// Test Automation for Space Hardware

Test automation first. Flight ready.

Environmental testing is the painful bottleneck of space hardware development — manual, capital-intensive, and capacity-constrained. Apogee Dynamics automates it: AI-designed fixtures, standards-grounded test profiles, and instant reports — delivering shorter, lower-cost, end-to-end test services to the New Space economy.

$8.4B
space hardware test market, 2025
~15,000
satellites/yr projected by 2030
3 wks → hrs
target fixture & profile turnaround
~8.5%
of satellite cost is non-rad testing
// 01 — The Bottleneck

Testing can't keep pace with the New Space economy.

The amount of hardware heading to orbit is growing exponentially, but the infrastructure that qualifies it for flight has not. Test capacity is the hard constraint — and it's the one activity that can't be parallelized away.

CONSTRAINT 01

Manually intensive

Custom fixtures and tooling take weeks to design and fabricate. Technicians monitor chambers around the clock through every test campaign.

CONSTRAINT 02

Capital intensive

A full test stack — shakers, thermal-vacuum chambers, anechoic chambers — is prohibitively expensive for startups to build and staff in-house.

CONSTRAINT 03

Capacity constrained

Demand swings wildly. Facilities are booked years out; a single design slip cascades into downstream scheduling chaos for everyone in the queue.

// 02 — The Platform

Automated test engineering, end to end.

Proprietary software with human-in-the-loop oversight compresses the test engineering workflow — starting with vibration and expanding across every environmental discipline.

01

Custom Fixture Design

CAD · Generative
Generate parametric test fixtures from mission and test-article inputs — real STEP/STL geometry and drawings, not weeks of manual fixture design and fabrication review.
02

Test Profile Generation

NASA-STD-7001 · GEVS
Produce random vibration profiles with computed Grms, mass attenuation, and notching suggestions — grounded in NASA and DoD standards, with the rationale shown for every requirement.
03

Automated Reporting

LLM · Human-in-loop
Turn a completed campaign into a structured draft test report in minutes — procedure steps, pass/fail criteria, and a flagged list of every item still needing engineer review.
04

Component Risk Rating

Roadmap
As commercial space moves to automotive- and commercial-grade parts, rate them against NASA mission categories so design engineers can make informed, risk-adjusted decisions.
// 03 — Workflow

From mission spec to flight-ready, faster.

One continuous flow replaces a fragmented, manual hand-off chain — with a qualified test engineer reviewing and approving every output.

Input

Define

Upload mission specs, launch vehicle data, CAD, and test-article details.

Generate

Design

AI proposes the fixture and a standards-grounded test profile with notching.

Review

Approve

A test engineer reviews, edits, and signs off — human-in-the-loop by design.

Output

Report

Export fixture geometry, the test profile, and a complete draft report.

// 04 — Who We Serve

Built for everyone putting hardware in orbit.

SEGMENT 01

Commercial Space & NewSpace

Smallsat and CubeSat builders who can't justify a full in-house test stack — or the engineers to run it — for non-recurring builds.

SEGMENT 02

Aerospace Primes

Established labs that need overflow capacity and faster cycle times on prototype and demonstration hardware without consuming flight-program slots.

SEGMENT 03

Government & Defense

NASA, the Space Force, and the defense industrial base — accelerating the timeline from advanced design to qualified hardware on orbit.

// Get Started

See it in motion.

Explore the live vibration test automation demo, book a walkthrough, or join the waitlist for early access as we expand across thermal-vacuum and EMI/EMC.