Our solutions support defense vibration testing, military equipment testing and full mil spec environmental testing in accordance with MIL-STD-810H, MIL-STD-810G, MIL-STD-901D, NATO AECTP and global defense standards.
With advanced excitation modes, shock and SRS tools, time-waveform replication and multi-axis capabilities, defense organizations can validate performance under realistic operational loads. Scalable architectures, safety interlocks and high-throughput workflows ensure reliable, repeatable and mission-focused qualification across all defense domains.
Your Benefits
Mission-ready qualification and environmental testing for defense applications
Qualification to MIL-STD-810 and Global Defense Standards
Defense systems must withstand diverse and extreme environmental conditions. Our solutions support full qualification to mil std 810 vibration, mil std 810 shock, mil std 810 environmental testing, mil std 901D and NATO AECTP procedures. Engineers can execute sine, random, shock, SRS, mixed-mode and mission-specific profiles to validate ruggedized electronics, vehicles, avionics and subsystems for deployment in land, air and naval environments.
Advanced Excitation: Shock, SRS and Mixed-Mode Vibration
Defense applications require realistic representation of high-energy events such as gunfire shock, tracked-vehicle vibration and rotor-induced loads. m+p international systems support classical shock, mil std 810 shock and vibration, pyroshock-like waveforms and SRS-based editing. Mixed-mode excitation (SOR, ROR, SOROR) enables precise reproduction of real-world loads such as helicopter rotors, weapon firing or mechanical drive systems.
Time Waveform Replication for Combat-Relevant Profiles
Defense systems are exposed to complex, non-stationary loads. Our solutions provide time-domain replication with editing tools for filtering, clipping, merging and amplitude shaping. This enables accurate reproduction of gunfire signatures, armored-vehicle tracks, UAV launch dynamics or missile carriage vibration. Broad import capabilities ensure compatibility with legacy and modern data formats used in military product testing.
Force-Limited Vibration Testing with Vector Notching
To prevent over-testing sensitive structures, we provide Force Limited Vibration Testing with digital Vector Notching. Forces from multiple sensors are combined algorithmically—without analog summation—allowing precise notching on resultant force vectors. This ensures safe execution of military component testing while maintaining qualification-level excitation for heavy payloads and high-value defense hardware.
Resonance Search and Trend Monitoring Throughout Qualification
Defense standards require monitoring of resonance shifts during qualification. Our solutions support structured resonance-search methods combining sine, random and shock sequences for early detection of structural changes. Clear visual tools including multi-signal overlays, trend plots and dual Y-axes allow engineers to identify frequency shifts, degradation or structural loosening during defense vibration testing.
Multi-Axis and Multi-Shaker Testing for Defense Platforms
Weapon systems, armored vehicles and avionics racks often demand multi-axis excitation. Our systems support SISO, SIMO, MISO and MIMO configurations with synchronized phase and coherence control. This enables qualification of large or complex structures to aerospace defense testing and military vehicle testing requirements, including up to eight axes of coordinated excitation.
HALT / HASS for Early-Life Failure Detection
Defense electronics require extreme reliability. m+p international solutions support HALT and HASS programs combining broadband vibration, temperature ramps and high-stress screening. Continuous monitoring, RMS trending and automated abort logic help identify early-life failures in ruggedized electronics, increasing mission reliability and lifecycle confidence.
Monitoring, Safety and High-Uptime Operation
Defense laboratories must operate multiple systems with strict safety requirements. We provide safety interlocks, independent shutdown paths, alarm thresholds and remote shaker monitoring for multi-bench facilities. Engineers can supervise numerous vibration systems from a central control room, ensuring consistent execution and rapid intervention when needed.
ISO/IEC 17025 Calibration and Service Support
Defense programs require traceable calibration and high system uptime. We offer ISO/IEC 17025-accredited calibration onsite or in-house, minimizing downtime for multi-channel or multi-system setups. Long-term service agreements include rapid support, test-setup assistance and collaborative result evaluation to maximize throughput and operational readiness.