The VarEVolt battery’s 18-second charge breakthrough

A prototype RML VarEVolt battery pack on a test bench: a series of interlocking black solid-state cell modules with integrated high-power 200C charging nodes and advanced thermal-control layers, bridged by rigid copper busbars and connected via thick orange high-voltage power cables

This cutting-edge battery, capable of fully charging in a mere 18 seconds, has recently received Conformity of Production (CoP) certification, enabling mass production and heralding a transformative era for electric mobility.

Electric motor development: new materials and efficiency-enhancing technologies

electric motor

Electric motors are the beating heart of eVTOLs. Unlike the roaring engines of old-school helicopters, these motors hum with electricity, converting stored energy from batteries into the mechanical power needed to lift off, cruise, and land. But here’s the catch: eVTOLs demand a lot from their motors.

The Role of Electric Motors in eVTOL Efficiency and Feasibility

electric

The emergence of electric vertical take-off and landing (eVTOL) vehicles and flying cars represents a significant leap forward in transportation technology, merging the convenience of aviation with the sustainability of electric propulsion. At the heart of these innovative vehicles lies the electric motor, a component whose design and technology play a pivotal role in enhancing their efficiency and feasibility.