Synopsis:
MAG is a load-bearing moving platform that is mechanically powered without electricity and fuel combustion. Thus, user safety and environmental friendliness are both enhanced. Applying quantum levitation, the platform moves frictionlessly and
hence minimises the need for user maintenance.
This innovative technology has potential applications in the Transport & Logistics, Food & Beverage, and Recreation industries. The project can also be used for Engineering
outreach programmes and as a teaching aid for modules like Thermofluids and Mechanics, offered under SP's School of Mechanical & Aeronautical Engineering (MAE).
Description:
MAG consists of 2 primary components - the cryostat and the chassis.
The cryostat is a thermally insulated aluminium box that holds the superconductors and liquid nitrogen at low cryogenic temperatures. On top of the cryostat is the
loading platform that is made of strong lightweight hybrid composite.
The chassis is a wooden track securing the neodymium magnets via ratchet straps. It provides the strong magnetic field required for the quantum levitation of
cryostat.
Project video
School: School of Mechanical & Aeronautical Engineering
Course: Diploma in Aeronautical Engineering
Supervisor: Leong Ying Wei
Students: Lew Lin, Chen Xiao Wei, Thant Zaw Aung, Kwang Yu Yeung, Ng Jia Jie