Capabilities
Research & Development
At Space Information Labs, our research and development process begins by deeply understanding our customers’ unique needs. We take these requirements and translate them into precise technical specifications that drive innovation. Our dedicated R&D team works closely with clients—from the US Department of Defense, Prime Contractors, and up-and-coming commercial companies—to convert customer needs into detailed design requirements, ensuring that every specification is aligned with both operational performance and the space environment.
Building on these insights, we develop cutting-edge, conceptual system designs tailored for space applications. Our robust processes transition these designs into tangible, testable space products ranging from advanced Li-Ion batteries for satellites and flight vehicles to innovative space-based range solutions and automated termination flight units. By leveraging our expertise in aerospace and defense technologies, we ensure that every project undergoes rigorous testing and validation before moving into production, providing our clients with reliable, high-performance solutions that meet their evolving needs.
Engineering Services
Space Information Laboratories has over 20 years of experience in engineering design, analysis and software services.
Space Information Laboratories maintains all the capabilities to take programs and projects from conception to production. Our engineering design, embedded software, and our manufacturing staff are creative and have the experience to provide innovative solutions to the most complex systems and tasks.
Download SIL Engineering Services brochure
Our multi-disciplined and experienced team provides expertise in:
- Systems Engineering, Avionics and Electrical Design
- Li-Ion Batteries and Power Systems
- Engineering Analysis- Structural/Thermal/Physics
- Environmental Testing – Thermal/ Vacuum/Vibration/Shock
- Model Based Systems Engineering
- Software Design & Development
- Software Simulation & Modeling
- Additive Manufacturing
State-of-the-Art Facility
SIL has a complete in-house engineering, manufacturing and environmental facility to research, design, manufacture and test space qualified hardware for multiple aerospace platforms.
SIL’s 12,000 square foot facility has capabilities, certifications and practices including:
- Systems engineering, electrical and mechanical design, test and assembly
- Rapid development and production of innovative engineering system solutions
- GPS and satellite communication antenna testing via roof top setup
- Environmental testing – thermal cycle / vacuum chambers, random and sine vibration machines, and a shock machine
- Design engineering software development tools including: VxWorks, Solid Works, Matlab, Eagle, Altium, and RF/Ant Simulation software for the rapid development and production of new engineering system solutions
- DoD approved supplier to Aerospace prime contractors (Lockheed Martin, Raytheon, Coleman Aerospace, MIT-LL, etc .)
- Annual calibration of production equipment by Precision Labs, a certified calibration company in California
- ESD manufacturing and test areas adhering to SIL ESD plan
- DCAA approved accounting system (CPFF contracts) and forward pricing rates
- SIL approved supplier list (parts, materials, PCB, machining, etc.)
- External manufacturing of enclosures and class III printed circuit boards via SIL approved vendors with high quality and rapid turn-around
- SIL technicians and assemblers certified J-STD-001 with space addendum for soldering and NASA soldering, crimping and surface mount training
SIL accomplishes this work at the highest quality using an AS9100 Quality Management System with continual daily improvement to reach the next level of excellence.
Space Environmental Test Equipment Capabilities
Tenney Thermal Cycle Chamber
Capabilities:
- Environmental thermal cycling from –75°C to +200°C
- Used for thermal stress screening and temperature qualification tests
- Supports testing of components, electronics, and small assemblies
- Ensures reliability under extreme temperature variations
Aveco Shock Machine
Capabilities:
- Three-axis mechanical shock testing
- Frequency range: 0 to 10,000 Hz
- Shock levels up to 1000 Gs
- Ideal for qualification of aerospace components for high-impact events
Thermal Vacuum Chamber
Capabilities:
- Achieves 1×10⁻⁵ torr high-vacuum conditions
- Temperature range: –54°C to +85°C
- Simulates the thermal and vacuum environment of space
- Suitable for spacecraft components, materials, and subassemblies
ETS Vibration Machine
Capabilities:
- Three-axis vibration testing
- Frequency range: 0–2000 Hz
- Up to 35 Grms random vibration
- Supports payloads up to 25 lbs
- Used for structural and dynamic qualification for launch environments