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Momentus Vigoride — FO's Orbital Testbed Platform

How the Flight Opportunities program deploys technologies to orbit via a commercial orbital service vehicle.

Created: Session 73, 2026-04-07
Last updated: Session 74, 2026-04-07

Key Finding

The FO program has evolved from a purely suborbital demonstration program to one that also funds orbital demonstrations via hosted payloads on Momentus Vigoride orbital service vehicles. At least 4 FO-connected technologies have flown or are manifested on Vigoride missions, and NASA Armstrong (FO's managing center) has awarded $8.2M+ in contracts to Momentus for payload hosting. This represents a structural shift in how FO matures technologies beyond suborbital — not through dedicated missions but through ride-along on a commercial orbital transfer vehicle.

Critical risk: Momentus (MNTS) faces severe financial distress — 75% bankruptcy probability, Nasdaq delisting notice (Sep 2024), and a 1:17.85 reverse stock split (Dec 2025). If Momentus folds, NASA loses its primary orbital hosting partner for TechLeap payloads. The flight data from Vigoride 7 is already collected, but future missions (COSMIC, Juno RDRE) are at risk.

Vigoride 7 — Launched April 1, 2026 (Transporter-16)

The Vigoride 7 mission carried 10 payloads from government and commercial customers. Two are directly FO-connected:

Payload Organization FO Project Technology FO Connection
EPIC PPU CisLunar Industries 184141 Modular power processing unit for ISAM/propulsion FO parabolic → orbital demo
Deke Space Communicator Solstar Space 91329 Always-on WiFi gateway for spacecraft FO suborbital → orbital demo
Podracer IR Imaging Orbit Fab — Space domain awareness / threat detection No FO connection
Flight Computer Demo Portal Space Systems — Autonomous spacecraft computing/avionics (Supernova platform) No FO connection
Clustergate-2 DPhi Space — CPU/FPGA/GPU edge computing testbed No FO connection
DARPA payload(s) DARPA — Autonomous RPO, in-space assembly No FO connection
Space Force payload(s) USSF — Classified/unspecified No FO connection
AFRL payload(s) AFRL — Unspecified No FO connection

Platform specs: >300 kg payload capacity, up to 3 kW peak onboard power.

CisLunar (EPIC): Pivoted from metal processing (SMPS, 158519) to power electronics. The EPIC PPU — derived from FO project 184141 MCEPC — is now CisLunar's lead commercial product. See organizations/cislunar-industries.md.

Solstar (Deke): Validated commercial WiFi in orbit via $15M three-year strategic agreement with Momentus. Solar array deployed, powered up, initial checkout positive. See organizations/solstar-space.md.

Future Vigoride Missions — TechLeap Prize Winners (NET Oct 2026)

Two NASA TechLeap Space Technology Payload Challenge winners have been awarded Momentus hosting contracts:

Payload Organization FO Project NASA Contract to Momentus Technology
COSMIC SpaceWorks + Astral Materials 184152 $5.15M (80AFRC25FA053) Microgravity silicon crystal manufacturing in RED reentry capsule
Juno RDRE Juno Propulsion 184154 $2.09M (80AFRC25FA063) Rotating detonation rocket engine with green propellants

Both contracts run through April 2028. Both were awarded September 2025 via NASA Armstrong (the FO managing center). The payloads are planned to fly together on a single Vigoride mission, NET October 2026 — though slippage to 2027 is possible.

COSMIC is the third SpaceWorks FO project (94161, 106674, 184152) — this one combines SpaceWorks' RED reentry capsule with Astral Materials' crystal growth platform. TRL target: 3→8. See organizations/spaceworks-tva.md.

Juno RDRE is a first-of-kind: a rotating detonation engine firing in orbit. Green propellants (ethane + N₂O) eliminate hydrazine. See organizations/juno-propulsion.md.

The Pattern: FO → TechLeap → Momentus → Orbit

The structural insight is the pipeline:

Parabolic/suborbital flight test (FO)
    → TechLeap Prize competition ($500K prizes)
        → NASA Armstrong hosting contract (to Momentus)
            → Orbital demonstration (Vigoride)

This pipeline extends FO's reach from suborbital-only to orbital demonstration without NASA building or operating its own orbital testbed. Momentus provides the bus; FO provides the payloads; TechLeap provides the competition mechanism.

TechLeap Space Technology Payload Challenge — All 10 Winners (Jun 2025)

Winner Technology Has FO TechPort Record?
SpaceWorks (COSMIC) Microgravity silicon crystal manufacturing Yes — 184152
Juno Propulsion Rotating detonation rocket engine Yes — 184154
Carthage College Microgravity Ullage Trapping (MUTT) Yes — 184147
Ecoatoms HERMES automated genetic extraction Yes — 184148
Aerofly LLC Rego-LIFT regolith conveyance for O₂ ISRU Yes — 184145
Ambrosia Space Cell separation centrifuge for crewed missions Yes — 184146
Guinn Partners IMPRESS iterative Mars penetrator Yes — 184149
Helogen Corporation CELS cellular experiment lab Yes — 184150
Space Dust R&T Electron beam dust mitigation (EBDM) Yes — 184151
UTSA e5 Lab MARS-C atmospheric reactor for consumables Yes — 184153

All 10 TechLeap winners have FO TechPort records (confirmed Session 74). This confirms the FO→TechLeap pipeline is fully intentional — every TechLeap winner gets a TechPort project.

Of the 10 winners, only SpaceWorks and Juno have confirmed Momentus hosting contracts so far. The other 8 are scheduled for parabolic/suborbital flights rather than orbital demonstrations.

TechLeap Winner Profiles (Session 74)

The 10 winners span a remarkable diversity of technology domains and organization types:

Winner Type Prior flight heritage Assessment
SpaceWorks (COSMIC) Industry, 3rd FO project Suborbital Established FO performer
Juno Propulsion Startup None Early-stage, $3.3M total
Carthage College (MUTT) Academia 7 FO flights Deep FO heritage, pivoting tech
Ecoatoms (HERMES) Startup 3 flights (2023-2025) Rapid cadence, orbital-capable
Helogen (CELS) Startup Orbital (2023) Most advanced — flight heritage, Starlab deal
Ambrosia Space Startup None Earliest-stage, $179K total
AeroFly (Rego-LIFT) Univ spinout None SBIR Phase II, $1.2M
Space Dust R&T (EBDM) Univ spinout None Deep academic base, Artemis IV
Guinn Partners (IMPRESS) Product eng firm None Most unconventional — 40+ person firm, $3K/probe
UTSA/SwRI (MARS-C) Academia + FFRDC None Strongest IP — 44 pubs, 13 patents

Momentus Financial Profile

NASA Contracts (all via Armstrong = FO program)

Award ID Amount Description Period
80AFRC25FA053 $5.15M COSMIC payload hosting 2025-09 → 2028-04
80AFRC25FA063 $2.09M Juno RDRE payload hosting 2025-09 → 2028-04
80AFRC25FA059 $395.8K Solar sail mission concepts 2025-09 → 2026-03
80AFRC24FA021 $340.9K Minimum guaranteed 2024-03 → 2026-05
80AFRC25FA041 $107.6K Foundational robots mission concepts 2025-06 → 2025-07
80KSC020P0022 $84.0K TROPICS Pathfinder support 2020-07 → 2023-09
80KSC024FA088 $5.0K VADR umbrella task order 2024-08 → 2027-02
Total NASA $8.17M

DoD Contracts

Award ID Amount Agency Description
FA254125CB052 $1.86M USAF SpaceWERX Space sustainment & maneuver framework
FA864920P0158 $50.0K AFRL SpaceWERX Dual-purpose tech (2019)
Total DoD $1.91M

Commercial Revenue

  • Solstar $15M deal (Oct 2025): three-year reciprocal services — Solstar provides comms, Momentus provides logistics/deployment
  • Additional payload hosting fees from Orbit Fab, Portal Space, DPhi, and others (amounts not public)

Financial Distress

Indicator Status
Bankruptcy probability 75% (Macroaxis)
Nasdaq delisting notice Sep 2024
Reverse stock split 1:17.85 (Dec 2025)
Stock price ~$12.86 (Jan 2026, post-split)
Operating margin -2,439% (reported)

Impact on FO: If Momentus folds before the COSMIC/Juno missions fly, NASA loses ~$7.2M in hosting contracts and the FO→orbital pipeline needs a new host platform (candidates: Impulse Space, Rocket Lab, York Space). The Vigoride 7 payloads (CisLunar, Solstar) have already collected their flight data — that value is banked regardless.

Implications for FO Portfolio Tracking

  1. Search by host, not performer. The $2.09M Juno RDRE contract was awarded to Momentus, not Juno — making it invisible in Juno-specific USASpending searches. Any FO company using Momentus as a host will have the hosting contract under Momentus' name. This is a systematic search blind spot.

  2. FO's orbital capability is newer than it looks. The program has historically been associated with suborbital (parabolic flights, sounding rockets, New Shepard). The Momentus contracts mark FO's expansion to orbital demonstrations — a significant program evolution.

  3. TechLeap is the orbital on-ramp. The TechLeap Prize competition serves as the selection mechanism for which FO technologies get orbital hosting. The prize itself ($500K) is small, but the follow-on hosting contract ($2–5M) is the real prize.

  4. Concentration risk. FO's entire orbital hosting capability currently flows through one company (Momentus) with a 75% bankruptcy probability. Diversification to other orbital service vehicles would reduce this single-point-of-failure risk.