We provide comprehensive functional and environmental testing services to ensure your aerospace systems perform reliably under real-world and mission-critical conditions. Our rigorous testing protocols simulate extreme environments to validate durability, performance, and compliance.

From component-level tests to fully integrated systems, we deliver data-driven assurance that each unit meets its design intent and operational requirements.

Core Capabilities Include:

  • Electrical functional testing (power, signal, interface checks)

  • Environmental stress screening (ESS)

  • Thermal vacuum (TVAC), vibration, and shock testing

  • Hi-Pot, IR, and continuity validation

  • Compliance with ECSS, NASA-STD, and MIL-STD protocols

Electrical functional testing

we perform detailed electrical functional testing to verify the performance and integrity of aerospace electronics. Our testing ensures that power systems operate within specified parameters, signal paths are clean and reliable, and all interfaces function correctly before system integration or deployment.

Using calibrated test equipment and strict procedures, we validate each unit’s readiness for high-reliability applications in space, defense, and avionics.

Our Testing Capabilities Include:

  • Power-on validation and voltage level verification

  • Signal integrity testing for analog and digital paths

  • Interface checks for connectors, ports, and communication buses

  • Fault detection and diagnostics

  • Compliance with ECSS, NASA, and MIL-STD-461/810 standards

Environmental stress screening

We offer advanced Environmental Stress Screening (ESS) to uncover latent defects and verify the durability of aerospace components before final deployment. By exposing hardware to controlled thermal and vibration cycles, ESS helps ensure only robust, mission-ready units proceed to flight or critical operation.

Our ESS process accelerates failure detection and strengthens reliability assurance across satellite systems, avionics, and defense electronics.

ESS Capabilities Include:

  • Thermal cycling and temperature variation testing

  • Random and sine vibration exposure

  • Detection of early-life failures and assembly weaknesses

  • Fully instrumented monitoring during stress tests

  • Testing per MIL-STD-883, MIL-STD-810, and ECSS guidelines

Thermal vacuum (TVAC), vibration, and shock testing

We provides comprehensive environmental simulation testing, including Thermal Vacuum (TVAC), Vibration, and Shock Testing, to validate aerospace systems under the harshest space and launch conditions. These tests are essential for confirming that flight hardware can withstand the mechanical and thermal extremes of real-world missions.

Our advanced test setups and procedures ensure mission readiness, structural integrity, and operational performance in alignment with industry and space agency standards.

Capabilities Include:

  • Thermal Vacuum Testing (TVAC):
    Simulates the space environment by exposing systems to extreme temperatures and high-vacuum conditions. Ideal for spacecraft components and payloads.

  • Vibration Testing:
    Recreates launch and flight-induced vibrations to assess mechanical robustness and identify potential resonances or fatigue issues.

  • Shock Testing:
    Validates resilience to dynamic mechanical impacts, such as pyrotechnic events or separation stages.

  • Compliance with ECSS, NASA-STD, and MIL-STD-1540/810 standards

  • Detailed reporting, data logging, and performance validation

Hi-Pot, IR, and continuity validation

We conduct Hi-Pot, Insulation Resistance (IR), and Continuity Validation to ensure the electrical safety, reliability, and performance of aerospace harnesses, assemblies, and systems. These critical tests help detect insulation breakdowns, wiring faults, and incomplete connections before deployment in mission environments.

Our processes comply with stringent aerospace, defense, and space agency standards, ensuring your systems are safe, compliant, and flight-ready.

Our Capabilities Include:

  • Hi-Pot Testing:
    High-voltage tests to confirm dielectric strength and insulation integrity between conductive elements.

  • Insulation Resistance (IR) Testing:
    Measures insulation quality under controlled voltage to detect moisture intrusion, material degradation, or contamination.

  • Continuity Validation:
    Verifies electrical path integrity and correct pin-to-pin routing across complex cable and harness assemblies.

  • Full compliance with ECSS, NASA-STD, MIL-STD-202, and customer-specific requirements

  • Automated and manual test setups with detailed documentation and traceability

Compliance with ECSS, NASA-STD, and MIL-STD protocols

We maintain strict adherence to internationally recognized aerospace standards, including ECSS (European Cooperation for Space Standardization), NASA-STD, and MIL-STD protocols. Our engineering, manufacturing, and testing processes are designed to meet or exceed the rigorous requirements demanded by space agencies, defense programs, and commercial aerospace missions.

By integrating these standards into every phase of our operations, we ensure repeatable quality, traceability, and mission assurance.

Our Compliance Framework Covers:

  • ECSS standards for space system engineering, testing, and cleanliness

  • NASA-STD protocols for electrical systems, workmanship, and verification

  • MIL-STD requirements for environmental, mechanical, and electrical testing

  • Full traceability with documentation, inspection reports, and quality records

  • Internal audits and process controls aligned with AS9100 & ISO standards