SpaceX’s Falcon Heavy is poised atop Launch Advanced 39A as soon as once more, this time to launch the categorised NROL-97 payload for the US Nationwide Reconnaissance Workplace. Falcon Heavy is scheduled to liftoff from the Kennedy Area Heart at 11:53 PM EDT (03:53 UTC) on Oct. 1, following a trajectory right into a high-energy orbit.
The mission will mark the quickest turnaround between Falcon Heavy missions, with the rocket having final launched the Nancy Grace Roman Area Telescope for NASA on Aug. 30. As with that mission, the 2 facet boosters will likely be recovered, whereas the middle core will likely be expended.
Falcon Heavy and launch particulars
Falcon Heavy is predicted to launch from Launch Advanced 39A (LC-39A) on the Kennedy Area Heart (KSC) in Florida on Thursday, Oct. 1. A 59-minute launch window opens at 11:53 PM EDT (03:53 UTC), operating till 12:52 AM EDT (04:52 UTC) on Oct. 2. Within the occasion of a scrub, a backup alternative is accessible for the next day at 11:48 PM EDT.
The automobile will launch on a northeasterly trajectory to ship a categorised payload for the Nationwide Reconnaissance Workplace (NRO) to a high-energy orbit. As a result of payload’s mass, Falcon Heavy’s heart core, booster B1106, will likely be expended to maximise stage efficiency and make sure the categorised payload is positioned on the right trajectory. B1106 will likely be on its first and remaining flight, a standard follow for Falcon Heavy heart cores.
The outer boosters, B1072 and B1104, will land at Touchdown Zones 2 (LZ-2) and 1 (LZ-1), respectively. B1072 will likely be on its fourth flight, beforehand supporting the GOES-U, ViaSat 3 F3, and the Nancy Grace Roman Area Telescope missions. B1104 will likely be on its second flight, having beforehand supported the Nancy Grace Roman Telescope mission as nicely.
Falcon Heavy is SpaceX’s super-heavy-lift, partially reusable launch automobile that may ship as much as 63,800 kg to low-Earth orbit and 26,700 kg to geostationary switch orbit. The 70-m-tall automobile has 5.2-m-diameter fairing halves. The primary stage options three side-by-side Falcon boosters, every powered by 9 Merlin 1D sea-level engines fueled by kerosene (RP-1) and liquid oxygen (LOX). The outer boosters are normally recovered on land through return-to-launch-site (RTLS) trajectories, with the middle core principally expended.
Falcon Heavy and its 27 Merlin engines within the hangar at Launch Advanced 39A in Florida pic.twitter.com/ETejT6zPD2
— SpaceX (@SpaceX) September 28, 2026
The second stage makes use of a single Merlin 1D vacuum-optimized engine, able to a number of restarts, and is fueled by RP-1 and LOX. In contrast to the primary stage boosters, the second stage is expended. In whole, Falcon Heavy has a complete liftoff thrust of twenty-two,819 kilonewtons (kN).
The NROL-97 payload
As common for a Nationwide Reconnaissance Workplace (NRO) mission, the precise id and technical particulars of the NROL-97 payload are categorised. Nevertheless, choosing Falcon Heavy — notably a configuration that makes use of an expended heart core –suggests a high-mass payload. The focused “high-energy orbit” additionally factors to potential orbital locations such because the geostationary-Earth orbit (GEO), medium-Earth orbit (MEO), or a extremely elliptical orbit (HEO).
In contrast to low-Earth orbit (LEO) reconnaissance belongings that supply temporary imaging home windows, payloads in high-energy orbits can present steady protection of particular areas. These orbits are regularly used for intelligence, missile-warning, or missile-defense satellites, in addition to Earth commentary and climate satellites. The NRO possible won’t disclose any payload particulars within the close to future.
Following NROL-97, Falcon Heavy’s subsequent mission, Griffin Mission One, is scheduled to launch no sooner than December 2026. The mission will see Falcon Heavy launch an Astrobotic-developed lunar lander beneath NASA’s Industrial Lunar Payload Companies (CLPS) program. The automobile will carry out a trans-lunar injection burn to ship the uncrewed 6,360 kg Griffin One lander to the lunar floor.
Falcon Heavy rolls out to LC-39A with NROL-97. (Credit score: SpaceX)
The subsequent mission after this, Astrobotic Lunar Mission 3, is tentatively scheduled for 2027. The business flight will ship payloads to the Moon’s South Pole aboard one other Astrobotic lander; these doubtlessly embody the FLEX Lunar Innovation Platform (FLIP) rover developed by Venturi Astrolab. Alongside its lunar missions, Falcon Heavy is scheduled to launch a heavy payload manifest for the US Area Power (USSF) and the Nationwide Reconnaissance Workplace (NRO) in 2027.
Regardless of the Falcon household’s pending retirement within the coming years, Falcon Heavy’s manifest is full, and it’ll possible proceed flying for a number of years till Starship turns into totally operational and may take over SpaceX’s heavy-lift missions.
(Lead Picture: The NROL-97 Falcon Heavy sits atop LC-39A. Credit score: SpaceX)
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