Applications · Aerospace & defense

The one verified customer is NASA.

A Polymagnet twist-release flew on NASA Armstrong’s Prandtl-M glider release — five successful releases across 2021–22 test campaigns. It is the single deployment of a correlation-coded magnet we can independently verify, and it is a good one: release mechanisms are aerospace’s hard problem.

Aerospace wants exactly what coded magnets sell — no-moving-part mechanisms, no lubricants, no pyrotechnics, function that survives vibration — and it is also the industry most allergic to unproven parts. That tension defines this dossier. One honest note up front: polymagnet.com displays NASA, Tesla, Home Depot, US Navy and Missile Defense logos; only NASA is verified, and we treat the rest as unconfirmed marketing.

EVIDENCE TAGS:shipping — confirmed in productsdemonstrated — trials/demosillustrative — plausible, not confirmed

NASA Prandtl-M: the twist-release that flew

demonstrated · flight

NASA Armstrong’s Prandtl-M — a Mars-airplane precursor glider — needed a release that held firmly through carriage and let go cleanly on command. A Polymagnet twist-release did it: tests in December 2021 and September 2022, five successful releases. Attach hard, twist, and the same faces eject the payload.

Why coded · The twist-release curve — 49 N hold to 57 N push-off in 20° — is a pyro-free, spring-free separation mechanism in one passive part.

Astroscale ELSA-d: magnetic capture in space

demonstrated · orbit

Astroscale’s ELSA-d mission repeatedly captured and released a client satellite in orbit using a magnetic docking plate — the debris-servicing use case rehearsed for real. Magnetic capture tolerates approach error in a way mechanical latches cannot.

Electropermanent CubeSat docking & AAReST

demonstrated · research

University and agency programs (including the AAReST reconfigurable-telescope concept) have demonstrated electropermanent magnetic docking for small spacecraft — hold with no power, release on a pulse, self-align on approach.

Halbach machines for electric flight

demonstrated / patented

Halbach-array motor topologies for electric aircraft are an active patent and demonstrator space (e.g. USPTO 11,777,349) — the flux-focusing end of engineered magnetization chasing power density.

Magnetic cleanliness

illustrative

Magnetically sensitive spacecraft budgets every stray dipole on board — a documented, expensive discipline. A fastener whose field is near zero millimetres away is an obvious candidate; actual coded-magnet insertion into a magnetics-budgeted platform is not confirmed.

Tool-less panel attach under vibration

illustrative

Access panels that align, latch and twist free without fasteners or FOD-risk hardware. Maps directly onto shipping catalog functions; no confirmed aerospace adoption.

Behaviors at work here: Twist-release · Contain field · Align — open each in the explorer for mechanism and numbers.

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