What Falcon 9 Is and Why Booster Reuse Matters

SpaceX flies the Falcon 9, a two-stage rocket whose first stage is designed to come back and land instead of being thrown away. That reusable first stage is called a booster, and each one is given a serial number so its history can be tracked across missions. Reusing hardware is central to how SpaceX keeps launch costs and cadence where they are. The October manifest shows how routine this has become: several boosters in this period are flying for the tenth time or beyond.

CRS-35: NASA Cargo to the Space Station

CRS stands for Commercial Resupply Services, a NASA programme that buys cargo delivery to the International Space Station from private companies rather than running the flights itself. CRS-35 is the thirty-fifth mission in that sequence and launched on October 13, 2026 from pad 40 at Cape Canaveral. The Falcon 9 carried more than 6,300 pounds of science and supplies. The booster, B1096, completed its eighth flight and landed at Landing Zone 40.

The Hardware Behind CRS-35

Cargo Dragon is the uncrewed SpaceX capsule that carries supplies up and brings results home, and each capsule also has a serial number. The capsule on CRS-35, C211, was on its fourth flight. The booster on that mission, B1096, was on its eighth. Landing Zone 40 is a ground pad at Cape Canaveral, so this booster touched down on solid ground rather than on a drone ship at sea, which is a simpler recovery when performance allows it.

The Payload: Solar Arrays and Station Research

A roll-out solar array, or ROSA, is a flexible solar panel that unrolls once deployed, which lets it be packed tightly for launch. CRS-35 delivered the fourth and final pair of Redwire ROSA wings, each producing over 20 kilowatts for more than ten years, according to Spaceflight Now. The mission also carried equipment for more than 40 studies. The research ranged across artificial retina manufacturing, 3D heart tissue and brain organoids, which are small lab-grown clusters of neural cells used in research.

How the Cargo Dragon Reaches the Station

After launch, the Dragon capsule separates from the upper stage and flies a rendezvous profile toward the station rather than docking immediately. CRS-35 was expected to dock at roughly 11:00 a.m. Eastern on October 15, 2026 according to the mission schedule, though SpaceX's own launch page should be checked closer to the date because trackers sometimes list different times. The capsule was scheduled to stay about a month before returning. Docking targets on the station are chosen to keep visiting vehicles clear of one another.

Starlink Group 15-25 from Vandenberg

Starlink is SpaceX's satellite internet constellation, built in generations: the V2 Mini Optimized is a smaller, redesigned satellite that fits more units onto a single Falcon 9. On October 12, 2026, a Falcon 9 launched 27 of these satellites from Space Launch Complex 4E at Vandenberg Space Force Base in California. The booster B1088 was flying for the twentieth time and landed on the droneship named Of Course I Still Love You.

What Inclination and Droneship Recovery Mean

The satellites from Starlink 15-25 were delivered to a 70-degree inclination, meaning their orbital path crosses the equator at 70 degrees of latitude, which puts coverage over higher latitudes than a low-inclination orbit would. The launch went up no earlier than 5:28 p.m. Pacific Time on October 12, 2026, according to the site 805.life, which is the same moment as 8:28 p.m. Eastern. A droneship is a floating landing platform positioned downrange so the booster does not need to fly all the way back to land.

Why Trackers Disagree on Launch Times

A launch window is a span of time on a given day during which a rocket can lift off and still reach its intended target; the exact launch time is the specific moment chosen inside that span. This distinction explains why different trackers show slightly different numbers for the same mission. SpaceX's own launch page is the source to check as the date approaches. Where only a window is published, treat the exact minute as provisional.

USSF-481: The Next Falcon 9

USSF-481 is the next mission after CRS-35, flying on a Falcon 9 from Space Launch Complex 4E at Vandenberg. The window is October 15, 2026, from 19:44 to 23:44 Eastern Time, per SpaceX's launch page. The booster will land on a droneship rather than returning to a ground pad. The USSF prefix indicates a United States Space Force mission, and details of the payload are typically limited on such flights.

Bandwagon-5: A Rideshare Mission

Bandwagon-5 follows on October 19, 2026, with a window of 06:30 to 07:30 Eastern Time. It launches from Space Launch Complex 40 in Florida, the same pad CRS-35 used, and the booster lands on a droneship. Bandwagon is SpaceX's rideshare programme aimed at small and medium satellites that share a single rocket instead of buying the whole vehicle. Riding along with other payloads usually lowers the cost of reaching orbit for a small operator, in exchange for less control over the exact orbit and schedule.

Starlink Missions on October 20 and 24

Two more Starlink batches are scheduled from Vandenberg after Bandwagon-5. One is listed for October 20, 2026, with a window of 18:14 to 22:14 Eastern, and a second for October 24, 2026. Both fly on Falcon 9 from Space Launch Complex 4E with droneship recovery. Because both are Starlink missions from the same pad, expect the usual pattern of a webcast and a booster landing attempt shortly after stage separation.

October's Full Manifest: Ten SpaceX Launches

The October 2026 manifest contains ten SpaceX launches, six of which had already flown by October 14, according to the schedule. The flown missions include Starlink on October 12, the Space Development Agency's Fourth Tranche 1 mission on October 10, NROL-97 on a Falcon Heavy on October 1, Transporter-18 on October 1, Starship Flight 14 on September 28, and CRS-35 on October 13. The SDA is the Space Development Agency, which is building government satellite constellations. That pace shows how routine launching has become for SpaceX, with different pads operating in parallel.

Landing Zones Versus Droneships

Not every mission uses a drone ship. The SDA's Fourth Tranche 1 mission on October 10, 2026 and Transporter-18 on October 1 both returned their boosters to a landing zone, and NROL-97 on October 1 used a landing zone or an expended profile. Landing on ground is faster to recover and refurbish, while a droneship is used when the trajectory leaves too little propellant for a return flight. Payload mass and target orbit decide which approach is possible.

Falcon Heavy and Launch Complex 39A

Some missions fly on the Falcon Heavy, which is essentially three Falcon 9 first stages strapped together, giving far more thrust and lift capacity than a single-core Falcon 9. NROL-97 launched on a Falcon Heavy from Launch Complex 39A in Florida on October 1, 2026. That pad at Kennedy Space Center also hosts Falcon Heavy flights and some Falcon 9 missions. Because it has three cores, recovery options differ from a single-stick Falcon 9.

Starship: A Different Vehicle Entirely

Starship is SpaceX's much larger, fully reusable vehicle, distinct from Falcon 9 and intended for heavier payloads and eventually beyond-Earth-orbit work. Starship Flight 14 launched on September 28, 2026 at 7:48 a.m. Central Time from Starbase, and it was described as the first orbital Starship flight. It deployed 26 Starlink V3 satellites, a larger generation of Starlink spacecraft. Starbase is SpaceX's site in Boca Chica, Texas, and Pad 2 is one of its launch mounts.

What Happened on Starship Flight 14

Flight 14 did not go entirely to plan. One booster Raptor engine and one ship Raptor vacuum engine shut down early, so the ship deorbited early as a precaution and splashed down in the northern Pacific after just under two Earth orbits. The booster made a soft splashdown in the Gulf of Mexico. Raptor is the engine family that powers Starship and its booster, and a vacuum variant is optimised for operation in the near-vacuum of space. These outcomes came from SpaceX's own Flight 14 mission page.

Starship Flight 15 and the Tower Catch

Starship Flight 15 is currently targeted no earlier than November 8, 2026, and early reports suggest it may attempt to catch the ship with the launch tower. A tower catch means the vehicle is caught by arms on the launch structure as it returns, rather than landing on legs or splashing down. Preparations for Flight 15 were drawing attention as of October 12 reporting. Because any target date can move, that November 8 date should be treated as provisional rather than fixed.

Why Launch Sites Change the Mission

The launch site determines which direction a rocket can safely fly, so the same vehicle launched from Florida and from California reaches different orbits with different booster recovery options. Florida pads such as Space Launch Complex 40 and Launch Complex 39A support launches to the east over the Atlantic. Space Launch Complex 4E at Vandenberg launches south over the Pacific, which is the standard route for high-inclination and polar orbits. That is why many Starlink and rideshare missions fly from California.

How to Check a Launch Yourself

SpaceX's own launches page is the most direct source for a specific mission's date, window and pad, and it reflects the latest revisions. Third-party trackers and news sites are useful for background such as booster history, payload details and mission outcomes. When a window is wide, the exact time often firms up only in the final days. If what you need is the payload or the booster's flight count, the mission page or a news report will usually carry more than the schedule does.