Waldbrandbombe 25 L UAV-Nutzlast | CL-FB-25
Der CL-FB-25 ist ein selbstaktivierendes, stromloses Feuerlöschgerät, das für einen schnellen Einsatz und präzise Leistung konzipiert ist. Mit einer Positionierungsgenauigkeit von 5 ms und einem großen Erfassungsbereich bietet es eine hocheffiziente Brandbekämpfung mit außergewöhnlicher Sicherheit und Zuverlässigkeit. Das System unterstützt sowohl Trockenpulver als auch spezielle Waldlöschmittel auf Wasserbasis, wodurch es an unterschiedliche Brandumgebungen angepasst werden kann.
Das auf Drohnen montierte DP-001 eignet sich hervorragend zur Bekämpfung von Bränden, die für das Personal nur schwer oder gar nicht zu erreichen sind, wie z. B. Wald- und Graslandbrände, offene Lagerplätze, Holz- und Bambusverarbeitungsbereiche, Docks und Frachtschiffe. Seine Fähigkeit, Brände im Frühstadium oder örtlich begrenzte Brände schnell zu unterdrücken, sorgt für kritische Reaktionsfähigkeit und wertvolle Zeit für Brandbekämpfungsmaßnahmen.
Vorteile und Merkmale
A UAV fire extinguishing bomb is a drone-deployed fire suppression device that releases dry chemical powder upon impact to rapidly control fires in inaccessible areas.Efficient, safe, and easy-to-use aerial fire suppression solution with wide coverage and fast response.
Rapid Deployment Within Seconds
Designed for time-critical firefighting scenarios, the UAV fire extinguishing bomb can be deployed and activated within seconds after release. Its precise delay control (≤5ms) ensures accurate positioning, allowing the extinguishing agent to act exactly where it is needed—helping contain fires at the earliest stage.
Wide-Area Fire Suppression Coverage
With a single deployment covering up to 70–100 m², the system delivers highly efficient fire suppression using ultra-fine dry powder or water-based agents. This wide coverage reduces the number of drops required, improving operational efficiency and lowering overall firefighting costs.
Safe and Reliable for UAV Payload Systems
The bomb is self-activated and does not require an external power supply, ensuring stable performance during flight and deployment. Its secure mounting and controlled release design make it compatible with professional UAV payload systems, minimizing operational risks.
No Need for Human Entry into Hazard Zones
By enabling fully remote aerial deployment, the system eliminates the need for firefighters to enter dangerous or inaccessible environments. This significantly reduces exposure to risks such as explosions, toxic smoke, or structural collapse.
Compatible with Multiple Firefighting Agents
The system supports both ABC ultra-fine dry powder and eco-friendly forest water-based agents, making it adaptable to various fire types including forest, grassland, industrial, and logistics fires. This flexibility allows one solution to cover multiple firefighting scenarios.
Technische Daten
| Spezifikation | SLMHD-25L-CL | SLMHD-50L-CL |
|---|---|---|
| Methode der Freigabe | Drohnengestützter kontrollierter freier Fall | Drohnengestützter kontrollierter freier Fall |
| Feuerlöschmittel | Ultrafeines Trockenpulver oder Waldmittel auf Wasserbasis | Ultrafeines Trockenpulver oder Waldmittel auf Wasserbasis |
| Tankvolumen | ≤27 L | ≤50 L |
| Wirkstoff-Füllgewicht (Trockenpulver) | ≤18 kg (ABC ultrafeines Trockenpulver) | ≤35 kg (ABC ultrafeines Trockenpulver) |
| Gewicht der Mittelfüllung (auf Wasserbasis) | ≤25 kg (Umweltfreundlicher Wald auf Wasserbasis) | ≤50 kg (Umweltfreundlicher Wald auf Wasserbasis) |
| Nettogewicht | ≤30 kg | ≤55 kg |
| Abmessungen (Durchmesser × Höhe) | Ø390 × 406 mm | Ø440 × 450 mm |
| Einbauverfahren | Montiert (erfordert kontrollierte Freigabe) | Montiert (erfordert kontrollierte Freigabe) |
| Lagertemperatur | Raumtemperatur | Raumtemperatur |
| Erfassungsbereich (Referenz) | Ca. 70 m² | Ca. 100 m² |
| Bersthöhe (optimal) | 3-5 m | 3-5 m |
| Nutzungsdauer | 2 Jahre | 2 Jahre |
| Empfohlene Flughöhe | 2s Verzögerung → 30 m Fall; 3s Verzögerung → 60 m Fall | 2s Verzögerung → 30 m Fall; 3s Verzögerung → 60 m Fall |
Methods of using drone fire extinguishing bombs
1.Pre-Operation Safety Inspection
Before installation, check that the fire extinguishing bomb is intact with no visible damage or leakage. Ensure all switches are in the correct default positions: power OFF, delay set to 3S, no caps inserted in signal and battery ports, and indicator light off. Confirm the unit is safe for operation.
2.Secure Mounting on UAV
Carefully and securely attach the fire extinguishing bomb to the UAV mounting hook. Ensure the payload is stable and properly balanced to avoid any shifting during flight. A secure installation is critical to ensure safe transport, accurate release, and reliable performance during deployment.
3.Signal Line Connection
Insert the two red jumper caps fully into the signal line ports. Make sure they are firmly connected. Then fix the attached safety cord vertically to a stable part of the UAV frame. This ensures proper triggering and prevents accidental disconnection during flight operations.
4.Battery Activation and System Preparation
Insert the black jumper cap into the battery switch port to activate the internal power system. This step prepares the device for operation without requiring any external power supply. Ensure the connection is secure to guarantee stable system readiness before deployment.
5.Delay Time Setting and System Arming
Select the required delay time (2S or 3S) depending on the operational height. Then switch the device to ON. After activation, operators must immediately evacuate the area within 2 seconds and maintain a safe distance of at least 5 meters to ensure operational safety.
6.Final Check and Takeoff Readiness
After completing all steps and evacuation, observe the indicator light from a safe distance. If the light remains steadily on, the system is ready and the UAV can proceed with takeoff. If not, switch OFF the device, remove the battery cap, and perform inspection before reuse.
Application Scenarios
High-Rise Building Firefighting
High-rise fires are difficult to control due to limited access and delayed response from ground equipment. UAV fire extinguishing bombs can be deployed directly to upper floors, balconies, or exterior structures within minutes. This reduces response time, limits fire spread, and improves safety by minimizing the need for high-risk manual firefighting operations.
Forest and Wildfire Suppression
Wildfires spread rapidly across large and hard-to-reach areas, making early intervention critical. Drone fire extinguishing bombs enable precise delivery of dry powder to ignition points or fire lines. This targeted approach helps contain fires at an early stage, improving efficiency and reducing the cost compared to traditional aerial firefighting methods.
Industrial and Chemical Facilities
Fires in industrial environments can escalate quickly due to hazardous materials and complex layouts. UAV fire extinguishing bombs allow remote deployment without exposing personnel to danger. They deliver suppression agents directly to the source, making them ideal for chemical plants, factories, and high-risk production facilities.
Warehouse and Logistics Centers
Warehouse fires can spread quickly due to dense storage and large indoor spaces. UAV fire extinguishing bombs allow rapid entry into affected areas and immediate suppression of early-stage fires. This helps protect goods, reduce damage, and maintain operational continuity in logistics and storage environments.
Oil & Gas and Energy Infrastructure
Oil and gas facilities are highly sensitive to fire hazards, where small incidents can escalate rapidly. UAV fire extinguishing bombs provide fast, remote response capabilities, delivering dry powder directly to risk zones. This reduces reliance on manual intervention and improves safety in hazardous and explosive environments.
Emergency Rescue and Disaster Response
In disaster scenarios such as earthquakes or explosions, fires often occur in inaccessible areas. UAV fire extinguishing bombs can be rapidly deployed to control fires in collapsed structures or blocked zones. Their flexibility and speed make them an effective tool for first responders in complex emergency situations.
Drone Compatibility
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Designed for Industrial UAV Payload Systems
Multiple Specifications
The UAV fire extinguishing bomb is engineered for integration with professional drone platforms. It supports a payload range of approximately 25–60 kg, making it suitable for medium to heavy-lift industrial UAVs used in firefighting and emergency response missions.
Compatible with Multiple UAV Types
General Compatibility
The system can be deployed on a wide range of industrial drones, including multi-rotor heavy-lift UAVs and specialized firefighting drones. It is commonly used with platforms designed for aerial delivery, inspection, and emergency operations, ensuring flexibility across different operational needs.
Easy Integration with Drop Mechanism
Drop Kit
The bomb is designed for controlled release using standard UAV drop kits. With a simple mounting structure and no external power requirement, integration is fast and reliable. Operators can perform precise aerial deployment with programmable delay timing for optimal detonation height and coverage.
Stable, Safe, and Field-Ready Operation
Automatic detonation
Its self-activating system ensures consistent performance without complex wiring or power connections. This reduces the risk of failure during flight and simplifies field operations, making it ideal for rapid deployment in real emergency scenarios.
Fire Extinguishing Bomb vs Traditional Methods
| Method | Reaktionsgeschwindigkeit | Accessibility | Kosten | Safety |
|---|---|---|---|---|
| UAV Fire Extinguishing Bomb | Hoch | Ausgezeichnet | Niedrig | Hoch |
| Fire Truck | Mittel | Begrenzt | Hoch | Mittel |
| Fire Extinguisher | Niedrig | Begrenzt | Niedrig | Niedrig |
| Water Drone | Mittel | Good | Mittel | Hoch |
Faster Response Time
Compared to traditional fire trucks and manual extinguishers, UAV fire extinguishing bombs can be deployed within minutes. Drones can reach fire points directly without being affected by traffic, terrain, or access limitations, enabling faster initial response.
Superior Accessibility
Fire trucks and ground crews are often limited in hard-to-reach areas such as high-rise buildings, forests, or industrial zones. UAV systems overcome these barriers by delivering fire suppression agents precisely to elevated, remote, or confined locations.
Lower Operational Cost
Traditional aerial firefighting and large-scale fire response systems require significant manpower and equipment. In contrast, drone-based fire extinguishing bombs offer a more cost-effective solution, reducing fuel, labor, and deployment costs—especially for early-stage fire control.
Enhanced Safety for Firefighters
Manual firefighting exposes personnel to high-risk environments, including heat, smoke, and potential explosions. UAV deployment removes the need for direct human involvement in hazardous zones, significantly improving overall safety.
Comparison with Water-Based Firefighting Drones
While water-carrying drones are effective for continuous suppression, they are limited by payload capacity and refill requirements. Fire extinguishing bombs provide instant, concentrated suppression in a single drop, making them more efficient for rapid response and initial fire control.
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