Experience unmatched heavy-class power with the EN-P120 120 kgf RC Turbine Jet Engine Series by Energy RcJetEngine. Designed for giant RC jets, civil UAVs, and advanced model aircraft, these engines deliver precise, stable thrust, exceptional fuel efficiency, and long-lasting reliability. Built with aerospace-grade materials and advanced ECU control, the EN-P120 series offers fully customizable OEM/ODM solutions, making it ideal for hobbyists, professional developers, and research institutions worldwide.
EN-P120 120 kgf RC Turbine Jet Engine Series – Heavy-Class Civil UAV & Giant RC Jet Power Systems by Energy RcJetEngine
The EN-P120 Series from Energy RcJetEngine represents the pinnacle of high-thrust civil-use miniature turbine engines. Delivering up to 120 kgf of stable, reliable thrust, this series is engineered for giant RC jets, large-scale UAVs, experimental drones, and advanced civil aviation models. Every engine in the series combines aerospace-grade materials, precision-balanced components, and intelligent ECU control systems to ensure smooth, efficient, and repeatable performance across the full operating envelope.
Whether for educational research, aeromodelling clubs, UAV fleet development, or professional civil aviation hobbyists, the EN-P120 Series provides unmatched reliability, fuel efficiency, and realistic flight experience. With factory-direct supply, OEM/ODM customization, and global logistics support, Energy RcJetEngine enables clients to achieve optimal flight performance, scalability, and precision control across a wide range of civil aviation and research applications.
Why Choose the EN-P120 Series
1️⃣ Heavy-Class Thrust for Large-Scale Civil Models
The EN-P120 delivers ≈118 daN (~120 kgf) thrust, providing robust, stable power suitable for giant RC jets, civil UAVs, experimental aircraft, and high-end drone systems. Its precision-engineered compressor, turbine, and shaft assembly ensures smooth acceleration, stable RPM, and responsive throttle control, critical for large-scale civil models that demand both power and reliability. Pilots and UAV developers can count on consistent flight performance, whether in aerobatic displays, endurance testing, or research experiments.
2️⃣ Advanced Aerospace-Grade Construction
Compressor & Turbine: CNC-machined from aerospace-grade alloys, ensuring precision airflow management, high structural strength, and reduced vibration.
Verbrandingskamer: Multi-layered stainless steel design coated for high-temperature resistance, providing efficient, clean combustion even under prolonged operation.
As en lagers: Dual high-speed bearing system supports vibration-free operation, extending engine life and minimizing maintenance cycles.
Brushless High-Torque Starter: Guarantees smooth ignition, even under extreme environmental conditions.
3️⃣ Intelligent ECU Control & Telemetry
The proprietary ECU system delivers automatic start, adaptive throttle response, real-time monitoring, and overspeed protection. Operators can track critical parameters including thrust output, RPM speed, exhaust gas temperature (EGT), fuel flow rate, and voltage/current levels. The ECU also supports RS232/RS422 telemetry, enabling remote monitoring and data logging for UAV fleets, educational projects, or civil aviation demonstrations.
4️⃣ Fuel Efficiency & Extended Flight Duration
The EN-P120 consumes approximately 1.37 kg/h/daN of Jet A-1 or Kerosene, allowing longer flight times with minimal fuel consumption. Its precision fuel injection system optimizes air-fuel ratios, reduces emissions, and extends engine lifespan — ideal for multi-flight operations, UAV endurance missions, and repeated educational demonstrations.
5️⃣ Wide Environmental Compatibility
Designed for extreme conditions:
Operating temperature range: –50°C to +60°C
Maximum operating altitude: up to 12 km
Maximum starting altitude: 4 km
Maximum flight speed: 0,9 Mach
This makes the EN-P120 ideal for high-altitude UAV research, civil aviation flight testing, and giant RC jet applications, ensuring stable performance under varied environmental challenges.
6️⃣ Durable & Reliable for Civil Applications
Built to endure heavy use, the EN-P120 Series features:
High-temperature resistant turbine blades
Vibration-resistant mounting system
Multi-layered combustion chamber
ECU-based safety shutdown if abnormal parameters are detected
These safety measures ensure long-term reliability, operator safety, and consistent thrust, essential for civil and research applications.
Technische specificaties in een oogopslag
| Parameter | EN-P120 serie |
|---|---|
| Model | EN-P120 |
| Max. stuwkracht (nominaal) | 118 daN ≈ 120 kgf |
| Specifiek brandstofverbruik (SFC) | 1,37 kg/u/daN |
| Luchtstroomsnelheid | 2,6 kg/s |
| Max RPM | 52.000 tpm |
| Maximum uitlaatgastemperatuur (EGT) | 800 °C |
| Afmetingen (Ø × L) | 272 mm × 636 mm |
| Max. vlieghoogte | ≤ 12 km |
| Maximale vliegsnelheid | 0,9 Mach |
| Max. starthoogte | ≤ 4 km |
| Bedrijfstemperatuurbereik | –50 °C ~ +60 °C |
| Droog gewicht | 19 kg (excluding ACDC) |
| Communicatieprotocollen | RS232 / RS422 |
| Brandstof | Jet A-1 / Kerosine |
| Primair gebruik | Giant RC jets, civil UAVs, experimental aircraft |
Component Breakdown & Engineering Details
Compressorgedeelte:
Optimized axial-flow compressor voor efficient airflow
CNC-machined aerospace alloy blades ensure high precision, minimal vibration, and extended operational life
Verbrandingskamer:
Multi-layered stainless steel with high-temperature coating
Ensures efficient and stable combustion, reducing thermal stress and wear
Turbinewiel:
Nickel-based alloy turbine blades rated for 800°C
Precision-balanced for smooth rotation and reduced mechanical stress
As en lagers:
Dual high-speed ceramic-coated bearings
Minimizes vibration and wear, supporting continuous heavy-load operations
Brandstofsysteem:
Micro-pump with precision valves for consistent, responsive fuel delivery
Maintains stable thrust across throttle changes
Brushless Starter Motor:
High-torque brushless electric starter
Smooth ignition under extreme temperatures and variable altitudes
Elektronische regeleenheid (ECU):
Automatic start, shutdown protection, adaptive fuel-air management
Telemetry and data logging via RS232/RS422
Remote monitoring ideal for UAV fleets or research institutions
Applications & Use Cases
Reuze RC Jets: Aerobatics, exhibitions, competitions
Civil UAVs: Long-endurance drones, surveillance, research platforms
Educational & Research Institutions: Flight simulations, aerodynamics research, propulsion testing
Aeromodelling Enthusiasts: Club-level and personal projects requiring professional-grade turbine performance
Series Overview & Upgrade Paths
Energy RcJetEngine offers a complete EN-P series, enabling smooth scalability:
| Series | Thrust (kgf) | Primair gebruik |
|---|---|---|
| EN-P40 | 40 | Compact UAVs, small RC jets, entry-level civil aviation models |
| EN-P50 | 50 | Mid-size UAVs, intermediate RC jets, aerodynamics testing |
| EN-P60 | 60 | Professional UAVs, advanced RC jets, research projects |
| EN-P80 | 80 | High-thrust drones, giant RC jets, educational flight testing |
| EN-P120 | 120 | Heavy-class RC jets, large civil UAVs, experimental aircraft |
| EN-P150 | 150 | Ultra-high-thrust heavy-class UAVs, civil jet prototypes, large-scale models |
The modular design ensures mounting compatibility, ECU interface standardization, and seamless upgrades, waardoor fleet expansion and performance scaling.
OEM, ODM & Customization Services
Energie die RcJetEngine levert:
Private Labeling & Branding: For global distributors
Custom ECU Firmware: Tailored for UAV integration or civil aviation requirements
Fuel System Calibration: Optimized for different kerosene or Jet A-1 blends
Specialized Mounts & Ducts: For unique fuselage geometries
Batch Manufacturing & Wholesale: Factory-direct pricing with global shipping
Clients can integrate the EN-P120 into civil UAV fleets, educational labs, or aeromodelling projects, with comprehensive technical support and after-sales service.
Safety Features
Multi-layer combustion chamber prevents thermal stress
Titanium alloy turbine wheel for high-temperature resistance
Vibration-resistant mounting reduces mechanical fatigue
Automatic ECU shutdown protects against overspeed, high temperature, or abnormal fuel pressure
These features make the EN-P120 one of the safest heavy-class civil turbine engines for UAVs and RC jets.
Global Support & Factory Assurance
Energie die RcJetEngine levert:
Balance testing and burn-in procedures
Real-flight validation for every engine
Warranty, technical support, and spare parts
Worldwide shipping and export documentation
This ensures that clients worldwide receive reliable, ready-to-use turbine engines suitable for a variety of civil applications.
Educational & Research Applications
The EN-P120 is increasingly popular in:
University aerodynamics labs
Flight system research for UAV endurance
Civil aviation experimental platforms
Its modular and telemetry-capable design allows researchers to collect precise engine data, optimize fuel efficiency, and test new propulsion configurations.
Customizable Flight Packages
Energy RcJetEngine can deliver turnkey flight packagesmet inbegrip van:
Pre-calibrated EN-P120 engines
ECU programming for UAV integration
Mounting kits and safety enclosures
Technical manuals and flight operation guides
Perfect for civil UAV developers, research institutions, and RC jet enthusiasts.
Contact Energy RcJetEngine
Discover the EN-P120 serie for giant RC jets, civil UAVs, or experimental aircraft.
Factory-direct pricing
OEM/ODM maatwerk
Worldwide shipping & technical support
📩 Contact us today to request a quotation, discuss custom OEM options, or receive a detailed datasheet. Let Energie RcJetEngine power your civil UAVs and giant RC jet models with high-thrust precision and reliability, ranging from 40 kgf tot 150 kgf.