MYUAV tethered fire extinguishing bomb: suitable for forests/high-rise buildings/multiple scenarios, breaking through traditional fire extinguishing pain points
1. Q: In which scenarios are unmanned aerial vehicle tethered fire extinguishers suitable for use? What are the advantages compared to traditional firefighting methods?
A: Our unmanned aerial vehicle tethered firefighting bombs are suitable for various complex and dangerous firefighting scenarios, solving many difficult problems that traditional firefighting methods are unable to cope with for global customers.
In forest fire scenarios, the forest terrain is complex, often with steep slopes, canyons, dense forests, and other terrain. Traditional firefighting methods, such as firefighters relying on fire extinguishers and water guns to extinguish fires, are inefficient and difficult to quickly reach the depths of the fire source. Manually opening fire isolation zones consumes a lot of manpower and time. And our drones are equipped with fire extinguishers, which can take off quickly and complete preparation work within 5-10 minutes. They can directly cross complex terrain and reach the fire point. A single machine can carry multiple fire extinguishing bombs at a time, accurately dropping them with an error controlled within 1 meter, quickly suppressing the initial fire point and effectively avoiding the spread of large-scale fires caused by over 90% failure to control the initial fire in a timely manner. For example, in a forest fire prevention and control project in collaboration with a fire department in Australia, our fire extinguishers successfully extinguished the fire in the early stages of multiple small-scale forest fires, preventing it from escalating into a large-scale disaster.
Urban high-rise building fires are also its area of expertise. When a fire occurs in a high-rise building, the aerial ladder truck is limited by its height, making it difficult to reach higher floors, and the risk of firefighters entering the building to extinguish the fire is high. Our drones can carry fire extinguishers to the corresponding floor height and accurately deliver them to the ignition point. In a cooperation case with a fire department in a European city, a simulated fire in a 20 story high-rise building was quickly responded to by unmanned aerial vehicles tethered to fire extinguishers, which quickly controlled the fire and bought valuable time for subsequent rescue efforts.
Compared with traditional firefighting methods, our unmanned aerial vehicle tethered fire extinguishing bombs have significant advantages. In terms of response speed, it can reach the fire scene within a radius of 10km within 5 minutes after receiving the alarm, saving a lot of time compared to traditional fire trucks. In terms of cost, the cost of a single firefighting operation is much lower compared to helicopters, and the monitoring cost per square kilometer in mountainous areas has significantly decreased. And it can keep firefighters away from high-risk areas, ensuring the safety of personnel's lives
2. Q: How does your factory ensure the reliability of your unmanned aerial vehicle tethered fire extinguishing bombs? What successful cases can be shared in cooperation with multinational companies?
A: We always regard product reliability as the lifeline, strictly controlling multiple key links to ensure that every unmanned aerial vehicle tethered fire extinguishing bomb can play a stable and efficient role in extinguishing fires at critical moments.
In the R&D and design phase, we invest a lot of resources, form a professional R&D team, and conduct in-depth research on the characteristics and requirements of different fire scenarios. Repeatedly test and optimize the core performance of fire extinguishers, such as the accuracy of explosion triggering, the effective coverage range of fire extinguishing agents, and the effectiveness of fire extinguishing. For example, our fire extinguishing bomb fuse is specially designed to detonate accurately at the moment of contact with the ground or at low altitude, avoiding accidental explosions in the air, while ensuring that the fire extinguishing agent is released at the best time, maximizing the effectiveness of fire extinguishing.
In the production process, we adopt advanced production equipment and strict quality control system. The production materials are selected from high-quality, weather resistant materials that meet international safety standards. Each production process has detailed operating specifications and quality inspection procedures, from the incoming inspection of raw materials, to the sampling inspection of semi-finished products during the production process, and then to the comprehensive inspection of finished products, with layers of checks to prevent any defective products from flowing out. The factory also regularly undergoes internal and third-party audits to ensure the compliance and stability of the production process.
During the testing and validation phase, fire extinguishers undergo a series of rigorous tests. This includes simulating performance tests under different environmental conditions, such as high temperature, low temperature, high humidity environments, as well as bomb drop tests under different terrain and wind conditions. Through a large number of practical scenario simulation tests, we continuously optimize product performance to ensure its reliable operation in various complex environments around the world.
We have accumulated numerous successful cases in cooperation with multinational companies. In cooperation with a large fire equipment supplier in the United States, a large number of unmanned aerial vehicle (UAV) tethered fire extinguishers were provided for forest fire prevention and control projects in their region. In an actual fire, multiple drones carrying our firefighting bombs responded quickly and accurately, successfully extinguishing a large area of forest fires and helping the local area avoid huge ecological and economic losses. The supplier subsequently added orders multiple times.