August 10–13, 2025
Salt Palace Convention Center
Salt Lake City, Utah
Be sure to stop by booth 2148. We’re ready to discuss your vibration, acoustic, and environmental testing initiatives.
Expect Mission Success with Data Physics and Team Corporation
Together, Data Physics and Team Corporation deliver complete solutions that include: test system design, signal analyzers, vibration controllers, electrodynamic and hydraulic test systems and components, acoustic test systems, software, application expertise and training… and of course, global service and support.
TRUSTED BY:
K2 Space, Terran Orbital, Loft Orbital, Orbitworks, Lockheed Martin, Amazon, York Aerospace, Sierra Space, BAE/Ball Aerospace, SpaceX, Impulse Space, NASA
Whether you’re building CubeSats, deploying constellations, or preparing your spacecraft for launch qualification, our experts will be onsite to:
- Help you define vibration and acoustic test protocols and design systems customized to your mission requirements.
- Demonstrate how our solutions support compliance with standards, reduce risk, and streamline environmental qualification.
- Share case studies and lessons learned from real satellite testing programs—we’ve helped teams of all sizes achieve mission success.
Stop by booth 2148 to discuss your future initiatives with our technical staff.
During the 39th Annual Small Satellite Conference, attendees can gain insights into the innovations, demands, and cross-market collaborations shaping the future of satellite capabilities and driving new opportunities allowing us to collectively reach new horizons.
Leverage our Combined Experience and Expertise for your Next Testing and Qualification Programs
Trusted by: K2 Space, Terran Orbital, Loft Orbital, Orbitworks, Lockheed Martin, Amazon, York Aerospace, Sierra Space, BAE/Ball Aerospace, SpaceX, Impulse Space, NASA
Satellite Vibration Qualification Testing
High‑channel count data acquisition and control for satellite qualification, including:
- Shock Response Spectrum (SRS) analysis
- Random and sine vibration control
- Resonance dwell testing
- Live/scope mode and real‑time monitoring with fault detection
Read the technical article:
Advanced Safety System (“Soft Shutdown”)
Developed to protect flight hardware during shaker tests—including missions like the James Webb Space Telescope—by monitoring accelerometers, controller health, and facility power to ramp down safely during anomalies or power.
High‑Channel Vibration Control & Signal Processing
SignalCalc 900 software and Abacus hardware support thousands of measurement channels with ultra-low phase error (~0.025°) for precision and repeatability.
Multi‑Shaker & Multi‑Axis Control
Enables complex MIMO control for dual‑shaker, multi-axis, over‑determined testing setups.
- Acoustic Noise Generators and Controllers for Reverberant Acoustic Test Facilities (RATF) and Progressive Wave Tubes (PWT)
- MIMO Acoustic control for Direct Field Acoustic Testing. MIMO control for uniform acoustic coverage, and high‑intensity noise generation for spacecraft acoustic testing.
Advancing the most ambitious aerospace testing programs with custom engineered vibration test systems.
Test Systems for James Webb Space Telescope (JWST)
Watch the JWST undergo vibration testing
Major aspects of the vibration test system are a guided head expander, and a guided T-Film slip table supplied by Team Corporation, both capable of resisting large overturning moments, along with three Data Physics LE-5022-3 50,000 lbf electrodynamic shaker systems and advanced SignalCalc vibration controllers with proprietary Soft Shutdown safety system supplied by Data Physics Corporation.
One-of-a-Kind Test Systems for NASA’s Space Environments Complex
Located in Sandusky, Ohio at the Neil A. Armstrong Test Facility, the Space Environments Complex (SEC) houses the largest and most powerful space environment simulation facilities in the world. This includes the largest space simulation vacuum chamber, most powerful spacecraft Reverberant Acoustic Test Facility (RATF), and the world’s highest capacity and most powerful spacecraft shaker system – the Mechanical Vibration Facility (MVF).
Designed and implemented the vibration test system at NASA Armstrong that enabled multi-shaker 6‑DoF testing of NASA’s Orion-Artemis and the Sierra Space Dream Chaser space plane:
- Coordination of four horizontal and sixteen vertical shakers.
- Minimization of off-axis motion for tall CG spacecraft via Data Physics advanced MIMO control.
State‐of‐the‐Art Satellite Test Facility in the UK
Designed horizontal and vertical vibration systems for RAL Space’s National Satellite Test Facility, capable of testing satellites up to 7 tons using:
- Dual 222 kN LE‑5022-3 water-cooled electrodynamic shakers (vertical and horizontal axes)
- 5–2000 Hz frequency range, 76 mm stroke
- Controlled by Data Physics 900 Series controller with proprietary Soft Shutdown safety system
High‑Frequency 6‑Degree‑of‑Freedom (6‑DoF) Vibration Systems
Developed the Tensor™ 18 kN (18 kN/axis, 5 Hz–2 kHz) for high‑frequency, real-world simulation:
- Precise control across all axes including rotations
- Ideal for avionics, PCB, guidance systems, and sub‑assembly testing under MIL‑STD‑810G protocols
Industry‑Leading Components for Aerospace Systems
Supplies core components like slip tables, hydrostatic bearings, head expanders, and hydraulic power supplies, optimized for aerospace vibration applications.
Analysis, Test & Measurement Tools to Drive what’s Next
Expand your Capabilities with The New Multi Function Bridge, Voltage and ICP Channel Card
The 900 Series. The evolution of signal analysis and vibration control. Whether you need intelligent signal analysis, comprehensive vibration control, or an all-in-one solution, the 900 Series delivers – with a unified software environment for all analysis and control applications, as well as integrated data management.
• Integrated ICP and Strain/Bridge conditioning
• Simultaneous independent measurements
• Advanced automation tools
• Word-based reporting
• Advanced, scalable hardware
• Multiple simultaneous measurements
• Remote and autonomous operation
• Real-time math channels