Aircraft Lightning Strike Testing

From electrostatic buildup to critical equipment failures, the effects of an aircraft lightning strike can be catastrophic. Our lightning protection testing services help ensure that, in the event of a direct strike, your electronics, equipment and materials continue to perform without failure.While the increased use of composite materials has made more lightweight and efficient structures, it also means that equipment is more vulnerable to aircraft lightning strike. As a result, test standards have evolved and become more stringent.

Designed to meet the requirements of RTCA DO-160 Section 22, MIL-STD-461 and DEF STAN 59-411, our aircraft lightning strike services also cover variety of commercial and defense specifications. From consulting and design to final assessment, we help ensure that your equipment is safe and up to task, no matter what the project.

Our Aircraft Lightning Strike Test Methods

We have the capability to test for all waveform methods and protection levels per RTCA DO-160 Section 22. For projects with unique or custom requirements, we can we have the flexibility to provide virtually any waveform transient, providing coverage for a wide range of products.Some of our methods include:

• Single stroke pin injection testing
• Single stroke cable bundle testing
• Multiple stroke testing
• Multiple burst testing

For more information about our lightning strike test methods, or to request a quote, contact us today.

Additional Electronics Test Methods

In addition to lightning protection testing, we offer a range of mechanical, environmental and electrical that affect the integrity and performance of on-board electronics, including:

• Sand & dust testing
• Vibration testing
• Combined environmental testing
• HALT/HASS testing
• High-Intensity Radiated Field (HIRF) testing
• Operational reliability testing