Product news

How can data acquisition help ensure the reliability of drones in the commercial, industrial, or defense sectors?

Parcel delivery drones, for example, are transforming “last-mile” logistics through the fast, autonomous transport of goods. Precise measurement data is essential for this. During operation—including takeoff, flight, landing, and handling—these unmanned systems collect a wide range of data to ensure performance and safety. This data includes measurements of vibration patterns, loads, temperature profiles, flow parameters, and other critical factors that affect structural integrity and operational functionality.

By using state-of-the-art measurement data acquisition systems, manufacturers and developers can closely monitor dynamic loads and resonances throughout the entire operational life cycle. This data helps identify weak points, improve component durability, and ensure compliance with industry and customer specifications—all before the drones are deployed.

A comprehensive solution for measurement data acquisition—combining the Spider-81 vibration controller from our partner Crystal Instruments with high-precision sensors and data analysis tools—provides a powerful platform. This enables critical components of package drones to be precisely monitored and optimized during the testing and development phases to ensure reliability even in demanding environments.

Why Vibration Testing is important

Although delivery drones are lightweight, they are exposed to complex vibration conditions throughout their entire lifecycle. These stresses can result in the following effects:
● Failure of electronic connectors
● Cracks in solder joints
● Deviations in sensor calibration
● Fatigue of the battery mount
● Cracks in the structure
● Loosening of fasteners
● Wear of the payload release mechanism
● Degradation of IMU and GPS performance

Early detection of these failure mechanisms significantly reduces in-service failures and increases operational reliability.

Our medium-force electrodynamic vibration exciter systems generate precise, repeatable vibration profiles across a wide frequency range and are therefore ideal for testing:
● Complete drone assemblies
● Flight control systems
● Navigation electronics
● Cameras and image processing systems
● Battery packs
● Payload release systems
● Landing gear
● Communication modules
● Packaging for shipping drones

Why disynet?

Our portfolio ranges from the rugged S80N measurement data acquisition system—which is also certified for flight testing—to complete GVT (Ground Vibration Testing) systems, flight components, and life-cycle simulations for complete assemblies (shaker tests), as well as modal analysis systems with up to 512 channels.

Let us provide you with professional advice on the ideal solution for your application!