Redshift is a next-generation Orbital Transfer Vehicle developed to provide precise orbital positioning and additional in-orbit mission capabilities beyond simple delivery. Engineered with flexibility in mind, Redshift is available in a range of configurations that can be tailored to mission requirements, enabling not only transportation but also secondary servicing objectives such as altitude changes, full phase adjustments (time-over-location), and inclination modifications.
At its core, Redshift combines highly capable propulsion with modular payload accommodation, delivering up to >2.5 km/s ΔV for complex mission profiles. This capability allows customers to accurately insert payloads into Sun-synchronous, polar, medium-Earth, geostationary, and beyond orbits, expanding access to destination regimes that were previously limited by traditional upper stage architectures.
Redshift’s architecture supports multiple on-orbit tasks in a single flight, streamlining mission operations and offering the ability to perform transportation and servicing objectives — such as repositioning payloads after initial insertion or performing orbital maintenance maneuvers — without the need for additional vehicles. Its adaptable service suite and customizable configurations make Redshift a high-utility platform for today’s dynamic space missions and advanced orbital logistics.