Tech Component

Constructed from durable materials to house and protect the power system in extreme conditions; highly customizable design based on space or terrestrial application.

Heat from the radioisotope heat sources drives a piston back and forth inside a sealed Stirling engine. That motion powers a generator to produce electricity, significantly increasing power efficiency.

Designed with a novel fuel and shielding system to deliver high specific power from strontium-90 or americium-241.

Constructed from durable materials and designed to interface with instruments, components and systems.

Superalloys contain the nuclear fuel and shield particle emissions.

Designed with a novel fuel and shielding system to deliver high specific power from americium-241.

Constructed from durable materials to house and protect the power system in extreme conditions; highly customizable design based on space or terrestrial application.

Heat from the radioisotope creates a temperature difference across solid-state materials in the thermoelectric generator, producing electricity directly – no moving parts required.

Designed with a novel fuel and shielding system to deliver high specific power from strontium-90 or americium-241.