How to Eliminate Missile System Failure

The armed forces prevent most misfires through proper training and adequate maintenance. However, some missile systems fail to operate properly despite the efforts.

There have been several missile misfire cases that have made the news. Take the misfiring incident that destroyed the German frigate, for example. The missile was propelled from the launcher but didn’t blast off. It burned out in the launcher, causing severe damage.

Also, the Harpoon missile misfire incident was caused by a technical fault since it occurred without activating the launch key.

In a case where bombers attack aircraft, fighter aircraft need these weapons to function correctly to be able to fight back. There should be no room for errors!

What Causes Missiles to Misfire?

Advanced ignition systems have only the mechanical and electronic components required to flag the detonator to launch the blast. However, Hazards of Electromagnetic Radiation to Ordnance (HERO) can impede the function of these detonators.

One of the effects of HERO is that it causes missiles to disable prematurely or malfunction, hence the need for APITech’s EMI filters.

EMI Filters Help Prevent Misfires

EMI filtering is essential for all types of missile aircraft as it helps missiles to function correctly with no disturbance. The design of the EMI filter depends on some factors, including the type of aircraft, aircraft design, application type, and materials used.

APITech’s EMI filters, when incorporated into the ignition systems, will prevent these missiles from misfiring or malfunctioning.

Our EMI filter assembly types include: