SpaceX launched the classified NROL-97 payload for the National Reconnaissance Office aboard a Falcon Heavy rocket from Kennedy Space Center at 11:54 p.m. ET on October 1, achieving a historic four-booster-landing day across its fleet. According to Teslarati, the mission marked the NRO’s first flight on a Falcon Heavy after 22 previous flights on Falcon 9, as well as the first NRO launch purchased through the NSSL Phase 3 Lane 2 contract awarded in 2025.
Falcon Heavy Boosters and Single-Day Recovery Records
The midnight launch from LC-39A pushed the heavy-lift vehicle toward a high-energy orbit with side boosters B1104 and B1072. Both side boosters touched down successfully at Cape Canaveral Landing Zones 1 and 2 just 32 days after supporting NASA’s Nancy Grace Roman Space Telescope mission, marking the quickest turnaround between Falcon Heavy flights to date, Teslarati reported. Center core B1106 flew for the first time and was expended, while the payload fairing was reused from July’s NROL-95 mission. These dual recoveries paired with two separate Falcon 9 booster landings earlier on October 1 to complete a four-booster-landing day for SpaceX.
Rocket Lab Secures Record Synspective Agreement
Rocket Lab signed its largest Electron launch contract to date with Japan’s Synspective, establishing a 20-mission agreement to deploy synthetic aperture radar satellites. Ars Technica reported that the deal extends an existing partnership that has already placed 13 StriX radar satellites into orbit since 2020. This multi-launch commitment reinforces Rocket Lab’s standing in the dedicated small-satellite market, where clients pay premium rates for precise orbital timing and specific insertion parameters rather than sharing rides on larger vehicles.
Orbital Operations and Starlink Constellation Metrics
SpaceX has launched 12,988 Starlink satellites overall, maintaining an active count of 11,142 working satellites out of 11,156 currently in orbit, while the decayed total stands at 1,832. Current SOCRATES tracking data flags two high-probability Starlink conjunctions, involving operational vehicles STARLINK-3259 and STARLINK-37703 alongside STARLINK-5756 and STARLINK-30171, though both listings carry suspect upstream data including physically implausible miss distances and stale TLEs. Meanwhile, routine atmospheric reentries continue for end-of-life hardware, with nine Starlink satellites—including STARLINK-1797 and STARLINK-4390—actively tracked for predicted decay windows through early October.
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