The Exploration Company advances Nyx parachute recovery

Date:
Thu, 04 Jun 2026 11:09:00 +0000

Description:
The Exploration Company (TEC), developing the reusable Nyx spacecraft, has taken a significant step forward The post The Exploration Company advances
Nyx parachute recovery appeared first on NASASpaceFlight.com .

FULL STORY ======================================================================

The Exploration Company (TEC), developing the reusable Nyx spacecraft, has taken a significant step forward in its recovery system development. The company completed a dedicated drop test of the Nyx parachute system in the Mojave Desert, California, validating the critical transition from drogue to main parachutes.

This test marks another milestone in TECs push to create an affordable, reusable cargo vehicle capable of servicing low Earth orbit (LEO) space stations and, eventually, supporting more ambitious lunar operations.



Nyx, a modular spacecraft roughly four meters in diameter and designed for launcher-agnostic operations, aims to carry up to 4,000 kg of payload to
orbit and return substantial cargo to Earth via splashdown.

With a targeted first full demonstration flight to the International Space Station around 2028, TEC is working to methodically reduce risks through a series of focused ground and flight tests. Parachute recovery remains one of the most demanding aspects of spacecraft design, particularly for capsules returning from orbit.

The sequencedrogue deployment for initial stabilization followed by main parachute handovermust occur reliably under dynamic conditions to ensure safe descent and landing. Failures or off-nominal behavior in this phase have doomed or complicated past missions, making dedicated testing essential.

For this campaign, TEC employed a purpose-built Drop Test Vehicle (DTV)
rather than a full spacecraft mockup. The DTV replicated the Nyx capsules key mass properties, aerodynamic profile, and structural interfaces while incorporating a robust internal structure and sacrificial outer panels. This approach, also seen during the early Orion chute testing milestones, allowed engineers to zero in on the recovery system deployment in the correct sequence, at the right timings, and with the expected vehicle dynamics.

Although Nyx is ultimately designed for ocean splashdowns, the team deliberately chose a land drop zone in the Mojave. This simplified logistics, enabled rapid recovery of the test article and instrumentation, and allowed quicker data analysispriorities for an agile development program.

Previous tests, including water-impact campaigns earlier in 2026, have
already addressed splashdown dynamics with subscale models.

TEC partnered with Airborne Systems, a leader in aerospace parachutes with a track record across defense and space programs, to develop the system. The parachutes and associated instrumentation met full flight-relevant standards, while other DTV components leveraged specialist partners for faster design
and manufacturing cycles.

The company, founded in 2021 by Hlne Huby and a team of experienced engineers from Airbus and ArianeGroup, has grown rapidly to around 400 employees.
Backed by significant European venture funding and supported by the French
and German governments.

Nyx uses green propellants, is designed for multiple reuses, and can be refueled in orbit, aiming to be a competitive alternative or complement to existing cargo vehicles like SpaceXs Dragon or Northrop Grummans Cygnus, potentially lowering costs for station resupply and enabling new commercial opportunities.

On test day, a helicopter lifted the DTV to approximately 9,100 feet (2.8 km) before release over the designated drop zone. The sequence unfolded as planned, with static-line deployment of the drogue parachutes for stabilization, timed transition to the main parachutes, and a controlled descent under the full canopy system. Extensive instrumentation captured deployment timings, loads, vehicle attitudes, and dynamics throughout.
Initial post-test analysis confirmed nominal extraction and handover. Vehicle behavior aligned with pre-test predictions for the DTVs mass and inertia characteristics.

While this was a subscale-focused test, the data will directly inform subsequent parachute qualification efforts and full-scale Nyx development.
TEC has already conducted vibration testing on Nyx models, water-impact trials, and a subscale Mission Possible reentry demonstration in 2025 that achieved partial success on reentry despite recovery challenges.

(Lead Image and photos: The Exploration Company).



The post The Exploration Company advances Nyx parachute recovery appeared first on NASASpaceFlight.com .



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Link to news story: https://www.nasaspaceflight.com/2026/06/the-exploration-company-nyx-parachute- recovery/


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