Aviation equipment must endure extreme vibration, shock, climate and structural loads over decades. We enable aircraft testing, helicopter testing and drone testing across these domains.
Validate components, excite wings and rotors using electrodynamic or servohydraulic shakers, and perform advanced modal and multi-shaker testing. Built-in safety features, automation and broad hardware compatibility ensure efficient, reputable, compliant testing across the entire aviation life cycle.
Your Benefits
High-precision vibration and structural aviation testing
Advanced Control for Aircraft and Rotorcraft Testing
Complex aviation components such as those used by our clients, Boeing and Rolls Royce, require highly configurable, stable vibration control. m+p VibControl supports sine, random, shock and SRS profiles for aircraft and helicopter testing, with customizable waveform shaping to simulate realistic loads. Notching and vector notching protect structures and avionics, while compatibility with servohydraulic shakers enables powerful excitation for aircraft wing structural analysis and durability investigations.
Multi-Shaker and Modal Testing for Wings and Rotorcraft
Understanding wing and rotor structural behavior is critical before certification. m+p international provides single shaker or multiple-input multiple-output (MIMO) excitation with guided setup and visualized configuration, enabling accurate modal analysis of wings, rotor hubs and airframes. Engineers derive detailed mode shapes, damping and frequency responses using more energy than lightweight hammer methods. Trusted by Airbus and Thales.
Shock and SRS Testing for Realistic Aviation Loads
Aviation equipment is subject to mechanical shocks from ground handling, landing, transport and rotor induced loads. With aviation clients such as Boeing and MTU, m+p international provides advanced SRS tools that let engineers customize, combine and fine-tune shock profiles to reproduce operational shocks for helicopter vibration testing, UAV payload qualification and aircraft static testing with high fidelity.
Durability and Long-Life Testing for Airframes and Components
Airframes must survive decades of mechanical and environmental stress. We facilitate long-duration aircraft fatigue testing with stable closed-loop control and automated sequencing. Combined environmental profiles synchronize climate chamber cycles with vibration steps, enabling realistic airframe fatigue testing and long-term service-life validation for airframes, mounts, and avionics.
Integrated Monitoring, Data Handling and Workflow Automation
Modern aviation testing generates large volumes of data. m+p Analyzer and m+p Coda provide comprehensive monitoring, enabling engineers to acquire, process and document reliable data for flight testing, rotorcraft qualification, and UAV development. With broad import/export formats, safety alarms and REST API automation, labs can integrate our testing solutions directly into simulation, quality and certification workflows.
Custom Engine-Order Excitation Solutions for Turbomachinery
Beyond standard aviation workflows, m+p international delivers custom excitation solutions for turbine and engine testing. Synchronized multi-actuator control reproduces engine-order loads on stationary blisks, enabling engineers to generate phase-aligned excitation signals, excite traveling waveforms and measure blade responses with high accuracy. Explore our latest success story here.