Archive · 18 Jun 2025
Chicken Gun Test: How Aircraft Engines Are Tested
Airplanes can get hit by birds while flying.
To make sure the planes are safe, engineers use a special test called the 'chicken gun test'.
They put a real chicken into a cannon and shoot it at the plane's engine and wings, like a bird hitting the plane.
This helps them see how much damage the plane can take.
If the plane is not damaged too much, it is considered safe.
The test is often only done once for each new type of engine.
The 'chicken gun test' assesses aircraft engine resilience to bird strikes.
Live chickens are fired at engines, wings, and windshields using a compressed air cannon.
The test simulates bird strikes at speeds up to 350 km/h.
Engineers examine the damage; minimal harm indicates flight readiness.
The test is typically only done on the first engine developed by a company.
- Who
- Engineers conduct the test to assess aircraft safety.
- What
- A test that fires chickens at aircraft components to simulate bird strikes.
- When
- Testing occurs during the development of new aircraft engines.
- Where
- Test is performed on aircraft engines and components.
- Why
- To ensure aircraft engines can withstand bird strikes and maintain flight safety.
- Test Name
- Chicken Gun Test
- Purpose
- Assess aircraft resilience to bird strikes
- Test Object
- Live chickens
- Equipment
- Compressed air cannon (chicken gun)
- Impact Speed
- Up to 350 km/h
- Assessment
- Damage evaluation after impact
- Test Frequency
- Typically on the first engine design