Engineered for high-accuracy strikes and rapid battlefield deployment, our Precision-Guided Drone-Mounted Mortar Launcher delivers 3m-target accuracy within a 5km control range, ideal for tactical missions and emergency response. Explore advanced specs and combat-ready features below.
🔍 Product Overview
Precision-Guided Rapid-Deployment Drone-Mounted Mortar Launcher
This lightweight carbon fiber system combines remote-controlled targeting and quick-release mechanisms for multi-payload battlefield flexibility, supporting 4-6 rounds with unmatched precision.
🚀 Core Advantages
✅ Precision Strike: High-accuracy remote control ensures 3m-target accuracy even in complex terrains.
✅ Rapid Deployment: Quick-release drone-mounted design enables field setup in 30 seconds.
✅ Combat-Ready Durability: Carbon fiber construction withstands extreme temperatures (-40°C to 55°C).
🌍 Applications
Military Operations: Neutralize hidden targets with long-range tactical mortar strikes.
Counter-Terrorism: Deliver multi-payload rounds (smoke, flash, explosive) for rapid intervention.
Disaster Relief: Deploy supplies or signal markers in inaccessible zones via aerial mortar delivery.
UAV mounting technology
The drone mounting technology is a key link in integrating mortar throwers with drone systems. In the design process, it is necessary to comprehensively consider the load-bearing limitations of the drone, flight stability, as well as the size and weight of the catapult. Usually, the catapult is installed at the bottom or side of the drone and securely connected using a robotic arm or a specially designed bracket for mounting. At the same time, it is necessary to ensure reasonable electrical interfaces and communication protocols to achieve smooth interaction between the catapult and the drone control system.
Integrated design of mortar
The integrated design of mortars must take into account their structural strength, manufacturing accuracy, reliability, and lightweight characteristics. Structurally, the gun body should be made of high-strength lightweight materials such as aluminum alloy or composite materials to reduce overall weight. At the same time, precision machining and meticulous assembly are used to ensure the accuracy of the gun barrel and bore. Reliability depends on the selection of high-quality materials and exquisite manufacturing processes. In addition, it is necessary to design the ammunition loading and firing mechanism reasonably to adapt to the coordinated operation with the catapult.
Accurate throwing control
Accurate throwing control is a key link in the technology of unmanned aerial vehicle throwing mortar. It covers multiple core elements such as drone flight control, target positioning, and the triggering timing of the catapult. Drones need to be equipped with high-precision navigation and positioning devices to obtain their own position and target point coordinates in real time. At the same time, complex algorithms are used to calculate the optimal throwing timing and angle, ensuring that the mortar can accurately hit the target.
Safety and stability considerations
Safety and stability are crucial in unmanned aerial vehicle mortar technology. When designing, various potential risks and unexpected situations must be fully considered, such as drone loss, catapult failure, etc., and corresponding safety measures must be taken, such as emergency recovery procedures and the installation of safety protection devices. In addition, strict testing and validation are required to ensure the stability and reliability of the system.
Battlefield applications and advantages
The drone mounted mortar launcher technology has demonstrated significant advantages in battlefield applications. It greatly enhances the flexibility and rapid response capability of combat, enabling troops to quickly and accurately strike enemy targets. At the same time, the high-altitude reconnaissance and precise positioning functions of drones help detect and strike enemy hidden targets, reduce the risk of casualties among combat personnel, and enhance overall combat effectiveness.
Technological challenges and response strategies faced
Although significant progress has been made in the technology of attaching mortar launchers to drones, it still faces many technical challenges. Ensuring stable flight and precise positioning of drones in complex environments has become the primary challenge. Meanwhile, optimizing the design and control algorithm of the thrower to further improve the throwing accuracy is also the key to technological upgrading. In addition, the security and reliability guarantee of the system cannot be ignored.
To address these challenges, we can seek breakthroughs by conducting in-depth research on drone flight control technology, developing more advanced navigation and positioning equipment, and continuously optimizing the structure and control algorithms of the catapult. These efforts will drive greater progress in drone mounted mortar thrower technology in the future.
Future Development Trends
Looking ahead to the future, with the continuous advancement of technology and the evolving needs of the battlefield, the technology of UAV mounted mortar throwers will continue to be upgraded and improved. We look forward to achieving technological breakthroughs in multiple areas, including further improving throwing accuracy and range, achieving compatibility with multiple types of ammunition and intelligent ammunition loading, enhancing system safety and reliability, and expanding its application fields and scenarios, such as anti-terrorism, rescue and other non war fields. These developments will enable drone mounted mortar thrower technology to play a more critical role in future battlefields.
Product Features
Quick deployment, portable installation
Improve target strike efficiency
Can be used in complex environments
Flexible formation based on tasks
Parameters:
Size: 400mm * 300mm * 150mm
Loading capacity: 4 pieces
6 pieces (customized)
Self weight: 1.5kg
Aiming method: pan tilt aiming
Delivery method: single shot
Hit accuracy: within 3m diameter
Electronic control deployment: switch voltage 12V
Installation method: Lock tongue upward impact automatic locking
Power supply mode: onboard power supply
Throwing accuracy: 1-3 meters
Control distance: ≥ 5km
Control method: Remote control
❓ FAQ
Q: Can it integrate with commercial drones?
A: Yes, pan-tilt aiming and PWM compatibility ensure seamless integration with industrial UAVs.
Q: How long does battery setup take?
A: Uses onboard 12V power—no external charging. Ready to launch in 10 seconds.
Q: Is it waterproof?
A: IP55-rated housing protects against heavy rain and dust.
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Detalles
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Detalles
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Detalles
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Detalles
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Detalles
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Detalles
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Detalles
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Detalles
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