RE-IMAGINING TWO-WHEELED TRANSPORT FROM THE GROUND UP.
MNML partnered with Mark Cuban-backed startup Radical Transport to re-imagine the future of two-wheeled transport from the ground up. In the wake of flaming hoverboards and widespread consumer distrust, MNML and Radical worked together to create the Radical MOOV, a new breed of two-wheeled personal transport that features customized ride dynamics, is engineered with premium mechanics, and is hand assembled in Dallas, Texas. This is Radical MOOV.
A RADICAL DEPARTURE
MNML got involved early on with Radical Transport to be their partner in designing and engineering Radical's vision for the future of two-wheeled transportation, aiming to leave the tarnished and toy-like reputation of traditional hoverboards in the dust. MNML helped to translate the technology pioneered by Radical into a form factor that is familiar but engineered from the ground up with new technology to be a serious and reliable mode of personal transportation.
Operating as the brain and heart of MOOV, the controller circuit boards monitor the batteries state of charge, reading relative voltages to each other, and actively keeping the packs balanced.
Redundant safety checks monitor the battery packs and guarantee safe operation through a dedicated and independent battery management system. It is constantly measuring individual cell voltage, temperature, overall current, and has the ability to shut off the pack if it ever deems the batteries unsafe.
DESIGNED IN CHICAGO + ASSEMBLED IN TEXAS
MNML worked closely with Radical Transport from initial sketches through to prototyping and engineering to ensure that the MOOV was designed and built with the highest quality, safety, and craftsmanship in mind. MOOV leverages custom built components to ensure the highest quality ride, from the die cast unibody aluminum frame ensuring both strength and lightness, to the certified Lithium Ion batteries which are cradled safely in an insulated compartment, protecting them from the elements, and dampening terrain vibration.