Missile Guidance Kit
20 March, 2024Unravelling the Complexity of Guidance Kits
Nowadays, the military's search for sophisticated weaponry extends beyond mere precision strikes. The requirement extends to munitions with pinpoint accuracy and the ability to reroute or terminate in flight. Furthermore, these weapons must function effortlessly in any setting, using cutting-edge electronics to control detonation.
Amidst this paradigm shift, guidance kits have emerged as indispensable tools, transforming so-called “dumb” munitions into precision weapons and revolutionising the capabilities of conventional ammunition.
At the heart of Guidance kits lies sophisticated onboard electronics, meticulously engineered to navigate the complexities of the battlefield. Integrating state-of-the-art sensors, navigation systems, and guidance algorithms allows missiles to independently guide in on their targets with surgical precision.
Focusing on precision and reliability, these munitions are designed to minimise exposure to danger and mitigate collateral damage. Moreover, their cost-effectiveness further enhances their appeal, allowing the armed forces to optimise resources without compromising effectiveness.
Several benefits come to light when evaluating EDEPro's Guidance Kit (GK).
One standout feature is incorporating a Global Navigation Satellite System (GNSS) device, which serves as an integrated satellite signal receiver. This device plays a crucial role in determining the rocket's precise location and speed in real-time, thereby correcting inherent errors during flight. By leveraging GNSS technology, the guidance kit reduces the number of artillery projectiles required to hit the target.
The EDePro’s more advanced INS/GPS guidance kit helps calculate the projectile's current position, even when GPS signals are obstructed. This solution can rely on signals from the GPS to determine the projectile’s precise location and guide it to the target, with the firing accuracy at any range (CEP) less than 10m. The more straightforward guidance kit solution uses inertial navigation to correct the rocket’s flight in the first 40 seconds of launch.
This system is developed to enhance the accuracy and precision of EDePro’s artillery rocket Hurricane. The solution utilises predefined trajectory points from the Ground Control System (GCS), flight path adjustment, and Impact Point Prediction (IPP), to convert the Hurricane rocket into a missile.
As we look ahead to the future of conflict, one thing remains certain: the importance of missile guidance kits will only continue to grow.
