One of those experiments is Mandrake 2 — a pair of small spacecraft equipped with optical crosslinks that was scheduled to launch Jan. 24 on SpaceX’s massive rideshare Transporter-1. The satellites were accidentally damaged during payload processing and didn’t make the launch. They are now being repaired and will fly to orbit this summer on SpaceX’s next rideshare mission Transporter-2, said Derek Tournear, director of the Defense Department’s Space Development Agency....Also expected to ride to space on Transporter-2 is an SDA optical crosslink demonstration with two satellites made by General Atomics, Tournear said.
The 9 Alba PocketQubes are:DelfiPQGrizu-263aTRSI-2HadesEASat-2SATTLA-2Unicorn 1, 2A, & 2DAccording to https://www.albaorbital.com/integration
Quote from: Jrcraft on 02/12/2021 03:54 amThe 9 Alba PocketQubes are:DelfiPQGrizu-263aTRSI-2HadesEASat-2SATTLA-2Unicorn 1, 2A, & 2DAccording to https://www.albaorbital.com/integrationLet the fun begin. Those listed sats would fill three PocketQube deployers. They don't include Challenger, the paperwork for which mentioned being on the Momentus port for this launch. The Momentus ODAR says there are no PocketQubes on the Vigoride and there are three PocketQube deployers on the Plaza Deck.
edit: If Vigoride-2 is also on this flight then it would solve the problem.
Momentus Inc. (“Momentus”) submits an updated orbital debris assessment report (“ODAR”) and ownership exhibit. In relevant part, the ODAR reflects changes in:• VR-2’s scheduled launch date from February 2021 to June 2021;VR-2 includes a primary and a secondary structural assembly with: Propellant Tanks, MET, Reaction Control System thrusters, Solar Array Assemblies, a launch vehicle separation ring, two ISIS 12U cubesat deployers, three 12U cubesat deployer mass dummies, one 3U cubesat deployer, and two PocketPod deployers.
Quote from: Jrcraft on 02/12/2021 03:54 amThe 9 Alba PocketQubes are:DelfiPQGrizu-263aTRSI-2HadesEASat-2SATTLA-2Unicorn 1, 2A, & 2DAccording to https://www.albaorbital.com/integrationLet the fun begin. Those listed sats would fill three of Alba Orbital's 6P PocketQube deployers. They don't include Challenger, the paperwork for which mentioned being on the Momentus port for this launch. The Momentus ODAR for Vigoride-1 says there are no PocketQubes on the Vigoride and there are three PocketQube deployers on the Plaza Deck.edit: If Vigoride-2 is also on this flight then it would solve the problem.
Expected Launch Site: Cape Canaveral Space Launch Complex (SLC-40 or SLCE-4E).
Vigoride-2 Two ISIS 12U quadpack deployers used for 10 Momentus payloads - 3U deployer from New Production Concept, Italy ? Fossa (2x 8P PocketQube deployers) CSHARKPILOT-1(FOSSASAT-2E) (2P) (CShark, Italy) LAIKA(FOSSASAT-2B) (2P) (porkchop, Sweden) Challenger (3P) (Mini-Cubes, US) SanoSat-1 (1P) (ORIONSpace, Nepal) TRSI3 (1P) Canary Hatchling (1P) (Care Weather, US) FOSSASAT-2C,2D,2F (3x 2P)
Exolaunch (~30 sats)...Loft Orbital YAM-3 satellite
Satellogic (x4)
Kuwait’s first nanosatellite – QMR-KWT – is currently undergoing functional tests in Sofia, Bulgaria, overseen by mission contractor Dubai-based Orbital Space, ahead of the nanosatellite’s scheduled launch later this year....The 1U CubeSat is due to launch into space from the United States as part of a second Momentus Vigoride demo mission payload aboard a SpaceX Falcon 9 rocket in June 2021.
Space AI SAI-2 6U cubesat0173-EX-CN-2021
The experimental SAI-2 mission are free flying mission and is schedule to flight by end of June 2021
In June 2021, PlanetiQ launches their next GNSS Navigation and Occultation Measurement Satellite (GNOMES) on the Transporter 2 launch out of Cape Canaveral.
And finally, some payloads were scheduled to launch on Transporter-1 but didn't make it in the end. So some of those could have been moved to Transporter-2 also:GNOMES-2CPOD A+BLINCS A+BADELIS-SAMSON (3 sats)Landmapper-Demo6+Demo7Umbra-2001
Spaceflight Inc. submitted FCC paperwork for this flight. They have two Sherpas, Sherpa-FX2 and Sherpa-LTE1. Both will deploy their customer payloads shortly after separating from the second stage. LTE-1 will then test the new attitude control, UHF communications, power, and electric propulsion systems over the next several months while lowering its orbit to 350km.SAT-STA-20210205-00017 Sherpa-FX2 Astrocast (x5) (cubesat, prop) Spire LEMUR (x4) (cubesat, no prop) Hawkeye 360 Hawk (x3) (microsatellite, prop) Lynk Lynk-06 (microsatellite, no prop) Swarm SpaceBEE (x12) (.25U cubesat, four have prop) (hosted payload) SOARS (KeplarianTech, Tiger Innovations) (hosted payload) TagSat-2 (NearSpace Launch) (hosted payload) NFB-4 (Stellar Exploration) Sherpa-LTE1 AstroDigital Shasta (microsatellite, no prop) Kleos KSM-2 (x5) (cubesat, prop) InSpace Faraday Phoenix (cubesat, no prop) OQTech Tiger-2 (cubesat, no prop) U. of Toronto HERON MkII (cubesat, no prop) CISESE PAINANI-II (cubesat, no prop) Aerospacelab ARTHUR-1 (cubesat, prop) Hawkeye 360 Hawk (x3) (microsatellite, prop) Backup payload: Orbit Fab Tenzing (microsatellite)