SAT-LOA-20230501-00099Momentus Vigoride 7 TROOP-F2 (6U, NearSpace Launch) (via SEOPS?) CUAVA-2 (6U, U of Sydney, Australia) Waratah Seed WS-1 (6U, U of Sydney, Australia) HelloPod (1P x 8, Hello Space, Turkey) OREsat-0.5 (2U, PSAS, USA) Stork-7 (3U, SatRevolution, Poland) JinjuSat-1 (2U, CONTEC, South Korea) Zeus-2 (3U-XL, Qosmosys, Singapore) WREN (6U, C3S, Hungary) Lunasonde (1U, Lunasonde, USA) (hosted) Triton-X (LuxSpace) FOSSA Deployer (8P capacity) ?Commission Vigoride. Release everything but TROOP-F2. Commission Triton-X. Release TROOP-F2 and conduct prox ops.
The MuSats are planned to be launched as secondary payloads on SpaceX Falcon9 Transporter ride-share missions. MuSat-2 is planned to be launched in October of 2023 on Transporter 9 and MuSat-3 is planned for mid-2024 on Transporter 11....The MuSat satellites are demonstration spacecraft with two primary goals. The first goal is to demonstrate and validate the on-orbit performance of Muon Space’s in-house avionics suite. The second goal is to provide validation and early commercial data from GNSS occultation and reflectometry payloads as well additional payloads that will be hosted on the spacecraft....LTDN 10:30 (T9) 13:00-15:00 (T11)...The MuSat satellites have external dimensions of 0.752m x 1.206m x 0.864m, both stowed anddeployed, as the system contains no deployables. The spacecraft mass at launch is estimatedto be 67.4kg, and as there are no consumables or separable hardware, this will effectivelyremain constant over the lifetime of the mission.
Umbra under the DARPA contract will demonstrate a technique known as bistatic collection. Monostatic SAR imaging is done with a single radar that has the transmitter and receiver collocated. Bistatic imaging uses two radars, one that transmits and receives, and the other that only receives. “We plan to build out the remainder of our constellation with pairs of satellites flying in tight formation to support bistatic collection and other combined operations that provide unique phenomenology,” he said.
https://www.albaorbital.com/spacein-malaysia-launchSpaceIn Signs Rideshare Agreement with Alba Orbital to Launch IoT Picosatellite Mission in Q4 2023 MALAYSIAN NEW-SPACE STARTUP TEAM UP WITH ALBA ORBITAL TO LAUNCH MALAYSIA’S 1ST POCKETQUBE VIA SPACEX IN 2023 AS AN IN-ORBIT TECH DEMO FOR IOT CONSTELLATION. Glasgow, UK – May 30, 2023 – Alba Orbital, the leading provider of PocketQube satellite launch services, today announced that SpaceIn Sdn Bhd, a spin-off company of Universiti Sains Malaysia specializing in satellite IoT services has signed a launch services agreement to launch to an in-orbit tech demonstration mission for an IoT picosatellite constellation. Space ANT-D is the first Malaysian PocketQube and will be flying on board SpaceX’s Falcon 9 Rocket in Q4 2023.SpaceANT is a 1P PocketQube satellite that’s no bigger than a rubik’s cube, measuring at just 5x5x5 cm and weighing under 250g. The launch in Q4 2023 is set to be a technology demonstration of this concept, with SpaceIn planning to launch an IoT constellation in the near future. The satellite’s namesake ‘SpaceANT’ stands for “Space Advance Network Technology”, and is a reference to both the satellite’s size and capability.<snip>
https://twitter.com/AlbaOrbital/status/1663462828374622208QuoteAlba Orbital @AlbaOrbitalWe're thrilled to announce SpaceIn as a rideshare customer on our upcoming SpaceX flight in Q4 2023▶️https://albaorbital.com/spacein-malaysia-launchTogether we'll be flying 'SpaceANT-D' - a 1p Internet of Things (IoT) tech demo mission and Malaysia's very 1st PocketQube to be deployed on-orbit 🇲🇾🛰️
Alba Orbital @AlbaOrbitalWe're thrilled to announce SpaceIn as a rideshare customer on our upcoming SpaceX flight in Q4 2023▶️https://albaorbital.com/spacein-malaysia-launchTogether we'll be flying 'SpaceANT-D' - a 1p Internet of Things (IoT) tech demo mission and Malaysia's very 1st PocketQube to be deployed on-orbit 🇲🇾🛰️
Really excited for all of our friends going up on SpaceX #Transporter-8 today! Rogue Space Systems Corporation has been rebooked on #Transporter-9 due to launch NET October 2023. See our post on LinkedIn for more info! https://linkedin.com/feed/update/urn:li:activity:7074084362756968449
https://twitter.com/RogueSpaceCorp/status/1668321065918160896QuoteReally excited for all of our friends going up on SpaceX #Transporter-8 today! Rogue Space Systems Corporation has been rebooked on #Transporter-9 due to launch NET October 2023. See our post on LinkedIn for more info! https://linkedin.com/feed/update/urn:li:activity:7074084362756968449
We want to send congratulations to all aboard @SpaceX Transporter 8 launching this afternoon! The IVO Quantum Drive mission has been rebooked on @SpaceX Transporter 9 due to launch October of this year. We want to extend a massive thank you to @RogueSpaceCorp and their partners for their attention to detail and drive to change the world.
Outpost requests authority to launch and operate one NGSO 3U cubesatellite Outpost Mission 2. Mission 2 mirrors the recently authorized Outpost mission, except for the name (Mission 2 instead of Mission 0) and addition of two gas generators.A thermal protection system is required to protect spacecraft on reentry to celestial bodies withatmospheres. NASA's hypersonic inflatable aerodynamic decelerator (“HIAD”) is one suchsystem being developing for missions to planets and moons with atmospheres as well as returningpayloads to Earth. To support such government and commercial deployments, Outpost isdeveloping GasPak, a low mass, low temperature, and clean gas generator that would inflateHIADs and similar reentry-aiding hardware. Mission 2 will carry and, once on orbit, attempt tostart two nitrogen-producing gas generators.Mission 2 will not attempt any reusable reentry. It will only trial the flight software,avionics, power system, radiofrequency links, and gas generators that could support future reusablesatellites.Anticipated launch vehicle and site: Exolaunch deployer on Transporter 9 launch onboard SpaceX Falcon9 from Cape Canaveral, FloridaProposed launch date: no earlier than October 1, 2023Launch and deployment profile: delivered to circular sun-synchronous, low-Earth Orbit (LEO) with anominal altitude of 525 km ±20 km altitude and MLTDN 10:30 + 60 minTotal mass at launch: approximately 4.353 kg
ISILaunch Kanyini (6U, Myriota et al., Australia) SpIRIT (6U, U. of Melbourne, Australia)
https://spacenews.com/true-anomaly-to-pursue-military-contracts-for-virtual-live-training-tech/QuoteThe on-orbit range will use the company’s Jackal small satellites. The first two are scheduled to launch to low Earth orbit in February on the SpaceX Transporter-10 rideshare.
The on-orbit range will use the company’s Jackal small satellites. The first two are scheduled to launch to low Earth orbit in February on the SpaceX Transporter-10 rideshare.
Odyssey SpaceWorks requests authority to launch and operate one non-geostationaryorbit satellite, OSW Cazorla. The requested licensing issue date is August 20, 2023given current launch service provider requirements for the Transporter-9 mission.The goal is to monitor and measure the growth andeffectiveness of fruit fly protein cells in LEO gravity compared to an Earth-basedidentical experiment. It will help determine cell culture production feasibility in spaceand could serve as a proof point for off-world pharmaceutical production.The OSW Cazorla satellite is based on the EnduroSat 3U cubesat.
Looks like 2 rideshares announced for H-3 test flight 2 just nowTIRSAT, a 3U sat, and CE-SAT-1E (previously rumored to have been scheduled to ride SpaceX Transporter 9 along with it's sister sat CE-SAT-1D)https://news.yahoo.co.jp/byline/akiyamaayano/20230627-00355449 [Jun 27]