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  • New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft
  • New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft
  • New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft
  • New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft
  • New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft
  • New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft
New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft

New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft

  • 10 - 99 Pieces
    $25.65
  • 100 - 199 Pieces
    $24.70
  • >= 200 Pieces
    $23.75

Customization:

Customized logo(Min.Order: 5000 pieces)
Customized packaging(Min.Order: 10000 pieces)
Graphic customization(Min.Order: 20000 pieces)

New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Performance Operation: Designed for methanol-powered applications, this CNC-engine delivers high-speed performance and consistent thrust, ideal for model aircraft, remote-controlled vehicles, and engine test benches.
  • Durability & Efficiency: Built with an aluminum engine body and carbon fiber-like mounting plate, ensuring lightweight construction and efficient heat dissipation via ribbed cooling fins for prolonged use.

Key features

  • 1. Corrosion-Resistant Aluminum Construction

  • With a lightweight aluminum engine body and carbon fiber-reinforced mounting plate, ensure durability and optimal performance in demanding environments. Compared to plastic-based engines, this design reduces wear and tear by ~30%*.

  • 2. Modular Mounting System

  • With adjustable screws and a customizable mounting plate, easily adapt the engine to various model aircraft or RC vehicle configurations. This design allows 50% faster installation compared to fixed-mount alternatives*.

  • 3. High-Performance Cooling System

  • With ribbed cooling fins and aluminum heat dissipation, achieve 20% faster cooling and sustained high-thrust output during prolonged operation*. Ideal for high-speed model aircraft and continuous-use scenarios.

  • 4. Versatile Scenario Adaptability

  • Designed for both home hobbyists and commercial-grade RC applications, this engine seamlessly integrates into compact or large-scale models. Its lightweight build ensures compatibility with delicate airframes while maintaining power*.

  • 5. Aviation-Grade Material Compliance

  • With materials meeting industry safety and durability standards*, this engine ensures reliability in critical applications. Verified for use in precision-engineered model aircraft compared to uncertified alternatives*.

Product details

New CNC Methanol Engine Gasoline Engine test Bench Model Engine test Running-in Aircraft

The New CNC Methanol Engine is a high-performance power solution designed for model aircraft, drones, and remote-controlled vehicles. Crafted from lightweight aluminum and featuring a modular design, it combines durability with adaptability. Its ribbed cooling fins ensure efficient heat dissipation, while the carbon fiber-like mounting plate offers robust stability.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum body, green aluminum mounting plateLightweight, corrosion-resistant, and durable
DesignCompact, modular, carbon fiber-like textureEasy customization and sleek integration
Cooling SystemRibbed cylinder head with fins20% faster heat dissipation vs. standard engines
MountingScrew-based adjustable configurationCompatible with multiple vehicle models

Customization guide

Adjustable mounting screws and plate dimensions allow users to customize fitments for specific drone or RC vehicle chassis. The modular design supports material thickness adjustments (e.g., 2mm to 3mm) to balance weight and strength for specialized applications.

Get inspired

With its high-thrust output and lightweight aluminum construction, this engine is ideal for racing drones needing rapid acceleration. The cooling fins enable sustained performance during prolonged flights, while the modular mounting system simplifies integration into custom builds.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Output1.2 HP+15% (1.38 HP)+30% (1.56 HP)*
Weight450g420g (-7% lighter)380g (-15% lighter)
Cooling EfficiencyStandard finsEnhanced fin densityDual-channel cooling
CertificationCECE + IP54CE + IP65

Supplier's note

  1. Key Technical Breakthroughs:

    • Aluminum Body: Reduces weight by 20% compared to steel engines, enhancing agility.
    • Dual-Channel Cooling (Pro): Triples heat dissipation speed, enabling continuous use in extreme environments.
    • Modular Mounting System: Supports 5+ mounting configurations, expanding compatibility with custom builds.
  2. Optimal Version Selection:

    • Base Model: Ideal for hobbyists prioritizing affordability and basic RC planes/drones.
    • Advanced Model: Targets competitive drone racers needing 15% higher power and IP54 dust/water resistance.
    • Pro Model: Engineers and professionals requiring IP65 protection and 30% boosted power for high-speed, long-duration applications. Example: The Pro’s dual-channel cooling paired with lightweight aluminum ensures stable performance in desert races, where heat and debris are critical challenges.

Frequently asked questions

  • Which model engine is best for small RC planes or lightweight drones?

  • How do I maintain the cooling fins on a model aircraft engine?

  • What materials are used in this engine, and why is metal preferred over plastic?

  • Can this engine be customized for different RC vehicle models?

  • Is the metal material used in the engine compliant with safety standards?

  • How does the engine’s design improve fuel efficiency for methanol use?

  • Are assembly instructions included for mounting the engine on drones?

  • Does this engine support high-speed RC applications like racing drones?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Standard Plastic EngineBudget models, casual hobbyistsPlastic body (ASTM D638 tested, 0.5 kg lightweight)Cost-effective, easy to replaceProne to cracking (≤100 hours lifespan), lower heat resistance (max 60°C)
Aluminum Engine (Our Base)Mid-range RC aircraft, moderate useAluminum alloy body (ASTM F131 certified, 0.6 kg) ▲ 20% stronger than plasticDurable (200+ hours lifespan), better heat dissipation (max 85°C)Heavier than plastic, requires regular lubrication
Advanced Aluminum EngineHigh-performance drones, racingAluminum + carbon fiber (▲ 20% lighter than Base, ASTM F319 tested)Ultra-lightweight (0.48 kg), ▲ 30% improved cooling (max 75°C sustained)Higher cost, complex assembly
Carbon Fiber Reinforced EngineProfessional-grade RC vehiclesCarbon fiber composite (▲ 40% lighter than aluminum, ASTM D790 certified)Ultra-lightweight (0.35 kg), ▲ 50% strength-to-weight ratioFragile (susceptible to impact damage), expensive
High-Performance Hybrid EngineCompetitive racing, extreme conditionsHybrid alloy + carbon fiber (▲ 50% power output vs Standard, ISO 9001 tested)▲ 40% faster throttle response, extreme durability (500+ hours lifespan)Requires specialized maintenance, not user-serviceable
Entry-Level EngineBeginners, small-scale modelsBasic plastic construction (ASTM D638, 0.45 kg budget-friendly)Affordable (<$50), easy to handleLow power output (≤1.5 HP), ▼ 50% lifespan compared to aluminum

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