Laser Guided Rocket

Laser Guided Rockets (LGRs) are a type of precision-guided munition that use laser technology to accurately hit targets. These rockets are designed to be launched from aircraft or helicopters and are typically used in military operations.

LGRs work by utilizing laser guidance systems to track and guide the rocket towards a designated target. The laser guidance system consists of a laser designator, which is operated by a ground-based or airborne observer, and a seeker on the rocket itself. The observer illuminates the target with a laser beam, and the seeker on the rocket detects and tracks the laser energy reflected off the target.

Once the rocket is launched, it continuously receives guidance commands from the laser designator, adjusting its flight path to stay on target. This allows for precise targeting and increased accuracy, minimizing collateral damage and reducing the risk to friendly forces.

Laser Guided Rockets are often used in situations where high precision is required, such as engaging moving targets, destroying enemy vehicles or structures, or conducting surgical strikes. They provide a significant advantage in terms of accuracy and effectiveness compared to unguided rockets.

It is important to note that Laser Guided Rockets are a specialized type of munition and require specific training and equipment to operate effectively. They are typically used by military forces for tactical operations and are not commonly available for civilian use.

Overall, Laser Guided Rockets offer a powerful and precise weapon system that enhances the capabilities of aircraft and helicopters in modern warfare.