Why ePropelled
ePropelled designs and delivers a wide variety of reliable, efficient, and data-driven propulsion systems for a wide variety of light electric vehicles and a rapidly growing universe of uncrewed vehicles on land, sea, and in the air. By emphasizing transparent in-device data gathering and sharing, these optimized products deliver detailed diagnostics, meet demanding weight and size requirements, and are well-suited for hybrid propulsion applications. ePropelled’s customers gain mission agility across their platforms thanks to ePropelled’s pre-integrated motors, controllers, generators, and hybrid power solutions.
Propelled’s components form highly integrated propulsion solutions for air, land, and sea mobility platforms that harmoniously integrate motors, controllers, generators, and advanced power management. Performance then is maximized at peak efficiency, unlike competitors that typically focus on low-cost singular components with little opportunity for customization or optimization.
By reducing size, weight, and integrating total propulsion designs, aerodynamic ePropelled uncrewed solutions use less power, run smoothly, and withstand the rigors of military, commercial, and industrial environments, such as extreme temperatures, high vibrations, and/or heavy payloads.
Because they are made in the USA on request and at scale, ePropelled uncrewed systems typically outperform and are priced competitively in use cases where China-made commodity drone motors are being swapped out due to trade regulations and market pressures. ePropelled’s systems comply with rapidly shifting US trade requirements, such as the National Defense Authorization Act (NDAA).
ePropelled solutions, hybrid or all-electric, are designed to operate smoothly and quietly, unlike many competing motors and generators. They are ideal for missions where stealth is critical.
ePropelled focuses on both building with and creating sustainable lifecycle technologies. Pervasive efficiency by design reduces energy consumption, with lower carbon emissions, and reduces environmental impact using less resources over the lifespan of all solutions.
