Overview
- A Falcon 9 carried Northrop Grumman’s Mission Robotic Vehicle (MRV), DARPA/NRL’s two RSGS robotic arms, and three Mission Extension Pods into geosynchronous transfer orbit on July 21, 2026.
- The MRV will use its robotic arms to pick up each pod, install the pod on a satellite’s structural ring, then depart while the pod uses its own electric thrusters to provide station keeping and attitude control without transferring fuel.
- Two pods are contracted to Intelsat and one to Australia’s Optus, and the MRV and pods will take about a year to reach geostationary orbit with active installations expected to begin in 2027.
- Reporting gives different life‑extension estimates for a typical GEO satellite after pod installation, with outlets citing roughly six years on some counts and up to eight years on others.
- The payload traces decades of DARPA and Naval Research Laboratory work; MRV is built as a reusable, multi‑customer servicer with an expected operating life near 15 years and attracted interest from commercial operators and the U.S. Space Force.