Stereo imaging of engine plume interaction with regolith during descent/landing to improve models for multi-lander operations and landing pads. · IM-6 (Moon Base CS-8) · NET ~2028 (CS-8 Moon Base)
Stereo imaging of engine plume interaction with regolith during descent/landing to improve models for multi-lander operations and landing pads. · Blue Ghost Mission 5 (Moon Base CS-8) · NET ~2028 (CS-8 Moon Base)
Stereo imaging of engine plume interaction with regolith during descent/landing to improve models for multi-lander operations and landing pads. · Peregrine Mission 2 (Moon Base CS-8) · NET ~2028 (CS-8 Moon Base)
Stereo imaging of engine plume interaction with regolith during descent/landing to improve models for multi-lander operations and landing pads. · Peregrine Mission 3 (Moon Base CS-8) · NET ~2028-2029 (CS-8 Moon Base)
Stereo imaging of engine plume interaction with regolith during descent/landing to improve models for multi-lander operations and landing pads. · Blue Ghost Mission 4 · NET ~2029
Stereo imaging of engine plume interaction with regolith during descent/landing to improve models for multi-lander operations and landing pads. · IM-5 Nova-D · NET ~2030 class
Connecticut / NASA Artemis I supplier spotlight names The Lee Company for plugs, valves, safety screens, restrictors, and flow fuses on the Artemis I stack.
Bally Ribbon Mills weaves 3D orthogonally woven 3DMAT quartz preforms for Orion compression pads - the crew-module / service-module interface that also ablates.
Kirkhill manufactures erosion-resistant rubber insulation applied at critical areas on SLS solid rocket boosters and the launch abort system (NASA CA Artemis.
Click Bond adhesive-bonded fasteners used on SLS to mount systems/components without drilling critical structure (Artemis II multi-source industrial path.
Metalex Manufacturing (Cincinnati) provides precision machining, fabrication, and assembly for SLS, including a large titanium 4-port manifold (NASA OSBP SLS.
ArianeGroup GmbH supplied main biprop thruster, assist thrusters, hydrazine RCS thrusters, and final AIT at Lampoldshausen for ispace Hakuto-R Series 1 landers.
Godrej Aerospace manufactured thrusters used on Chandrayaan-3 spacecraft path including Vikram lander descent thrusters (company officials on record) plus LVM3.
Walchandnagar Industries manufactured and proof-pressure-tested the 3.2 m S200 head-end, middle, and nozzle-end booster segments for LVM3-M4, plus flex-nozzle.
Astrobotic designed and built the Peregrine lander in Pittsburgh, including structure, avionics integration, and assembly for Mission One and later vehicles.
Xometry CNC-machined primer-coated titanium spool fittings that bind Odysseus honeycomb panels (IM: hundreds on the vehicle) plus a CNC landing-gear plate.
Castheon (ADDMAN) refractory additive manufacturing of Firefly Spectre RCS thruster hardware (C-103-class) for Blue Ghost M1 - process shop under Firefly RCS.
HILLTOP machines metal parts for RESILIENCE lander and TENACIOUS rover flight hardware on HAKUTO-R Mission 2 (ispace partner highlight + HILLTOP program note).
Marotta Controls fill/drain (FDV060) and latching isolation (MV130HLT-L CoRe) valves on Blue Ghost M1 propulsion fluid system - flight debut on soft-landing.
NASA + Northrop Grumman multi-source: three Lunar Infrastructure Demo payloads (LID-1, LID-2, LID-3) - HALO-derived surface power and avionics for night.
Public HLS descriptions include surface access hardware (elevator-class path) to move crew and cargo between the tall Starship cabin and the lunar surface.
SpaceX builds the Starship HLS docking adapter from the flight-proven Dragon 2 active system, made androgynous so HLS can chase or be chased (Orion on Artemis.
Public SpaceX/NASA HLS milestones include full-scale cabin environmental control and life support / thermal control demonstrations (O2/N2 injection, air.
TTTech Aerospace provides TTEthernet networking and computing for Gateway: HALO/PPE with Northrop/Beyond Gravity, and I-Hab/Lunar View with Thales Alenia Space.
Thales Alenia Space Turin designs and manufactures HALO's pressurized primary structure, hatches, part of the meteoroid protection, and the NASA docking-system.
The Lee Company markets miniature check, relief, solenoid, shut-off, fill/drain valves, flow restrictors, and safety screen filters for rocket, spacecraft,.
VACCO Industries markets thruster valves, latch/isolation valves, regulators, filters, and CubeSat/micro propulsion feed systems for satellite and exploration.
Blue Canyon Technologies markets integrated attitude determination and control systems (XACT-15/50/100 and FleXcore) with stellar-based pointing software.
Flights
Beresheet2019-02-22 · SpaceIL / IAI Beresheet - private/national hybrid soft-landing attempt.Chang'e-52020-11-23 · CNSA national lunar sample-return (near side).Artemis I2022-11-16 · First integrated Artemis flight test: uncrewed SLS Block 1 + Orion.Hakuto-R Mission 12022-12-11 · Private Japanese lander.Chandrayaan-32023-07-14 · ISRO national soft-landing mission near lunar south polar highlands.SLIM2023-09-07 · JAXA SLIM precision soft-landing demo.Peregrine Mission One2024-01-08 · First CLPS launch.IM-1 Odysseus2024-02-15 · IM-1 Odysseus (TO2-IM): first commercial soft landing (Feb 2024).Hakuto-R Mission 2 Resilience2025-01-15 · Commercial payloads ~$16M.Blue Ghost Mission 12025-01-15 · Firefly Blue Ghost Mission 1 (TO19D ~$93.3M): Falcon 9 launch 2025-01-15 · soft landing (upright) Mare Crisium 2025-03-02 · all 10 NASA.IM-2 Athena2025-02-27 · IM-2 Athena (PRIME-1 path): south polar attempt (Mar 2025).Artemis II2026-04-01 · First crewed Artemis flight: SLS + Orion lunar flyby.IM-3 TrinityNET H2 2026 · Intuitive Machines IM-3 (CLPS CP-11): Nova-C Trinity - NASA Moon Base III.Griffin-1 (Moon Base II)NET late 2026 · Astrobotic / Voyager Lunar Systems Griffin Mission One - NASA Moon Base II.Blue Moon MK1 Endurance (Moon Base I)NET fall 2026 · Blue Origin Blue Moon Mark 1 Endurance - NASA Moon Base I.Blue Ghost Mission 2NET 2027 · Firefly Blue Ghost Mission 2 (CS-3 ~$112M, charter-bg2): planned far-side dual-stack (Blue Ghost stacked on Elytra Dark + ESA Lunar.CX-2 Lunar Terrain Vehicle DeliveryNET late 2020s (schedule TBD) · NASA CX-2 CLPS path for Lunar Terrain Vehicle (LTV) delivery architecture (exploration-led).IM-4NET ~2027 · Six NASA science payloads to Mons Mouton / south polar highlands.Artemis IIINET 2027 · First crewed Artemis lunar landing architecture (SLS + Orion + HLS).VIPER on Blue Moon (CS-7)NET late 2027 (contingent) · VIPER polar rover on second Blue Moon MK1 (CS-7).Starship Lunar Cargo (HLS path)NET late 2020s-2030s (HLS path) · SpaceX Starship lunar architecture: NASA HLS crew lander path (Option A/B) plus heavy cargo configurations.Blue Ghost Mission 5 (Moon Base CS-8)NET ~2028 (CS-8 Moon Base) · 2028 Moon Base batch Firefly delivery.IM-6 (Moon Base CS-8)NET ~2028 (CS-8 Moon Base) · 2028 Moon Base batch.Peregrine Mission 3 (Moon Base CS-8)NET ~2028-2029 (CS-8 Moon Base) · Astrobotic Peregrine Mission 3 under NASA Moon Base / CS-8 batch.Peregrine Mission 2 (Moon Base CS-8)NET ~2028 (CS-8 Moon Base) · Astrobotic Peregrine Mission 2 under NASA Moon Base / CS-8 batch (public award packaging).Blue Ghost Mission 3NET ~2028 · Six NASA science payloads to Gruithuisen Domes.MoonFallNET 2028 · NASA JPL MoonFall - four propulsive hop drones survey the lunar south pole.Artemis IVNET 2028 · National crewed lunar landing architecture after Artemis III.Blue Ghost Mission 4NET ~2029 · South-pole CLPS with multiple rovers (MoonRanger, CSA path) and instruments.IM-5 Nova-DNET ~2030 class · First cargo-class Nova-D CLPS.Artemis VNET ~2030 class · NASA names Artemis V as the flight that delivers ESA Lunar View to Gateway and flies the third crewed lunar surface expedition.CP-12 Draper / ispace APEXCancelled · Draper APEX 1.0 far-side CLPS award (CP-12) - cancelled July 2026.