Linton T95GT

Linton turbines represent a new generation of reliable and high-performance RC jet engines, designed for demanding pilots seeking seamless operation, high efficiency, and the best possible flying experience. They are engineered with a focus on precision craftsmanship, ease of use, and long-term durability.
Every turbine is equipped with an advanced control system that ensures fast response, stable output, and smooth operation across the entire power range. The fully automated start procedure makes handling effortless both at the field and in the workshop. Optimized combustion provides low fuel consumption, extending flight time and reducing operating costs.
The robust construction, built from premium materials, delivers exceptional reliability even under the most challenging flight conditions. Safety is a key priority – each turbine features multi-level protection systems to safeguard the unit under abnormal conditions.
With a compact footprint and a high level of compatibility, Linton turbines integrate easily into most airframes. A complete installation package is included, enabling fast system setup. Linton turbines are the ideal choice for pilots who want professional-grade performance without unnecessary compromises

• Highly efficient design for smooth and stable operation.
• Fully automated start sequence.
• Fast throttle response and wide power range.
• Low fuel consumption for extended flight duration.
• Durable construction for long service life.
• Built-in safety protection systems.
• Easy installation and intuitive handling.
• Reliable service support.

Linton turbines offer the ideal balance of performance, simplicity, and reliability – a perfect choice for sport jets, aerobatic models, and scale aircraft alike.

Linton turbines are equipped with an intelligent control system with multi-layer protection, ensuring safe operation throughout all phases—from ground handling to full-power flight. Integrated sensors and advanced diagnostic algorithms continuously monitor performance to prevent damage or unintended shutdown.

• Automated start sequence: The ECU precisely controls ignition, heating, and spool-up to minimize the risk of incorrect startup.
• Temperature (EGT) protection: Exhaust gas temperature is continuously monitored. If limits are exceeded, the ECU automatically reduces power or performs safe shutdown.
• Low fuel pressure protection: The system detects insufficient fuel pressure or flow and transitions into a protective mode.
• Overspeed / overload protection: Turbine RPM is constantly supervised to prevent the rotor from exceeding safe limits.
• Power supply monitoring: The ECU tracks input voltage and prevents operation outside safe thresholds.
• Safe shutdown logic: In case of abnormal engine behavior (extreme temperature, sudden fuel loss, sensor malfunction, etc.), controlled shutdown is executed to protect the model and surroundings.
• Integrated diagnostics & logging: Telemetry recording and onboard fault logs allow easy troubleshooting and performance evaluation.
• Fail-safe mode: If the control signal is lost, the ECU automatically reduces power or shuts down according to configuration.

These safety systems ensure maximum protection for the model, the pilot, and the engine itself – while supporting a long service lifetime.

• Thrust: 95–110 N ±5 N
• RPM: 50 000–160 000
• Max. temperature: 750°C
• Diameter: 89.5 mm
• Length: 210 mm
• Weight: 950–1 045 g (Inc ECU)
• Fuel: Kerosene, JetA1 or Diesel fuel
• Max. fuel consumption : 310 g/min
• Lubricant: 5% Mobil Pegasus II
• Power supply: 3S LiPo 25C above
• Supply voltage: 5–8 V

• Max flow: 450 ml
• Diameter: 26 mm
• Length: 38 mm
• Weight: 48 g
• Fuel line diameter: Ø4/2.5 mm

• Touch screen: 3.5 in
• Dimension: 104×59×11 mm
• Resolution: 480×320
• Weight: 105 g

Linton T95-GT gas turbine w. electronic control unit, motor mount, fuel pump, set of screws, fuel line, cable set, spare part set, instruction manual.