LM-150 Long-Range Suicide Drone System from China Suppliers | Reliable UAV Factory Solutions
Product introduction
The LM-150 is a long-range suicide drone attack system. UAVs can directly attack targets with established coordinates from a long distance, and can also cruise in the air for a long time in the combat area, and enter the attack mode after determining the target.
The UAV has an endurance of more than 6 hours, a range of more than 1000 km, and can carry a 50 kg warhead in proximity or collision mode (optional) to carry out devastating attacks on air defense positions, armored assembly positions, fortifications, airports, ports and other targets.
The UAV adopts a fully autonomous working mode and carries out coordinate strikes on its own according to the mission plan uploaded before launching. When the fuel is about to run out, the UAV automatically goes to the pre-set self-destruction area to complete the self-destruction operation.

Figure 1 LM-150 UAV platform
Product features
The LM-150 UAV has a delta wing layout with a cylindrical fuselage. The left and right wings are slightly arranged with vertical tails. The trailing edge of the wing is provided with an elevator and elevons. The power system of the whole aircraft is a pusher arrangement, with a piston engine driving the propeller, and the propeller is a two-blade fixed-pitch wooden propeller. The booster is arranged on the belly of the fuselage and is used for zero-length launch takeoff.

Figure 2 Three views of the platform
Product Integrated
Table 1 Main performance indexes of UAV
| Serial number | Project | Performance parameters |
|---|---|---|
| 1 | Maximum takeoff weight | 150kg |
| 2 | Adaptive load weight | 50kg |
| 3 | Cruising speed | EAS 150~180km/h (42~50m/s) |
| 4 | Practical ceiling | Altitude 3000m |
| 5 | Endurance | 6 hours (altitude 1000 m) |
| 6 | Voyage | 1000km |
| 7 | Communication distance | ≮50km (sight distance) Optional 100km/150km data link |
| 8 | Satellite guidance accuracy | CEP50 ≯10m |
| 9 | Operating temperature | -20℃~55℃ |
| 10 | Wind resistance | Level 6 in launch phase (12m/s) Flight phase level 7 (17m/s) |
| 11 | Storage life | 5 years for flight platform / 10 years for airframe structure |
| 12 | Launch mode | Simple launcher |
Introduction to product use
Check whether all components and equipment of the overall system function normally.
Use the ground station to import the target position into the UAV (the uploaded and downloaded data are the same data).
Launch using an ignition device.
The unmanned aerial vehicle enters an autonomous state and flies to the target.
Complete the task.
Frequently Asked Questions (FAQ)
What is the maximum range and flight endurance of the LM-150 UAV?
The LM-150 UAV features a maximum flight range of over 1000 km and has an endurance of more than 6 hours at an altitude of 1000 meters.
What type of payload can the LM-150 UAV carry?
The system supports an adaptive load weight of up to 50 kg and can carry a warhead in either proximity or collision mode to strike fortifications, air defense positions, and armored assembly areas.
How does the LM-150 navigate and target coordinates?
The UAV adopts a fully autonomous working mode. Target coordinates are imported via the ground station prior to launch, and the system guides itself using satellite navigation with a CEP50 accuracy of less than or equal to 10 meters.
What happens if the drone runs out of fuel before finding a target?
If the fuel levels are nearly depleted and the mission is not completed, the UAV will automatically navigate to a pre-programmed self-destruction area to safely complete its self-destruction sequence.
What are the environmental and wind limits for launch and flight?
The LM-150 functions in temperatures ranging from -20℃ to 55℃. It can withstand Level 6 winds (up to 12m/s) during the launch phase and Level 7 winds (up to 17m/s) during the flight phase.
How is the LM-150 UAV launched?
The UAV is launched using a simple launcher. A booster attached to the belly of the fuselage is used to facilitate a zero-length launch takeoff.


