New 3-D radar tracking 1000 mph speed

Cambridge, UK, has successfully launched a 3D radar system that can track up to 1,000 miles per hour.

The new system is called 'top scorer' with terrain and surface (LSTS) targeting and application development for the US Department of Defense (DoD), which is expected to help lower training costs and hope. will resist high-speed hostile devices.

Costs related to military training are the goal of the experiment. To address this issue, the Department of Defense sent a request to develop a system that allowed shooting in "off" mode with locations close enough to target missed missions, without doing anything. damaging the actual goal.

3D radar system

To achieve such a good result, an intern trainee will not only need to determine his target location to shoot down but also to detect their trajectory. This information helps to consider the next round of moves to reach the intended goal, improving accuracy in the process.

In order to solve the problem, engineers from Cambridge Consulting have designed a completely new radar, using 3D technology to create a realistic three-dimensional image in real time, showing the trajectory of the tablet. bullets shot as well as where they explode in the air or hit a target, all of which are in a 360 degree image.

One of the biggest barriers the team has to face is that the target has been tracked from the surrounding environment in the real world with "noise" . Everything from water to other objects can leave debris that can affect radar data, making it difficult to distinguish. New systems must have a way to eliminate all other things to allow the gunman to see his area clearly.

And that's just what the recent demo of the system shows - the ability to track a 5-inch bullet fired at a speed of 3 seconds.

In addition to cost savings, such systems can also lower costs as it will reduce training time. DoD is also hoping to use new technology to help track small, fast-moving targets, such as what the terrorist did during the 2000 USS Cole blast.