The world of robotics continues to astonish, and a new creation has just emerged: the Thermonator, a robot dog equipped with a flamethrower, developed by the American company Throwflame. This invention, which might seem straight out of a science fiction movie, is now available for sale in the United States, sparking a series of debates about its potential applications.
The Thermonator does not go unnoticed. Featuring remarkable agility, it can move at a maximum speed of 6 mph (approximately 9.6 km/h) on rough terrain. But what draws the most attention is its ability to project a powerful stream of fire, reaching an impressive distance of over 29 feet (nearly 9 meters). Controlled remotely via Wi-Fi or Bluetooth, this robot dog offers an hour of autonomy, with live camera feed for easy operation.
While this creation might conjure images of massive destruction, its designer emphasizes its peaceful applications. Indeed, the Thermonator is designed to serve in various fields, such as snow removal and de-icing of roads, wildfire prevention (by strategically burning areas to create firebreaks), and even the ignition of tactical fires for specific needs. Despite its imposing appearance, it is presented as a tool of assistance rather than a weapon of destruction.
However, the market release of this flamethrower-equipped robot dog raises concerns about its safety and responsible use. Although its sale is legal in the United States, it is strictly regulated due to the potential danger such a device represents. Indeed, the risks of fire and the possibilities of misuse cannot be overlooked, which raises questions about the need for stricter regulation.
The Thermonator, a result of collaboration between Throwflame and Unitree Robotics, represents a significant advancement in the field of robotics. Its innovative design and impressive features make it a topic of discussion for both technology enthusiasts and security experts. It also illustrates the ethical and legal challenges society faces as it explores the boundaries of technological innovation.
Author of the article: Cédric DEPOND