A single system,
Combining a modular platform with unprecedented versatility in one system, Motiv’s DEEDS is changing the game for the new era of space. From powering large lunar vehicles across the surface of the moon to autonomous robots performing specialized tasks, DEEDS is capable of delivering an entire drive system and can be fully customized for mission-specific applications. Built to withstand the extreme cold and heat found in space, DEEDS is set to power visionary missions on the Moon, Mars, and beyond.
The motor in DEEDS was built and tested in temperatures as low as -196ºC, meaning it’s built to withstand the harsh environments of space.
Depending on your needs, DEEDS can be configured with a gearbox that helps it adapt its torque and power to the mission.
Space is full of the unexpected, so DEEDS was built with advanced braking capabilities, including a standard braking system, an emergency brake, and the ability to be configured with 0, 1, or 2 brakes.
Built to fit a wide range of applications from the Moon to Mars, the DACEE motor controller combines flexible power levels with modularity. Able to be attached based on needs, this robust motor controller has expanded sensing capabilities, providing a reliable actuation building block for any mission.
Built for tough lunar terrains, DEEDS is an advanced LTV (lunar terrain vehicle). Designed from the Lunar Roving Vehicles (LRV) of the 70’s Apollo missions, DEEDS is capable of transporting astronauts and payloads around the lunar surface with ease.
As a critical component of lunar construction, DEEDS can be installed on robotic vehicles to be used in the future construction of bases and other structures on the lunar surface.
DEEDS can support a Lunar Surface Science Mobility System (LSSMS), helping it perform a wide array of lunar tasks including conducting science experiments and transporting materials.
Artemis Program Support
Each of DEEDS functions is a good fit NASA’s Artemis program, which seeks to return astronauts to the moon, and establish a long-term presence there.