For cubesats to small sats, Atomos’ space-resident OTVs provide launch dispersion trimming, orbit raising, phasing, LTAN/RAAN modification, and inclination change services.

Atomos’ OTVs work with tomorrow’s launches such as the New Glenn, Falcon Heavy, and Starship. These launchers ferry heavy payloads to LEO, maximizing launch payload mass rather than final orbital altitude – an optimal use of high-thrust rockets. Atomos’ OTVs transfer the payloads to their destination orbit. This dual-architecture provides launch cost savings up to 50%. MEO, GEO, cislunar space, and beyond are as attainable as LEO – without expensive, bespoke onboard propulsion systems or months wasted orbit-raising.

With ubiquitous rendezvous and capture, Atomos’ OTVs are compatible with the majority of active satellites, able to provide recovery, relocation, disposal, and life extension services.

The future space economy needs a robust logistics chain to resupply and replenish commercial space stations, orbital platforms, refueling tankers, in-space manufacturing, and satellite repair services.

Troubleshoot or investigate with inspection services in high-definition visible and infrared.