Aircraft Vibration Testing with Dynatronic RU-846 System
Project name: Aircraft Vibration Testing with Dynatronic RU-846 System
A company has adopted the Dynatronic custom-built RU-846 Rugged Data Recorder for:
Vibration Data Acquisition & Storage – Captures aircraft vibration test spectra for structural and component analysis.
Aircraft Attitude Perturbation Signal Recording – Stores motion data (roll/pitch/yaw) as the basis for swing tests.
1. Testing Objectives
Vibration Spectrum Analysis
Measures vibration amplitudes and frequencies across airframe/engine under different flight conditions.
Identifies resonant frequencies to avoid operational instability.
Attitude Disturbance Monitoring
Records aircraft angular motion during turbulence or intentional maneuvers.
Validates flight control system response under dynamic conditions.
2. RU-846 System Advantages
Multi-Sensor Synchronization – Simultaneously acquires vibration (accelerometers) and attitude (IMU/Gyro) data.
High-Sample-Rate Recording – Supports up to 10kHz/channel for capturing transient vibration events.
Ruggedized Design – Shock/vibration-resistant for harsh flight test environments.
3. Testing Workflow
Sensor Installation
Triaxial accelerometers mounted on wings, fuselage, and engine mounts.
Inertial Measurement Unit (IMU) installed near the aircraft’s center of gravity.
Data Acquisition
Continuous recording during ground runs, taxiing, takeoff, cruise, and landing.
Trigger-based storage for high-G maneuvers or extreme vibration events.
Post-Processing & Analysis
Vibration spectra (FFT analysis) compared against design limits.
Attitude perturbations correlated with control surface deflections.
4. Key Applications
Structural Health Monitoring (SHM) – Detects fatigue-inducing vibration modes.
Flight Control System Calibration – Validates autopilot performance under disturbances.
Component Reliability Testing – Assesses avionics and payload vibration resistance.
5. Future Enhancements
Real-Time Telemetry – Optional wireless streaming for live monitoring.
AI-Based Anomaly Detection – Automated identification of abnormal vibration signatures.
