O EN-P150 150 kgf Mini Jet Turbine Engine by Energy RcJetEngine represents the pinnacle of civil miniature jet propulsion technology. Designed for giant RC jets, advanced UAVs, high-performance drones, and civil aeromodelling enthusiasts, this turbine engine delivers 150 kgf of stable, precise thrust with exceptional efficiency, reliability, and operational consistency. With aerospace-grade materials, precision-balanced components, and an intelligent ECU system, the EN-P150 provides authentic jet propulsion performance for civil applications, ensuring long-term durability and safety.
As a leading OEM, wholesale supplier, and factory manufacturer, Energy RcJetEngine offers fully customizable thrust ranges from 40 kgf to 150 kgf, private-label production, and OEM/ODM solutions, empowering hobbyists, UAV developers, research institutions, and educational platforms worldwide to achieve optimal flight realism and operational excellence.
Key Features – Maximum Thrust Meets Precision
Empuxo nominal: 150 kgf (≈150 daN), delivering heavy-class power for large-scale RC jets, experimental UAVs, and high-end aeromodelling projects.
Specific Fuel Consumption (SFC): 1.32 kg/h/daN, ensuring efficient fuel use for extended flight duration.
Airflow Rate: 2.6 kg/s, providing consistent and smooth thrust across all operating conditions.
RPM máximo: 52,000 rpm, offering responsive and precise performance.
Exhaust Gas Temperature (EGT): 800°C for high thermal endurance and stable combustion.
Dimensions (Ø × L): 272 mm × 636 mm – compact yet suitable for integration into large RC aircraft and UAV platforms.
Dry Weight: 19 kg (excluding ACDC), maintaining an excellent thrust-to-weight ratio for optimized flight dynamics.
Faixa de temperatura operacional: −50°C to +60°C, ensuring reliable operation in extreme climates.
Max Operating Altitude: 12 km, suitable for high-altitude UAV missions and RC flight experiments.
Max Flight Speed: 0.9 Mach, simulating realistic jet performance for enthusiasts and research purposes.
Max Start Altitude: 4 km, enabling reliable engine ignition under challenging conditions.
Advanced Control & Intelligent ECU System
The EN-P150 turbine engine integrates a state-of-the-art electronic control unit (ECU) designed to optimize performance, safety, and operational convenience. Features include:
Automatic Start & Safe Ignition: High-torque brushless starter ensures smooth engine startup without manual intervention, even under challenging environmental conditions.
Precise Throttle Control: Responsive control system enables realistic acceleration and deceleration, closely simulating full-scale jet engine behavior.
Real-Time Monitoring: Continuous feedback on RPM, EGT, and fuel flow allows operators to maintain optimal thrust and safe operations.
Overspeed & Safety Protection: Prevents engine damage by automatically adjusting fuel delivery and shutting down the turbine under critical conditions.
Telemetry Integration: Supports RS232/RS422 communication protocols, enabling data logging, UAV telemetry, and experimental research applications.
This combination of mechanical reliability and electronic intelligence ensures the EN-P150 operates smoothly and safely, making it ideal for civil UAV developers, educational institutions, and professional aeromodelling enthusiasts.
Learn More:Inside RC Turbine Jet Engines: How Miniature Jet Power Works
Component & Material Excellence
Every EN-P150 turbine is engineered with aerospace-grade materials and precision-machined components, designed for high durability, thermal resistance, and operational stability. Key components include:
Seção do compressor: CNC-machined high-strength aluminum alloy, providing lightweight construction and efficient airflow.
Câmara de combustão: Stainless steel with high-temperature coating ensures stable flame, high efficiency, and reduced environmental impact.
Roda da turbina: Precision-balanced nickel alloy capable of enduring continuous operation at 800°C without deformation.
Eixo e rolamentos: Dual high-speed bearing system designed for vibration-free rotation and extended service life, supporting smooth thrust output.
Sistema de combustível: Integrated micro-pump and valves deliver consistent fuel flow under dynamic throttle changes, improving reliability and efficiency.
Motor de partida: High-torque brushless starter ensures rapid and reliable ignition.
Unidade de controle eletrônico (ECU): Advanced algorithms manage fuel-air ratio, ignition timing, overspeed protection, and telemetry feedback.
Structural Frame: Aerospace-grade aluminum and steel provide maximum rigidity, heat resistance, and vibration damping.
Optional Telemetry Modules: Allow detailed real-time data acquisition for UAV research, flight testing, or educational analysis.
This holistic component integration ensures EN-P150 delivers smooth, high-performance operation under various civil, educational, and research scenarios.
Extended Applications – Civil UAVs, RC Jets & Educational Research
The EN-P150 is engineered for versatile civil aviation and aeromodelling applications:
Jatos RC gigantes: Delivering competition-level thrust and performance for airshow demonstrations and hobbyist models.
Civil UAV Platforms: Provides powerful propulsion for research drones, survey UAVs, and prototype platforms.
Educational Programs & Aerospace Research: Perfect for universities, flight schools, and experimental labs to demonstrate turbine principles, flight dynamics, and aerodynamics.
Flight Demonstrations & R&D: Supports testbed models, propulsion research, and experimental UAV development.
Aeromodelling Clubs & Competitions: Offers realistic jet power and throttle response for experienced pilots.
Civil UAV Inspections: Ideal for remote aerial survey UAVs requiring high-thrust, high-altitude performance.
⚠️ All EN-P150 turbines are designed strictly for civil, recreational, and educational use.
Learn More:Performance Tuning & Maintenance Guide for RC Turbine Jet Engines (40–150kgf Range)
Expanded Technical Specifications
| Parâmetro | EN-P150 | Description |
|---|---|---|
| Modelo | EN-P150 | Engine identifier |
| Empuxo máximo (nominal) | 150 kgf ≈ 150 daN | Maximum thrust output |
| Consumo específico de combustível (SFC) | 1,32 kg/h/daN | Fuel efficiency under max RPM |
| Taxa de fluxo de ar | 2,6 kg/s | Mass flow through compressor |
| RPM máxima | 52.000 rpm | Maximum engine rotation speed |
| Temperatura máxima do gás de escape (EGT) | 800 °C | Peak exhaust temperature |
| Dimensões (Ø × L) | 272 mm × 636 mm | Engine diameter × length |
| Peso seco | 19 kg (excl. ACDC) | Weight without auxiliary components |
| Altitude máxima de operação | ≤ 12 km | Maximum safe flight altitude |
| Velocidade máxima de voo | 0,9 Mach | Maximum operating speed |
| Altitude máxima de partida | ≤ 4 km | Maximum altitude for engine start |
| Faixa de temperatura operacional | −50 °C ~ +60 °C | Safe operating range |
| Protocolos de comunicação | RS232 / RS422 | Telemetry & data integration |
| Tipo de combustível | Jet A-1 / Querosene | Civil aviation fuels |
| Uso primário | Giant RC jets, UAV research, educational platforms, experimental civil aviation | Main application scenarios |
| Component Materials | Aluminum alloy, stainless steel, nickel alloy, high-strength steel | Key materials used |
| ECU Functions | Auto-start, throttle control, overspeed protection, telemetry feedback | Engine management capabilities |
Note: Optional third-party telemetry and data acquisition modules are available for advanced UAV research and educational simulations.
OEM, personalização e fornecimento civil global
Energia RcJetEngine offers comprehensive Serviços OEM/ODM for global civil clients:
Private-label production for RC, UAV, and civil aviation companies.
Customizable thrust ranges: 40–150 kgf, with specialized R&D for higher outputs.
ECU & telemetry integration: Adaptable for simulators, flight testing, or educational platforms.
Fornecimento por atacado direto da fábrica for global distributors and hobbyist suppliers.
International shipping & export compliance support.
Technical guidance, spare parts supply, and online training for OEM clients.
Installation & Operational Guidelines
Uso clean Jet A-1 or Kerosene fuel only.
Garantir adequate airflow and cooling around turbine compartment.
Follow Sequência de partida automática da ECU; manual ignition is not required.
Maintain vibration-isolated mounting for structural integrity.
Connect Telemetria RS232/RS422 for research and data logging.
Pre-flight calibration of RPM/EGT is recommended for optimal performance.
Maintenance & Safety Recommendations
Inspect bearings, fuel system, and starter motor regularly.
Clean fuel and air filters frequently.
Verify ECU firmware and calibrate sensors periodically.
Inspect turbine wheel, combustion chamber, and structural frame after prolonged operation.
Operate engine within recommended temperature and altitude limits for maximum longevity.
Educational & Research Value
The EN-P150 offers high-fidelity jet propulsion simulation para:
Universities & Flight Schools: Teaching thermodynamics, fluid mechanics, and jet propulsion principles.
Research UAV Platforms: Experimental UAV development and civil drone testing.
Aerospace Demonstration & Education: Realistic flight experience for students, researchers, and hobbyists.
Read More:How to Choose the Right RC Turbine Jet Engine (40–150kgf Range)
Why Choose EN-P150
The EN-P150 Mini Jet Turbine Engine delivers ultra-high thrust, civil aviation-grade performance, and superior reliability. Built with precision-engineered components, aerospace-grade materials, and advanced ECU control, it is ideal for giant RC jets, civil UAVs, and educational research applications.
Energy RcJetEngine is a trusted OEM manufacturer, factory supplier, and wholesale partner, providing customizable, high-performance turbine engines backed by global logistics, technical support, and aftermarket service.
Experience authentic jet propulsion and extreme civil UAV performance with the EN-P150 — contact Energy RcJetEngine for OEM customization, factory pricing, and worldwide delivery.
Full Thrust Range Available – 40 kgf to 150 kgf Mini Turbine Engines for All Applications
Beyond the EN-P150, Energy RcJetEngine offers a complete lineup of RC turbine jet engines designed for aircraft of all sizes. Our product family includes the EN-P40, EN-P50, EN-P60, EN-P80, EN-P120, and EN-P150, covering thrust levels from lightweight 40 kgf units for small RC jets to heavy-class 150 kgf turbines for giant-scale aircraft and professional civil UAV platforms. Each model is engineered with advanced ECU systems, high-efficiency starters, and precise fuel control, ensuring stable performance and long-term durability. With OEM/ODM customization, private labeling, and factory-direct wholesale services, Energy RcJetEngine provides flexible solutions for hobbyists, UAV developers, aerospace institutes, model jet builders, distributors, and global importers seeking reliable, high-thrust turbine engines.
Small Turbojet Engine Manufacturer Guide 2026: How to Choose the Right UAV Jet Engine Supplier
Small Turbojet Engine Manufacturer Guide 2026: Selecting the Right Propulsion Partner for UAV and Aerospace [...]
jul
6–10kgf Micro Turbojet Engines for UAV and RC Jets: Performance, Applications and Selection Guide
Introduction As lightweight UAV platforms, RC jet aircraft and experimental aviation projects continue to develop, [...]
jul
Small Turbojet Engine Price Guide (2026): Costs, Specs & Supplier Insights
Small Turbojet Engine Price Guide (2026) If you are sourcing a small turbojet engine for [...]
maio
How Smoke Screens Are Used to Counter Drones and Thermal Imaging in Modern Tactical Operations
Introduction: The End of Traditional Concealment In modern tactical environments, the concept of concealment has [...]
mar
How to Choose the Right Counter Drone System: Technology Options, Deployment Models & Global Procurement Guide
As unmanned aerial vehicles (UAVs) become increasingly accessible worldwide, organizations across multiple industries are facing [...]
jan
Comprehensive Guide to Counter Drone Systems: Market Trends, Technology & Global Sourcing
In recent years, counter drone systems—also known as Counter-Unmanned Aerial Systems (C-UAS)—have become an essential [...]
jan
Global 40–150 kg Small Turbojet Engine Market (2026–2030): Trends, Technology & Sourcing Guide
Introduction The global demand for 40–150 kg thrust small turbojet engines is rapidly increasing, driven by [...]
jan
2026 Small Turbojet Engine Procurement Guide: Specifications, Thrust & Factory-Direct Comparison
Introduction As unmanned aerial vehicles (UAVs), target drones, and experimental flight platforms continue to expand [...]
jan
Avaliações
Não há avaliações ainda.