The Thermonator designed by Throwflame is now attached to the Unitree Gol robodog that is able to move around autonomously with the help of integrated cameras and sensors. Additionally, the robot can also be controlled through a wireless controller.
With the attachment to its ARC Flamethrowers, it houses a tank for gasoline or diesel that boasts the capability of blasting out a stream of fire for up to 45 minutes time. Overall, the Gol robot weighs 26 lbs and with the addition of the flamethrower, it comes up to 60 lbs in total. The Gol robot dog has a similar feature to the Boston Dynamics dog but it was ruled out as it does not align under the End-User License Agreement.
Flame-Throwing Robotic Dogs
The Thernomator by Throwflame is Attached to a Robot Dog
Trend Themes
1. Autonomous Robotic Dogs - The integration of flamethrower attachments with autonomous robotic dogs opens up opportunities for innovative applications in security, defense, and search and rescue operations.
2. Enhanced Weaponized Robotics - The development of the Thermonator flamethrower attachment demonstrates the potential for advanced weaponization of robotic platforms, disrupting industries such as law enforcement, military, and private security.
3. Controversial Use of Robotics - The use of flamethrowing robotic dogs raises ethical concerns and highlights the need for regulations and guidelines in the fields of robotics and technology.
Industry Implications
1. Security - The integration of flamethrower attachments with autonomous robotic dogs could revolutionize the security industry by providing enhanced surveillance and defense capabilities.
2. Defense - The Thermonator attachment represents a disruptive innovation opportunity for the defense industry, allowing for remote-controlled flamethrowing robots to be deployed in combat scenarios and hazardous environments.
3. Search and Rescue - By equipping robotic dogs with flamethrower attachments, the search and rescue industry could benefit from increased capabilities in accessing and clearing hazardous areas during emergency situations.