is to apply this existing RC Dyno Machine into a learning kit (Trainer) that is able to
improve students' knowledge in mechanical systems involving the measurement of force, torque and IoT
applications using Ardruino UNO which is suitable for remote control racing cars. In 2016, a lecturer from the
Department of Mechanical Engineering, Polytechnic of Sultan Salahuddin Abdul Aziz Shah developed an
innovation project called the RC Dyno Machine. The purpose of this RC Dyno machine is to measure the torque
of RC cars. The measurement results are displayed on a computer application using IoT Arduino UNO technology.
The results of this analysis will help users tune RC cars involving caster, camber, spring rate and suspension to
achieve optimal performance. Indirectly, it can reduce the operating cost of RC car engine maintenance. The
mechanical system involving materials, installation, fabrication, torsional force, sensors and Ardruino
applications is very suitable to be used as a Trainer kit for students to improve their understanding and
innovation technology on RC Dyno Test Machine. The production of this innovation is applied in the learning
and teaching process to help boost the creativity and innovation of students in developing projects that have an
impact, especially focusing on IR4.0 technology. It is a good learning strategy innovation to improve student’s
achievement. The process of managing the implementation of this innovation project is planned and organised
to achieve an impact on the learning program in the Department of Mechanical Engineering and is named as "RC
Dyno Trainer".
