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Airborne Systems North America

Type: Large Defense/Aerospace Contractor
FO Project: 91422 — Guided Parafoil High Altitude Research
Period: 2013-06-01 – 2016-02-28
TRL: 4 → 6
PI: Allen Lowry
Outcome Category: Large contractor extends existing product line via FO
Downstream $: $350M+ DoD contracts + $14.57M NASA Orion (tracked)
Last updated: Session 76, 2026-04-07

What Was Tested

Airborne Systems conducted high-altitude drop tests of a ram-air parachute system with an advanced guidance and control system from Near Space Corporation's balloon platform at 35 km altitude. The goal was to extend guided airdrop capability to 50,000 ft+, nearly tripling the crossrange capability of existing JPADS systems.

TX: TX09.2.1 — Aerodynamic Decelerators

Company Background

Airborne Systems is the world's largest manufacturer of military parachute and precision airdrop systems. Key product lines: - JPADS (Joint Precision Airdrop System) — GPS-guided steerable parafoil for precise cargo delivery; fielded by US DoD and dozens of foreign militaries in configurations from 25 lbs to 10,000 lbs payloads. Tens of thousands of operational airdrop missions completed. - T-11 Personnel Parachute System — standard US Army round parachute - MC-6 Personnel Parachute System — maneuverable military parachute - RA-1 Military Free Fall System - Orion parachute recovery system — Airborne Systems manufactures the descent and landing parachutes for NASA's Orion crew capsule

The company has two divisions: CA Inc. (space/civil) and NJ Inc. (military parachute production). Both carry substantial DoD contracts.

FO Project Contribution

The FO project extended JPADS operation from ~15,000 ft to 50,000+ ft deployment altitude. This is significant because: 1. Higher altitude = longer glide path — nearly 3× the crossrange for precision delivery 2. Thin-atmosphere regime — ram-air parafoil performance in near-space conditions required validation (different aerodynamics, thermal behavior, guidance control response) 3. Dual-use validation — the same capability applies to space capsule recovery (deploying parachutes at higher altitude for a longer guided descent)

The FO project used NSC's Scientific Balloon System (SBS) platform at 35 km — a balloon platform that NSC itself had FO-funded (12460, now Aerostar).

Before FO: JPADS operational up to ~25,000 ft; FO data extended qualification to 50,000+ ft.
After FO: High-altitude JPADS variant development; Orion parachute contract.

Downstream Contracts

NASA — Orion Parachute Decelerator Subsystem (CPAS)

  • Award: 80LARC22CA008
  • Amount: $14.57M (updated Session 76; was $13.57M)
  • Agency: NASA Langley Research Center
  • Period: 2022-08-02 – 2027-04-30
  • Description: "Design, analysis, fabrication, testing, quality assurance, documentation, and delivery of a parachute decelerator subsystem that will offer the deceleration necessary to deliver the Orion crew module to safe landing speeds"
  • Connection to FO: Direct — high-altitude guided parafoil capability demonstrated in FO [91422] maps to Orion's descent profile
  • Artemis II (April 2026): Airborne Systems' CPAS parachutes are on the Artemis II mission, which launched April 1, 2026 — the first crewed lunar flyby since Apollo 17. Splashdown expected ~April 10, 2026. The Capsule Parachute Assembly System uses 2 drogue parachutes (slowing to ~480 km/h), 3 pilot parachutes, and 3 main parachutes (slowing to ~27 km/h). Parachute development testing was conducted at US Army Yuma Proving Ground (multiple developmental tests 2011-2018).
  • This makes Airborne Systems the only FO-connected company with hardware on a crewed lunar mission in 2026.

DoD — JPADS (Joint Precision Airdrop System)

Top visible contracts from USASpending (partial list): | Award | Amount | Agency | Description | |-------|--------|--------|-------------| | M0026422C0005 | $38.2M | US Navy | Training (24 students) | | W911QY21F0213 | $18.9M | US Army | T-11 System | | W911QY15C0112 | $17.4M | US Army | RA-1 Military Free Fall | | W911QY23F0146 | $16.1M | US Army | MC-6 System | | 0012 | $15.3M | US Army | RA-1 Systems (accelerated) | | W911QY24F0105 | $15.0M | US Army | T-11 System | | W911QY22F0132 | $13.6M | US Army | T-11 System | | W911QY22F0116 | $12.1M | US Army | MC-6 System | | 0022 | $11.6M | US Army | JPADS 2K Systems | | 0015 | $13.9M | US Army | JPADS 10K Systems |

New 2025-2026 contracts (Session 76 update): | Award | Amount | Agency | Description | |-------|--------|--------|-------------| | W911QY25FA015 | $11.38M | US Army | T-11 Systems | | W911QY22F0117 | $8.71M | US Army | Pack Tray Assembly | | W911QY25F0003 | $7.04M | US Army | 230 RA-1 Systems + Spares | | W911QY24F0100 | $7.01M | US Army | MC-6 System YR 4 | | W911QY25FA145 | $4.74M | US Army | RA-1 Spares | | W911QY26FA003 | $4.12M | US Army | T-11 Systems | | W911QY25F0081 | $3.35M | US Army | MC-6 FMS (Foreign Military Sale) | | W911QY26FA001 | $3.34M | US Army | FMS RA-1 Systems + Spares | | W911QY25F0073 | $3.25M | US Army | T-11 FMS |

Total visible DoD contracts (tracked): >$350M
Notable trend: FMS (Foreign Military Sales) contracts appearing in 2025-2026 — international sales of T-11, MC-6, and RA-1 systems. This confirms Airborne Systems' parachute product lines have global military customers, not just US DoD.

Note: Airborne Systems has been under continuous large DoD contracts since before the FO project. These contracts reflect the scale of the existing JPADS/parachute program, not a direct causal outcome of FO.

Attribution Analysis

Important nuance: Airborne Systems was already a $100M+/year defense contractor before the FO project. The FO project (2013–2016) contributed a specific capability extension — high-altitude JPADS — but did not enable the company's existence or its core product line.

FO's causal role is narrow but real: - Extended JPADS altitude qualification from ~25,000 ft to 50,000+ ft - Demonstrated high-altitude guidance/control performance - Provided a technical basis for the NASA Orion parachute work (large ram-air parafoil in thin atmosphere) - The $14.57M Orion LaRC contract (2022) is the most direct traceable NASA outcome - Artemis II (April 2026): Airborne Systems CPAS parachutes are actively flying on the first crewed Artemis mission — the highest-visibility FO-connected hardware in use today

What FO did NOT enable: Airborne Systems' primary business, the military JPADS product line, existed and was commercially successful independent of NASA FO funding.

Archetype: Large established contractor uses FO as a qualification test for a product extension.

Surprise Check

Expected: Defense/airdrop follow-on given military precision delivery market.
Found: Confirmed — massive JPADS portfolio already existed. FO extended altitude capability. The Orion connection was unexpected in scale ($13.57M contract with NASA LaRC). The JPADS 10K system contract ($13.9M) is from the same period, suggesting JPADS was operationally mature and FO was an engineering push.

Verdict: Low surprise — outcome matches expectation but dollar scale of existing portfolio was larger than anticipated.

Confidence

  • FO project extended JPADS to 50,000 ft: confirmed (FO project description explicit)
  • $13.57M NASA Orion contract: confirmed (USASpending 80LARC22CA008)
  • Orion contract is related to FO work: suggestive (same company, same technology domain, LA RC contract)
  • JPADS DoD contracts caused by FO: speculative (existing product, FO was additive)

Second FO Project: GPHAR II

FO Project: 93997 — Guided Parafoil High Altitude Research II
Period: 2017-09-28 – 2020-04-06
TRL: 4 → 5
PI: Garrett Dunker

GPHAR II extended the work of GPHAR I [91422]. Where GPHAR I validated parachute deployment at 35 km, GPHAR II pushed the altitude further — described as enabling "precision delivery or Mid-Air Retrieval of scientific payloads by increasing the cross-range ability of the gliding parafoil delivery parachute by opening the parafoil at a significantly higher altitude than is currently possible."

The project confirms that Airborne Systems treats FO as a sustained testing program, not a one-time experiment. The "Successful Second Flight" (September 2019, documented on Airborne Systems website) confirms at least one successful drop from extreme altitude.

Outcome: Incremental — TRL 4→5 extension of the GPHAR I capability. Same JPADS product line. Same company. The specific downstream contracts from GPHAR II are not separately distinguishable from GPHAR I outcomes.

Session 76 Update: Artemis II, New Contracts, FMS Expansion

Key updates

  1. Artemis II launched April 1, 2026 — Airborne Systems' CPAS parachutes are on the Orion spacecraft for the first crewed lunar flyby in 54 years. Splashdown expected ~April 10. This is the single highest-profile outcome of any FO-connected company.
  2. Orion contract increased to $14.57M (was $13.57M) — additional modifications since original tracking.
  3. 9 new DoD contracts tracked (2024-2026) totaling ~$52.9M — continuous production of T-11, MC-6, and RA-1 military parachute systems.
  4. Foreign Military Sales (FMS) contracts appearing — T-11, MC-6, and RA-1 sold to foreign militaries, indicating global market expansion of Airborne Systems' product lines.
  5. Total visible DoD contracts now >$350M (was >$250M).

Assessment update

Airborne Systems remains the clearest example of a large defense contractor using FO as an incremental test capability. The FO contribution (high-altitude parafoil qualification) is a small fraction of the company's business, but it connects to the most visible NASA program in 2026 — Artemis. When Orion splashes down under CPAS parachutes ~April 10, this becomes the only FO-connected technology successfully used on a crewed lunar mission.