130N High‑Performance UAV Gasoline Engine for Long‑Endurance Industrial Drones

  1. Extended Flight Endurance: As a professional UAV gasoline engine, it achieves far longer flight duration than pure electric drone motors, supporting continuous field missions without frequent battery replacement.
  2. High‑Density Power Output: Optimized internal combustion structure provides stable torque output under high‑altitude and low‑temperature conditions, suitable for multi‑rotor and fixed‑wing drone platforms.
  3. Fast Refueling Operation: Quick refuel workflow cuts down standby time; no long charging waiting required for continuous batch task execution in remote working sites.
  4. Compact & Vibration‑Suppressed Build: Precision balanced crankshaft and damping mounting interface reduce mechanical vibration, protecting onboard sensors, cameras and flight control units.
  5. Wide Environmental Compatibility: This drone gasoline engine maintains steady performance under varied temperature, humidity and altitude for surveying, mapping and agricultural operation scenarios.
  6. Easy Maintenance Layout: Modular component design allows convenient inspection and part replacement, lowering long‑term operating cost for UAV fleet owners.

Full Product Description
Our industrial‑grade UAV gasoline engine is purpose‑built to satisfy growing market demand for long‑endurance unmanned aerial propulsion systems. Many industrial drone projects face limits from short battery‑powered flight time, and this drone gasoline engine provides a reliable liquid‑fuel power solution to break such bottlenecks.

Adopting high‑strength aviation‑grade alloy material for key moving parts, this UAV engine undergoes strict factory dynamic testing before delivery. Every unit passes multi‑round runtime inspection to guarantee stable throttle response and consistent power delivery during full‑load working cycles.

The integrated ignition module supports stable startup under low‑temperature conditions. The air‑cooling system keeps proper working temperature even during continuous high‑throttle loiter flight. Reserved standard mounting interfaces simplify installation work for system integrators, shortening your airframe modification and debugging cycle.

This drone gasoline engine fits multiple industrial use cases: aerial mapping, power line inspection, pipeline patrol, large‑area agricultural monitoring, forest resource survey and other commercial UAV operations. Whether you run fixed‑wing UAV or heavy‑lift multi‑copter projects, this UAV gasoline engine can be adapted after simple structural matching.

Compared with ordinary model engines, our product optimizes fuel consumption curve for long‑time continuous running. It balances power output and fuel burn rate to extend total mission time for every fuel tank filling. All internal friction parts adopt wear‑resistant treatment to prolong total service life under cyclic field usage.

Main Technical Parameters

ItemSpecification
Product Type2‑Stroke Air‑Cooled UAV Gasoline Engine
Typical Displacement170 cc
Max Continuous Output14 HP
Working RPM Range1600‑6800 RPM
Recommended FuelUnleaded gasoline mixed with synthetic two‑stroke oil
Net Engine Weight3.2 kg
Ignition ModeCapacitor discharge synchronized ignition
Suggested Propeller Size28‑32 inch
Operating Altitude Range0‑4500 m

Core Application Scenarios
Fixed‑wing UAV long‑range aerial survey & mapping

Heavy‑lift multi‑rotor drone industrial payload carrying

Energy infrastructure inspection (power grid, oil pipeline patrol)

Large‑scale farmland & forest aerial monitoring

Remote‑area commercial UAV missions without charging infrastructure

Frequently Asked Questions (FAQ)
Q1: Can this UAV gasoline engine work normally at high altitude locations?

A1: Yes. This drone gasoline engine is calibrated for high‑altitude working conditions. Minor carburetor fine‑tuning may be needed above 3000 m to maintain optimal power performance. It is widely used for plateau mountain region UAV survey projects by system integrators worldwide.

Q2: What regular maintenance work should I perform for this UAV engine?

A2: After every 25‑35 flight hours, please inspect spark plug status, clean air filter, check fuel pipeline tightness and confirm mounting bolt torque. Replace worn moving components following our official maintenance manual to keep long‑term reliability of your drone gasoline engine. Avoid running the engine with improper fuel‑oil mixing ratio to prevent internal part damage.

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