Firefighting Robot Industry Background Overview
Unmanned fire vehicles, also known as firefighting robots or Unmanned Ground Firefighting Vehicles (UGFV), represent a revolutionary technological innovation in the fire rescue field in recent years. These intelligent equipment can perform tasks such as fire extinguishing, reconnaissance, and rescue through remote control or autonomous decision-making without the need for direct operation by human drivers.
They are fundamentally changing traditional fire rescue models. Unmanned fire vehicles are particularly suitable for high-risk scenarios that are difficult for personnel to approach, such as explosions in petrochemical parks, fires in tunnels and underground spaces, high-rise building fires, and forest or grassland fires. They can significantly reduce the risk of firefighter casualties and improve rescue efficiency.
The global unmanned fire vehicle market is showing a trend of rapid growth. According to industry report data, the global fire truck market size will reach $6.31 billion (approximately RMB 45.6 billion) in 2024, with Europe accounting for 39% as the largest regional market, followed by North America with a 26% share.
Although the Chinese market size is RMB 6.12 billion, accounting for only 13.3% of the global market, its growth rate (CAGR of 4.96%) is higher than the global average of 3.2%.
With the continuous development of technologies such as artificial intelligence, 5G communication, and autonomous driving, the unmanned fire vehicle industry is ushering in unprecedented development opportunities. Major global manufacturers are increasingly deploying in this sector, introducing various unique products and solutions.
International Leading Manufacturers
Table: Comparison of Major International Unmanned Fire Vehicle Manufacturers
| Manufacturer | Country | Year Founded | Core Products | Technical Characteristics |
| Howe & Howe Technologies | USA | 2001 | Ripsaw series, Thermite RS3 | High-speed dual-track design, high-temperature resistance protection |
| Rosenbauer | Austria | 1866 | ATLAS, Panther | AI fire prediction, hybrid power system |
| Shark Robotics | France | – | Colossus, RHYNO | Modular design, explosion-proof certification |
| Hyundai Rotem | South Korea | 1977 | HR-Sherpa | Precision injection system, real-time video transmission |
| SHERP | Ukraine | – | SHERP unmanned platform | Amphibious capability, ultra-low pressure tires |
Howe & Howe Technologies (USA)
Howe & Howe Technologies was founded in 2001 by twin brothers Michael “Mike” and Geoffrey “Geoff” Howe and was acquired by Textron Systems in 2018. The company is headquartered in Waterville, Maine, USA, and is a world leader in the field of extreme vehicle manufacturing and an important creator of advanced robotic platform solutions. The company is renowned for its innovation, efficiency, and outstanding ethics, and its products are highly valued by everyone from the US government to national utility companies and even Hollywood filmmakers.
Main Product Features:
Ripsaw series: Known as the “world’s fastest dual-track vehicle,” it features a luxury fully enclosed cab with two seats, a top speed of over 100 mph, ability to travel on all terrains, a range of 300 miles, supports both manned and unmanned operation modes, and is equipped with an advanced weapon system.
Thermite RS3 firefighting robot: This is a tracked firefighting robot designed to withstand extreme high-temperature environments. It is equipped with a high-pressure water cannon and Foam spray system with a range of over 50 meters, supports remote control and autonomous operation, and is suitable for chemical fires and hazardous environments.
PAV1 The Badger:Recognized by Guinness World Records as the “world’s smallest armored assault vehicle,” it is only 32 inches wide, features bulletproof design, and is suitable for rescue missions in confined spaces.
Rosenbauer (Austria)
Founded in 1866, Rosenbauer is the world’s largest fire truck manufacturer with a market share exceeding 20%. This company with over 150 years of history is headquartered in Austria and has production bases and sales networks worldwide, making it a benchmark enterprise in the fire truck industry. Rosenbauer is renowned for its technological innovation and product quality, serving fire departments in many countries and regions around the world for a long time.
Product Features:
ATLAS firefighting robot:Utilizes L4 level autonomous driving technology, equipped with multi-source sensors such as LiDAR, cameras, and infrared thermal imagers, enabling precise positioning, path planning, and obstacle avoidance. The vehicle uses a pure electric power system, with battery protection grade reaching IP67 or above, and can operate in environments from -20°C to +60°C.
Panther airport fire truck:Designed for airport firefighting, it features a hybrid power system with excellent acceleration performance, enabling it to reach any location at the airport in a very short time. The vehicle is equipped with an intelligent fire extinguishing system that can automatically identify the fire source and accurately spray fire suppressant.
AI fire prediction system:Uses artificial intelligence technology to analyze fire scene data, predict fire development trajectories, and provide support for command decisions. The system can integrate real-time images transmitted by drones to construct a 3D model of the fire scene.
Shark Robotics (France)
Shark Robotics is a well-known French manufacturer of firefighting robots, focusing on developing unmanned solutions for extreme and hazardous environments. The company’s products are known for their high mobility and powerful functional modular design, and are widely used in special scenarios such as industrial fires and nuclear power plant accidents.
Product Features:
Colossus firefighting robot: Features pure electric design, with an endurance of up to 6 hours, waterproof grade IP67, and can withstand extreme temperature environments. The vehicle has a maximum traction of 5200N, obstacle clearance height of 290mm, gradeability over 28%, and a remote control distance exceeding 1.5 kilometers.
Multifunctional modular design: Can be equipped with different modules such as high-pressure water cannons, foam spray devices, toxic gas detection equipment, and emergency rescue materials according to mission requirements. Many models also have real-time video transmission and fire scene 3D reconstruction capabilities, providing information support for rear command.
RHYNO explosion-proof platform: Designed for chemical explosion environments, it uses explosion-proof certified components and can operate safely in flammable and explosive environments. The platform is equipped with a dual water cannon system, with a water flow rate of up to 3000 liters per minute and a range of over 80 meters.
Hyundai Rotem (South Korea)
Hyundai Rotem is a subsidiary of the Hyundai Motor Group, focusing on the manufacturing of special vehicles and railway vehicles. At the 2025 International Fire Safety Expo, the company jointly launched a next-generation unmanned fire truck with the Korean National Fire Agency, attracting widespread attention.
Product Features:
HR-Sherpa unmanned platform: Developed based on the multi-purpose unmanned platform HR-Sherpa, specifically for high-risk environments such as underground parking lots that are difficult for firefighters to enter. The vehicle features enhanced waterproofing, insulation, and airless tire systems, and can withstand extreme high temperatures.
Precision spray system: Capable of adjusting water spray angles with extremely high precision, achieving a spray distance of up to 70 meters. In live demonstrations, the vehicle demonstrated autonomous navigation, activation of thermal shielding systems, and alarm triggering.
Real-time video transmission: Operators can remotely view live footage through cameras installed around the vehicle to assess the situation and decide whether to deploy human firefighters.
SHERP (Ukraine)
SHERP is a Ukrainian technology company known for its unique amphibious, extremely high-mobility unmanned ground vehicles. Headquartered in Kyiv, the company holds the international quality standard ISO 9001 certificate, and its products possess unparalleled functionality and characteristics in the world.
Product Features:
Amphibious high mobility: The SHERP unmanned vehicle platform has excellent amphibious capabilities and extremely high mobility, with a control radius of 10 kilometers, and can be used for rescue, transportation, and logistics tasks. It has a loading capacity of 1200 kg, a maximum range of 10 km, and gradeability of 40°.
Tubeless ultra-low pressure tires: The unique ultra-low pressure tires are a key innovation designed specifically for SHERP. The four tires are interconnected through a special “eco-circuit” and inflated via exhaust gas. This technology allows the wheels to act as suspension, enabling the vehicle to overcome any obstacle on the expedition route.
Environmentally friendly engine:Uses a Doosan Infracore diesel engine that provides high torque and fuel efficiency with low noise and vibration. These engines are suitable for operation in any climate zone, allowing the all-terrain vehicle to operate in hot desert conditions or cold glaciers.
Domestic Major Manufacturers (China)
Table: Comparison of Major Chinese Unmanned Fire Vehicle Manufacturers
| Manufacturer | Location | Core Products | Technical Characteristics | Application Scenarios |
| Haomiao Tech | Anhui | Unmanned elevating fire truck | 5G transmission, automatic obstacle avoidance | Ultra-high-rise building fires |
| Shanhe Xinghang | Hunan | Tethered drone fire truck | Carbon fiber body, vehicle-drone collaboration | Ultra-high-rise building façade firefighting |
| Hubei Yizhuan | Hubei | Multi-module intelligent fire truck | Intelligent switching, multi-scenario application | Mid-to-high-rise buildings, forest fires |
| Shenzhen Dongfeng | Guangdong | AI fire truck with drone swarm | Swarm intelligence, vehicle-drone integration | Ultra-high-rise building firefighting |
| Xunjie’an | Hubei | XV1000 drone fire truck | Air-ground collaboration, integrated design | High-rise buildings, conventional firefighting |
| NorthValley Robotics | Hunan | Firefighting robots, combat robots, UGV | L4-level autonomous driving capabilities |
Haomiao Technology (Anhui, China)
Haomiao Technology is a national-level “Specialized, Refined, Unique, and New” (SRUN) enterprise (also known as “Little Giant”), focusing on the R&D and production of unmanned fire trucks and intelligent rescue equipment. The company is deeply involved in the construction of urban safety systems and is committed to solving problems of personnel safety and rescue efficiency in extreme fire scenarios.
Product Features:
Unmanned elevating fire truck:Integrates autonomous driving, 5G transmission, automatic obstacle avoidance, and automatic track-following firefighting technologies. It enables unmanned firefighting operations in hazardous scenarios through a remote control system, features “one-button control” functionality, and supports fully automated processes including automatic arm deployment, fire seeking, and extinguishing.
Heavy-payload firefighting drone: Capable of spraying compressed air foam at altitudes of 200 meters, with a range exceeding 40 meters, suitable for ultra-high-rise building fires. Using pure water at 150 meters height, it can achieve a range of 45 meters, precisely covering areas difficult for traditional equipment to reach.
Fire truck IoT system:Through the Haomiao Cloud platform and HBox data acquisition device, it can monitor vehicle status, fault information, and fire suppressant levels in real-time. The system supports Beidou navigation, providing dynamic decision-making basis for rescue command.
Shanhe Xinghang (Hunan, China)
Shanhe Xinghang Industrial Co., Ltd. is a subsidiary of Shanhe Intelligent, led by Professor He Qinghua, focusing on the R&D of aviation equipment and special emergency equipment. Its “Tethered Drone Fire Truck” is the result of a major “unveiling and commanding” project by the Ministry of Science and Technology.
Product Features:
Tethered drone fire truck:Integrates multiple core technologies, providing power, liquid supply, and photoelectric signal transmission through a comprehensive tethered cable. The drone uses a carbon fiber lightweight integrated body with a maximum payload of 350 kg.
Vehicle-drone collaborative multi-agent linkage control: The operational height over 200 meters, with an effective fire suppressant spraying of 30 meters, capable of covering the firefighting needs of the vast majority of ultra-high-rise building exteriors. The entire vehicle is only 10.1 meters long, adaptable to narrow urban spaces, and can take off and land without deploying outriggers.
Redundant fault-tolerant flight control system:Possesses Level 6 wind resistance and IP54 protection grade, ensuring safety and reliability in complex environments.
Hubei Yizhuan (Hubei, China)
Hubei Yizhuan is an enterprise professionally engaged in the R&D and manufacturing of firefighting equipment. Its drone fire truck uses a Dongfeng Tianjin chassis and features multi-module intelligent switching functionality.
Product Features:
Multi-module intelligent switching: When fighting fires in low buildings, the vehicle-mounted fire monitor has a range of 66 meters; for high-rise firefighting, it can reach up to 120 meters with fire hoses and 150 meters with foam hoses.
Wide application scenarios:Can be widely used in mid-to-high-rise building firefighting, window breaking in mid-to-high rises, and forest fires.
Intelligent control system:Uses advanced control algorithms to automatically adjust firefighting strategies based on the fire scene conditions, optimizing fire extinguishing effectiveness.
Shenzhen Dongfeng (Guangdong, China)
Shenzhen Dongfeng (Shiyan) Automobile Co., Ltd. is a professional automobile manufacturing enterprise. Its AI fire truck with drone swarm is based on a Dongfeng Tianlong KL chassis and follows a vehicle-drone integrated design philosophy.
Product Features:
AI fire truck with drone swarm: An intelligent firefighting and rescue fire truck for high-rise and ultra-high-rise building fires based on vehicle-drone integration. It can effectively cover firefighting and rescue operations for buildings ranging from 0 to 600 meters, achieving the advantages of striking early, striking small, striking thoroughly, and striking accurately.
Intelligent collaborative operation:Multiple drones can work together, allocate tasks through AI algorithms to improve firefighting efficiency.
Remote monitoring system: Equipped with high-definition cameras and thermal imagers, it can transmit live images of the fire scene back to base, providing support for command decisions.
Xunjie’an Emergency Equipment Technology (Hubei, China)
Xunjie’an Emergency Equipment Technology focuses on the R&D of emergency equipment. Its drone fire truck innovatively integrates heavy-payload drones and firefighting trucks.
Product Features:
XV1000 drone fire truck:Based on a Jiefang Han V chassis, it innovatively integrates heavy-payload drones (and reconnaissance drones) with fire trucks. The entire set of equipment is highly integrated, intelligent, and enables air-ground coordination, performing firefighting and rescue operations by deploying fire hoses from drones flying at high altitudes.
Dual application scenarios: It can be used both for urban high-rise building fire rescue scenarios and as a conventional firefighting vehicle or drone transport vehicle.
Rapid deployment capability: Can dispatch quickly upon receiving an alarm and arrive at the fire scene in the shortest possible time to launch rescue operations.
Table: Comparison of Key Technical Parameters of Unmanned Fire Vehicles
| Technical Indicator | International Advanced Level | Domestic Advanced Level (China) | Development Trend |
| Maximum Gradeability | >45° | >32° | Increasing trafficability |
| Obstacle Clearance Height | >300mm | >200mm | Adapting to complex terrain |
| Remote Control Distance | >3km (open area) | >1.5km (open area) | Farther and more reliable |
| Endurance Time | 6-8 hours | 4-6 hours | Extended with new energy sources |
| Protection Grade (IP) | IP68 | IP67 | Higher protection Grade |
| Operating Temperature Range | -30°C to +65°C | -20°C to +60°C | Broader temperature adaptation |
Market Trends Summary
The unmanned fire vehicle market will show the following core development trends in the future:
- Continuous Increase in Intelligence:With the development of AI technology, unmanned fire vehicles will possess higher levels of autonomous decision-making capability. By 2030, L4 level autonomous driving is expected to become the industry standard, allowing fire vehicles to complete most firefighting tasks without human intervention. The penetration rate of intelligent control systems is projected to increase from 35% in 2020 to 62% in 2025.
- New Energy Becoming Mainstream:The penetration rate of electric fire vehicles continues to rise. The EU requires a 40% reduction in fire vehicle carbon emissions by 2030, driving the demand for hybrid and pure electric models. The annual growth rate of electric fire vehicles in China is 12%. European and American companies are developing pilot projects for hydrogen-powered fire trucks.
- Expanding Application Scenarios:Unmanned fire vehicles will gradually expand from current special scenario applications to conventional fire rescue fields. By 2030, unmanned fire vehicles are expected to undertake over 30% of initial fire suppression tasks, becoming an important part of the firefighting force.
- Cluster Operations Becoming a Trend:Collaborative operations between multiple unmanned fire vehicles and drones will become standard tactics. Through swarm intelligence algorithms, these devices can autonomously allocating tasks, optimize firefighting routes, and improve overall rescue efficiency.
The global market size is estimated to reach $9.23 billion by 2031 (CAGR 3.2%), with municipal demand accounting for 77%. Industrial fire trucks will see significant growth due to safety upgrades in chemical plants. As technology matures and costs gradually decrease, unmanned fire vehicles will play an increasingly important role in the field of fire rescue, making greater contributions to protecting people’s lives and property.