Small motorcycle-based cruise missile drone

Small motorcycle-based cruise missile drone

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The “Little Motorcycle” tri-wing suicide dr…

描述

The “Little Motorcycle” tri-wing suicide drone is equipped with a civilian motorcycle engine, a wooden propeller, and a high-explosive warhead weighing approximately 50 kilograms, yet it can strike targets across a vast area spanning 1,500 to 2,500 kilometers. It represents a unique type of “patrol missile” —combining reconnaissance capabilities with precision strike capability—capable of hovering over target areas in wait-and-see mode and launching a dive attack upon detecting a target.

Key advantages include: Extreme cost-effectiveness – the manufacturing cost per unit is so low that it even surpasses that of certain luxury motorcycles; Extended range – with a maximum range of 1,500 to 2,500 kilometers, sufficient to cover strategic  targets; Swarm tactics – combining low-altitude, slow-speed flight with swarm saturation attacks, placing enemy air defense systems in a predicament where detection is difficult, interception costly, and resource-intensive; Simple mass production – capable of large-scale manufacturing at standard mechanical plants, breaking down the barriers inherent in traditional military industry.

key parameter :

Dimensions and Weight: The aircraft measures approximately 3.5 meters in length, has a wingspan of about 2.5 meters, and weighs around 200 kilograms.

Warhead: A high-explosive warhead weighing 40 to 50 kilograms, with a yield equivalent to that of a 155-mm howitzer shell;

Powertrain: A civilian piston engine mounted on a motorcycle, propelled by a rear-mounted propeller, with a cruising speed of approximately 185 km/h;

Guidance system: Inertial Navigation System (INS) combined with civilian GPS/GLONASS satellite navigation; later models are equipped with anti-jamming devices to counter electronic suppression.

Noise characteristics: During flight, it emits a distinctive two-stroke engine hum, resembling that of a motorcycle in the air, hence its name.

1. Product Overview

This is a long-endurance fixed-wing loitering attack drone, powered by a four-stroke piston engine. It takes off via catapult launcher without runways. It can carry up to 50kg payload, with ultra-long flight range and strong wind resistance, suitable for long-range reconnaissance, target searching and precision strike missions in field combat.

2. Technical Specifications

表格
No. Indicator Parameters
1 Fuselage Length 3600mm
2 Wingspan 2800mm
3 Maximum Take-off Weight 180kg
4 Maximum Effective Payload 50kg
5 Control Distance Remote controller: 1-2km; Ground station: 10-30km
6 Endurance Time ≥9h
7 Range ≥1800km
8 Cruise Speed 50m/s
9 Service Ceiling (Altitude) 4500m
10 Climb Ceiling (Relative Altitude) 2000m
11 Maximum Wind Resistance 12m/s (Level 6 Wind)
12 Power System 4-stroke 550 Engine

3. Structural Composition

  1. Fuselage: Integrates fuel tank, flight control system and payload bay.
  2. Wings: High lift-to-drag ratio wing for long-distance cruising.
  3. Powerplant: 4-stroke 550 piston engine with low fuel consumption.
  4. Avionics: Supports manual remote control and ground station programmed flight.
  5. Launcher: Catapult rail for runway-free takeoff.

4. Operation Instructions

  1. Pre-flight Check

    Select flat open ground with wind speed below 12m/s. Inspect airframe, fuel circuit and electronic system, then install payload.

  2. Launch & Flight

    Start the engine and launch via the catapult. Within 2km, use the remote controller; switch to ground station control for long-distance flight up to 30km. Maintain 50m/s cruising speed for long endurance.

  3. Mission Execution

    Search and lock targets while loitering, then release payload to complete strike.

5. Safety Precautions

  • Fly only in approved airspace.
  • Do not take off when wind exceeds Level 6 or in thunderstorms.
  • Keep the data link connected throughout the flight to prevent loss of control.
  • Secure the warhead and keep safety locked before mission.

6. Maintenance

  • Clean airframe and engine after each flight.
  • Replace engine oil and filter regularly.
  • Drain fuel and disconnect batteries for long-term storage.
  • Power on avionics periodically to prevent damp damage.

7. Troubleshooting

  • Engine fails to start: Check fuel circuit and spark plug.
  • Long-range signal loss: Adjust antenna and avoid electromagnetic interference.
  • Shortened range: Maintain standard cruising speed and check fuel quantity.

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