Scene from Deployment at Eumseong, Chungbuk Factory Fire Included
Hyundai Motor Group announced on the 3rd that it has released a video titled A Safer Way Home, showcasing unmanned firefighting robot technology developed in collaboration with the National Fire Agency.
The video reflects the company’s commitment to swiftly responding to fire scenes to minimize casualties and, furthermore, to protect the lives and safety of firefighters. It highlights the dedication of firefighters who risk their lives at every moment, and then depicts how the deployment of unmanned firefighting robots in situations where human entry is impossible transforms fire suppression environments to become safer and more efficient.
Hyundai Motor Group released a video titled on the 3rd, introducing the unmanned firefighting robot technology developed in collaboration with the National Fire Agency. From left to right: Impalsun, Rescue Team Leader; Jeon Junyoung, Chief; Hwang Jungmin, Squad Leader, who operate the unmanned firefighting robot at the Central 119 Rescue Headquarters. Hyundai Motor Group
The voices, photos, and actual field footage of active firefighters are vividly delivered, with real firefighters, including Impal Soon, Rescue Team Leader at the Central 119 Rescue Headquarters, participating both on-screen while operating the unmanned firefighting robot and as narrators, enhancing the authenticity and credibility of the video.
The unmanned firefighting robot is an advanced unmanned mobility solution actually deployed at fire scenes, and represents a next-generation fire response solution produced through collaboration among Hyundai Motor, Kia, Hyundai Rotem, Hyundai Mobis, and the National Fire Agency.
In the video, the unmanned firefighting robot demonstrates its mission capabilities using technologies such as an advanced autonomous driving assistance system, an AI vision enhancement camera, a high-pressure photoluminescent reel hose, and a 6X6 in-wheel motor system. Footage from the actual deployment of the unmanned firefighting robot during a fire at a factory in Eumseong, Chungbuk on January 30 is also included.
The unmanned firefighting robot is equipped with a dedicated spray system and thermal insulation design to withstand extreme temperatures. Spray nozzles surrounding the equipment continuously emit fine water particles to form a water film on the exterior, protecting the robot’s body from intense heat. As a result, the robot can reliably perform suppression missions even in high-temperature environments ranging from 500 to 800℃.
The advanced autonomous driving assistance system recognizes surrounding terrain and obstacles to minimize collision risks, enabling stable movement even in environments dense with obstacles. Based on short- and long-wavelength thermal imaging sensors, the AI vision enhancement camera system utilizes AI-based software to provide precise, real-time field information through an infrared camera system, even in environments where visibility is impaired by smoke and high heat.
Hyundai Motor Group released a video titled on the 3rd, showcasing unmanned firefighting robot technology developed in collaboration with the National Fire Agency. Hyundai Motor Group
Hyundai Motor Group released a video titled on the 3rd, introducing the unmanned firefighting robot technology developed in collaboration with the National Fire Agency. AI vision enhancement camera of the unmanned firefighting robot. Hyundai Motor Group
The high-pressure photoluminescent reel hose mounted on the robot is a next-generation firefighting hose that emits its own light in darkness, enabling it to guide escape routes and support the safe movement of entry teams even in situations with limited visibility.
The electrified drivetrain utilizes Hyundai Mobis’ 6X6 in-wheel motor-based electric system. With motors installed in each wheel, the robot can rotate 360 degrees on the spot, achieving flexible maneuvers even in tight spaces or complex entryways. The electrical modules boast high waterproof and dustproof performance, ensuring strong durability.
The unmanned firefighting robot is expected to serve not only as a simple fire suppression tool but also as a “data acquisition platform” that digitizes disaster scenes. By continuously learning and analyzing various on-site data such as smoke concentration, fire scale, and temperature through machine learning, it is anticipated to evolve into a highly sophisticated “fire response platform.”
The National Fire Agency, the National Fire Research Institute, and Hyundai Motor Group plan to further develop the robot into a true unmanned firefighting robot that independently assesses situations upon deployment, analyzes fire origins and suppression priorities, and calculates the most efficient suppression methods to autonomously extinguish fires.
A Hyundai Motor Group official stated, “The unmanned firefighting robot is a technology that enters hazardous scenes before people, protecting the lives and safety of firefighters,” adding, “We will continue to focus on technology development and support to serve as a reliable partner for uniformed heroes who safeguard the members and safety of our society.”
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