Space Flight Test
Flight test satellite components, CubeSat hardware, radios, solar panels, and avionics in real near-space conditions. TRL 5 to TRL 7 in 1–3 months.
Explore Space Flight Test →UAS Flight Test
Qualify stratospheric payloads — EO/IR, SAR, RF, SATCOM, and ISR sensors bound for HAPS, HALE platforms, and high-altitude balloon programs — in the environment they'll actually operate in.
Explore UAS Flight Test →1,000+
Missions Flown
>99%
Recovery Rate
20+
Years of Operations
100K ft
Max Altitude
How It Works
01
Build Your Prototype
You build the hardware. We help define the flight test plan and integration approach.
02
We Flight Test It
Your payload flies to near-space. Real environment, real data, real-time telemetry.
03
Get Data + Hardware Back
Your Mission Package, raw telemetry, and your hardware — recovered within 72 hours.
04
Advance to Production
Use flight test data to close TRL gaps, satisfy stakeholders, and move toward your production system.
Space Flight Test
Near-space flight test for satellite hardware. Validate components, subsystems, and integrated systems at 80,000–100,000 ft — a real flight test in conditions that replicate key aspects of the space environment.
Ideal for CubeSat developers, component manufacturers, prime contractors, and defense and research programs that need real flight-heritage data without waiting for an orbital launch slot.
Learn About Space Flight Test →UAS Flight Test
Qualify stratospheric payloads in the environment they'll actually operate in. EO/IR, SAR, RF, SATCOM, and ISR sensors — tested in real RF, thermal, and pressure conditions at 60,000–100,000 ft. We test the payload, not the airframe.
Ideal for suppliers of payloads bound for HAPS, HALE platforms, and high-altitude balloon programs who need to qualify a sensor before it's integrated onto a multi-million-dollar platform. US-based, US-person operations.
Learn About UAS Flight Test →