Orbital Kinetics Spacecraft Power
Launch, Transit and Maneuvering Systems for Spacecraft
Launch, Transit and Maneuvering Systems for Spacecraft
Artificial Intelligence trajectory calculations and verification from launch to orbital insertion, or targeted re-entry, for inertially guided, remote precision guided and manually flown spacecraft. Orbit maintenance instructions provided for all altitudes and inclinations over entire mission duration.
Suborbital, orbital and targeted re-entry launch systems with the highest kinetic energy per kg without risk of fire or explosion. Proprietary system provides hydrogen fuel without the need for cooling, compression, flash- arrestor, bubble screen, hydrogen fuel pump, pre-cooler, or helium coolant. Provides reduced plumbing and valving between pre-burner and main combustion chambers, and offers no fuel weight shift or centrifugal momentum regardless of flight duration, attitude or inclination.
Station-keeping, constellation management, orbit alterations, and precision targeted re-entry adjustments with pre-timed, real-time, or trajectory and telemetry coordinated timing with the highest kinetic energy per kg magnesium-ion Hall Effect Thrusters and tritium monopropellants.
Betavoltaic batteries provide rocket on-board system power using tritium from our proprietary technology to preferentially extract tritium from natural hydrogen, breeder reactor hydrogen and fission reactors. Fuel cell systems based on our proprietary technology offer the smallest and lightest balance of plant system for DC electrical power in all load, surge and frequency ranges. Our aerospace high efficiency converter systems provide AC electrical power for specialized equipment or laboratory experiments with less weight and size than other deployed systems.
Our goal is to provide clients high-quality analytics, launch systems, maneuvering thrusters, and on-board energy systems. We pride ourselves on providing perfection and offer a $100M guarantee of mission success when clients employ our combined systems to reach their target. We guarantee satisfaction for missions ranging from launch to re-entry or from launch to anywhere in the solar system.
We provide both stationary and mobile energy systems for planetary substations, telescopes, terrain rovers, and orbiting or transitional, and manned or unmanned satellites. Our systems range from 1kWh to 10,000 kWh systems based on solid-state hydrogen fuel cells alone or in combination with betavoltaic cells and radioisotope thermo-electric generators.
Orbital Kinetics products fall under ACEA, ITAR, EAR and INKSNA legislation. It is recommended that mission planning and systems development be conducted, with our international team of consultants and engineering staff in your country of origin, where they will assist you with ensuring regulatory compliance and security clearance.