Is It Important To Test Flares Before A Trip?

Importance of Flare Testing

Testing your signal flares involves firing them in a controlled environment to verify they emit the correct signal, last for the expected duration, and do not malfunction. It is essential to follow the manufacturer’s testing guidelines to avoid any potential issues. Typically, signal flares are tested in an open area, away from flammable materials and overwater.

Types of Flare Testing

There are two primary methods for testing signal flares: static testing and dynamic testing. Static testing involves firing the flare in a stationary position, while dynamic testing involves firing it while moving. Dynamic testing is more realistic, simulating real-world situations, and is recommended for most applications.

Testing Flare Types

Signal flares come in various types, each designed for specific purposes. Visual distress signals (VDS) are used to signal for help in daylight, while pyrotechnic signals are used at night. Pyrotechnic signals can be further divided into two categories: parachute flares and non-parachute flares. Testing each type of flare according to its intended use is essential to ensure they perform as expected. For example, parachute flares should be tested in a vertical position to verify their descent rate and parachute deployment.

Best Practices for Flare Testing

When testing signal flares, follow these best practices: ensure a safe distance from the test area, wear protective gear including safety glasses and a fire-resistant suit, and follow the manufacturer’s instructions for firing. Record the results, including the flare’s performance, burn time, and any issues encountered. This information will be invaluable in case of an emergency, where every second counts.