“Every mission is different, and our strength lies in tailoring integration approaches for payloads that don’t fit a one-size-fits-all model,” explained Chad Brinkley, CEO of Seops. That approach was in evidence during the SpaceX Transporter-15 launch, which left Vandenberg Space Force Base at 10:44 a.m. PST on Nov. 28 carrying a record 140 payloads.
Though the launch had been scrubbed just two days prior due to a problem that had arisen in ground systems during the loading of liquid oxygen, it went on to showcase the reliability of the SpaceX Smallsat Rideshare mission services. Now on its 19th mission, this service has emerged as the go-to option for small satellite launchers in the West and costs just $6,000 per kilogram of launched satellite a small fraction of what small launchers cost. Though compared to the large-scale launch contracts of Falcon 9, this satellite launch business remains small in itself, it puts sufficient pressure on new small launch companies.
The experienced Falcon 9 first-stage booster B1071, which made its 30th flight, launched Transporter-15. Reaching this many flights equaled only another member of SpaceX’s booster arsenal and indicates the level of maturity SpaceX has achieved in its reusability initiative. B1071 has contracted for prestigious launch services including the SWOT mission for NASA and launches for the National Reconnaissance Office.
Some 8.5 minutes into the launch, it landed independently on the drone ship “Of Course I Still Love You.” It achieved SpaceX’s 540th landing of a booster and the 165th on that specific platform. It has been ten years since SpaceX achieved the first controlled re-entry in 2013. SpaceX leads the world in reusable launch technology inasmuch as launch providers in Europe and Japan are now nine years behind in this area.
Deployment activities started at the 54-minute mark for the Toro2 satellite and ended about two hours later for the NASA R5 CubeSat. The level of complexity for this mission increased due to the use of different satellite deployment providers. Seops Space coordinated the deployment of 11 satellites through methods like the Equalizer Flex and the use of the Ghost Trap Deployer. Among them are four Alba Orbital, three C3S, three cube satellites backed by NASA, and SatRev’s PW-6U. Brinkley highlighted the capability of the company in integrating different types of payloads that are difficult to classify in standard modes, especially for passengers in a copilot rideshare launch.
Another important integrator, Exolaunch, launched 59 satellites for more than 30 customers in 16 different countries. Some of their payloads included the T.MicroSat-1 for Taiwan, the ESA SPiN-2, and Veery-0G Brendan for Care Weather on the “Brendan” satellite. Speaking on the synergy between SpaceX and Exolaunch, the vice president for global business development at Exolaunch, Kier Fortier, said, “SpaceX stood up Transporter, they announced it, and in many ways, I feel that we’ve built it together.” Exolaunch launched over 650 satellites in total on the Transporter-15 mission, every Transporter and Bandwagon launch to this point.
Formosat-8, which belonged to the Taiwan Space Agency and contained the first satellite of an eventual eight-strong optical remote-sensing constellation expected to be finished by 2031, topped the cargo manifest. The cake-topper slot, as it is known at SpaceX, was the optimal positioning for the launch of FS-8A.
Transporter, launched in 2019, has Replied to 57% of smallsat launch demand in the West and has deployed 29 tons ofpayload on nine missions prior to reaching the Bandwagon series in Inclined Low Earth Orbits. Launch frequency of every 90 days supports Falcon 9 launch rate and is vital for the reduction of hardware launch costs owing to reusabiliti propriate for launch and still only around $15 million when operating at low efficiencies. SpaceX’s dominance in heavy launch sharing has been further solidified in the absence of PSLV and Vega SSMS launch missions in recent years and the limitations imposed on Russia-based launchers in the Western launch market.
SpaceX has further minimized brokerage and encouraged small satellite operators to come to them directly by reducing the minimum weight of customers to be lifted from 200 kg to 50 kg. By this initiative, SpaceX has ensured not only the present market share but also prepared itself for the future anticipated demand in constellations. Though Starship is expected to be a threat as it has the capability of carrying 250 tons to LEO and is fully reusable, the ridesharing launch service of Falcon 9 is still the core of small satellite access to space. Presently, missions such as Transporter-15 reveal that SpaceX’’s synergy of cost-effectiveness, reusability, and launch experience is still redefining the launch economics of satellite launch services.