BAE Systems is developing a combination thermal imaging and night vision system that allows soldiers to assess and attack targets in all weather and lighting conditions. The system will also enable soldiers to aim their weapons remotely without having to look through a sight-hole.
This system will allow soldiers to keep their target in sight at all times whilst also being able to aim their weapon without raising it to their eyes. This is because the sight's input is transmitted to soldiers' goggles using a wireless video interface, which allows for the inputs to be fed in real time.
This dual thermal imaging and night vision systems will improve the efficiency and accuracy of battlefield operations while enabling soldiers to engage targets quickly and efficiently, allowing for better operational results.
These Military Goggles Combine Thermal Imaging & Night Vision Systems
1. Dual Imaging Systems - Combining thermal imaging and night vision systems enables real-time target assessment and remote aiming, offering opportunities for further development in military and surveillance technology.
2. Wireless Video Interfaces - Using wireless video interfaces to transmit data in real-time allows for hands-free operation and opens up opportunities for further development in remote control technology for military and commercial uses.
3. Enhanced Battlefield Efficiency - The integration of dual imaging and remote aiming systems leads to improved operational results and enhanced battlefield efficiency, presenting opportunities for further development in military technology innovation.
1. Military Technology - BAE Systems' thermal imaging and night vision system presents disruptive innovation opportunities for further development in military technology and equipment.
2. Surveillance Technology - The combination of thermal imaging and night vision technology has potential applications in surveillance technology, offering opportunities for technological advancements in the industry.
3. Remote Control Technology - The use of wireless video interfaces for remote aiming presents opportunities for development of remote-control technology for military and commercial applications, including drones and autonomous vehicles.