AERODYNAMICS
Subsonic Wind Tunnel
Optimized for deep aerodynamic testing of advanced air and space systems. The facility utilizes high-integrity structural mechanics and CFD validation to push the boundaries of subsonic flight performance.
- Speed: Mach 0.1 — 10.0
- Test Envelope: 20ft x 20 ft x 40ft
- Instrumentation: 512-channel DAQ
- Reynolds No: 1 x 10^6 - 1 x 10^8
Materials Lab Technical Data
Deep dive into metallurgical and composite testing capabilities. Our facility provides specialized diagnostic testing for high-performance aerospace alloys and advanced carbon-fiber structures, ensuring extreme reliability in orbital and trans-atmospheric flight regimes.
Core Capabilities
- Tensile Static Load: 100kN – 2000kN Range
- Thermal Cycling: -196°C to +1600°C
- Microstructure: SEM/EDX 1nm Resolution
- Fatigue Testing: 0.1-500Hz Cycle Velocity
DATA SHEET REF: MAT-098-X
All values represent illustrative specs.
Vacuum Level
1 x 10^-11 Torr
Simulating deep-space atmospheric pressure thresholds to validate structural integrity and outgassing profiles.
Verification through precise environmental recreation.
Space Simulation Chamber Specs
Our facility provides high-fidelity simulation of orbital and deep-space conditions for exhaustive satellite and spacecraft hardware validation. From extreme thermal cycles to hard vacuum states, we ensure mission readiness before the launch sequence begins.
Temp Range
-200C to +500C
Extreme cryo-thermal cycling for orbit simulation, testing payload response to solar radiation and shadow cycles.
Cycle Duration
Up to 10000 hrs
Extended operational windowing for long-duration deep-space simulation mission profiles and longevity testing.
Request Consultation
Invite engineers, program managers, and partners to discuss precision test needs with lead specialists. Our lab facilities are available for high-integrity strategic R&D and mission-critical evaluations.