The U.S. Army is testing and completing a robot named 'GuardBot' that is amphibious – capable of moving on water and land – and can conduct surveillance while moving with two cameras. According to the 'Geek' website, this robot has remote control capabilities and can operate in very harsh conditions in any area, sending live images. The robot's cameras can transmit images from both sides and can stream live footage while in motion. The diameter of this robot is about 60 centimeters, and it can transmit images for up to 16 hours, reaching a maximum speed of 32 kilometers per hour. GuardBot is equipped with GPS. However, it is not a very capable swimmer, with a speed of about six kilometers per hour in water. GuardBot was initially designed for a different mission aimed at movement on the surface of Mars. Although the main mission of this robot is surveillance, it can also carry a payload of up to two kilograms, making it useful for transporting explosives for deployment. According to the 'GuardBot' website, which belongs to the manufacturer of this robot, it can be produced in various sizes. The smallest size can be about 10 centimeters, which would be a great help for ground forces to easily transport it from one place to another for surveillance purposes. The largest version can be about two meters and 70 centimeters.
GuardBot: Amphibious Robot Capable of Movement on Water and Land
The U.S. Army is developing an amphibious robot called 'GuardBot' for surveillance and reconnaissance, capable of operating in harsh conditions. It can carry small payloads and is designed for both land and water movement. This technology reflects advancements in military robotics and surveillance capabilities.
👥 Key Players
📰 What Happened
The U.S. Army is testing an amphibious robot named 'GuardBot' designed for surveillance and reconnaissance on land and water. This robot can operate in harsh conditions and carry small payloads.
- GuardBot can transmit live images and has a maximum speed of 32 km/h on land.
- It was initially designed for Mars exploration but is now adapted for military use.
💡 Why It Matters
📚 Background
Military robotics is a growing field, with nations investing in technology to enhance surveillance and operational capabilities. This development reflects a shift towards more autonomous systems in military operations.
🏷️ Entities Mentioned
Translated from the original and edited for English readers. View original source →
Translation confidence: 85%