GTT400 2‑Stroke Gasoline Engine for UAV

  1. Lightweight Compact Two‑Cylinder UAV Engine: 410cc two‑cylinder drone gasoline engine weighs only 14.2 kg, delivering excellent power‑to‑weight ratio, ideal for medium‑size heavy‑lift UAV platforms with strict weight‑limitation requirements.
  2. Retrofittable EFI Compatibility: Standard carburetor configuration, EFI fuel injection system can be retrofitted. Flexible to adapt to high‑altitude, complex temperature and various UAV operating environments.
  3. Solid Power Output: Reaches peak power 40HP (30 kW) at 7000 rpm, sufficient power reserve for medium‑payload industrial UAV hover, climb and long‑time cruise missions.
  4. Built‑in On‑board Generator Module: Provides DC14V 350W stable power output, continuously supplies power for UAV airborne sensors, cameras and other auxiliary mission equipment.
  5. Durable Wear‑Resistant Cylinder Assembly: Adopts aluminum alloy cast cylinder block with Ni‑SiC electro‑plated inner wall, enhances anti‑wear performance, supports long‑hour continuous operation for industrial drone.
  6. Wide Practical RPM Working Band: Operating RPM range covers 1000‑7000 rpm, adapts to full flight phases of commercial UAV from low‑speed idling to high‑power output.
  7. Simple Electric Start System: 22.2V (6S) electric starting design, fast and reliable startup, eliminates cumbersome manual pull‑start operations for field deployment.
  8. Customizable Engineering Support: We provide custom development service for mounting dimensions, interfaces and auxiliary components to match different customer UAV integration demands.

Product Overview

GTT400 is a 410cc two‑cylinder 2‑stroke drone gasoline engine specially engineered for medium‑size civil UAV applications. The base unit uses mature carburetor fuel supply, with hardware reserved for EFI system retrofitting for expanded environmental adaptability. This UAV engine features compact and lightweight structure, integrated generator and electric start function, simplifying aircraft assembly work. Its robust mechanical structure guarantees steady performance during long‑time industrial drone tasks. Our technical team can carry out targeted modifications to satisfy diverse installation and operating requirements from customers.UAV engine

Main Technical Specifications

ItemSpecifications
Displacement410cc (205cc*2)
RPM Operating Range1000‑7000 rpm
Recommended Propeller36×16, 34×16 (Two‑blades)
Max Power40HP (30kW) @7000rpm
Starting Mode & VoltageElectric start, 22.2V (6S)
Fuel Consumption530g/kW.h
Dry Engine Weight14.2 kg
Generator OutputDC14V, 350W
Cylinder BlockAluminum alloy casting, inner wall electroplated Ni‑SiC
Required Fuel95# gasoline + Fully synthetic 2‑stroke lubricating oil
Fuel‑Oil Mix RatioGasoline : Lubricating oil = 35 : 1

Performance Characteristic

This UAV engine has a broad usable speed scope of 1000‑7000 rpm. It delivers maximum 40HP power at 7000rpm. The built‑in generator supplies steady DC14V 350W power for airborne devices. The stock carburetor setup performs reliably for most medium‑altitude civil drone missions. After retrofitting EFI system, it gains better fuel atomization and high‑altitude working capability. The wear‑proof cylinder structure ensures consistent power output during repeated and long‑duration UAV flight cycles.

Application Scenarios

This compact 2‑stroke gasoline engine fits multiple civil‑oriented application cases:

Medium‑payload commercial UAV platforms

Long‑endurance industrial inspection & mapping drones

Agricultural operation UAV power systems

Medium‑size civil drone system integration

Custom light aviation power projects

Customized development service is available. We can adjust parameters, mounting interfaces and auxiliary structures according to customer‑specific integration requirements.

FAQ

What kind of payload power can the GTT400 drone gasoline engine support?

A: Its integrated generator offers DC14V 350W output. It is suitable for low‑power airborne devices including survey cameras, short‑range sensors and signal transmission modules. For high‑power payloads, external auxiliary power modules will be required.

What differences will EFI retrofit bring to this UAV engine?

A: The original carburetor version is cost‑effective and easy to maintain for conventional working conditions. After installing the optional EFI kit, the engine achieves improved fuel efficiency, smoother idle performance and more stable power output when flying at high altitudes or under drastic temperature changes.

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