AMT Maglev & Braking Expertise
Engineering Motion & Braking with Magnetic Force
AMT combines electromagnetic analysis, mechanical design, controls, and testing to develop systems that move or stop equipment under demanding operating conditions.
Active Magnetic Braking
Electronically controlled precision deceleration systems for industrial and transport applications.
Passive Eddy Current
Passive eddy current braking produces retarding force without conventional friction at the braking interface. System performance depends on the integrated design and test conditions.
High-Speed Test Sleds
Specialized validation platforms for maglev propulsion testing in extreme environments.
Maglev Propulsion
Advanced linear induction and synchronous motor integration for ultra-high-speed transit.
Strategic Applications
High-Speed Maglev Transport
Test Tracks
Industrial Motion
Safety Braking
Linear motors and propulsion systems connect magnetic force production to guideway, vehicle, and power system design.
Providing specialized high-G environments for aerospace and defense research, utilizing magnetic propulsion for precise test sled dynamics.
Magnetic couplings and gears offer ways to transfer torque across sealed boundaries or reduce contact between moving parts.
Braking concepts require duty cycle, interface, and representative testing before safety performance can be established.