Pilot RC Fuel Bag for RC Aircraft & Turbines | 1.1L–6L Fuel Bladder

A: The Pilot RC Fuel Bag is a flexible fuel bladder designed for RC aircraft and turbine jet models. It is used as part of the fuel system to help provide clean, reliable fuel delivery.

A: The updated listed price starts at CA$160 for the 1.1L Pillow Shape variant. Prices vary by capacity and shape.

A: Updated Pillow variants include 1.1L, 1.8L, 2.3L, 3L, 4L, 5L and 6L. Square variants include 4L, 5L and 6L, with updated square prices pending.

A: The updated price for the 1.1L Pillow Shape is CA$160.

A: The updated price for the 1.8L Pillow Shape is CA$191.

A: The updated price for the 2.3L Pillow Shape is CA$211.

A: The updated price for the 3L Pillow Shape is CA$223.

A: The updated price for the 4L Pillow Shape is CA$238.

A: The updated price for the 5L Pillow Shape is CA$274.

A: The updated price for the 6L Pillow Shape is CA$278.

A: Square variant updated prices are pending. The 4L Square, 5L Square and 6L Square variants are currently listed as POA until final prices are supplied.

A: Yes, it is suitable for RC gasoline aircraft fuel systems when installed with compatible tubing, fittings and fuel-system components.

A: Yes, it can be used in turbine jet model fuel systems if fuel compatibility, tubing, filtration and installation requirements are properly verified.

A: Yes, the fuel bag is positioned to help reduce air bubbles in the fuel system, improving fuel delivery consistency when installed correctly.

A: In many RC aircraft and turbine setups, a fuel bag can reduce the need for a separate UAT tank, but the final fuel-system design depends on aircraft layout, engine type and pilot preference.

A: A flexible fuel bag can fit more easily in tight fuselage spaces, reduce trapped air issues and provide more flexible fuel-system layout options compared with many rigid tanks.

A: Yes, the listed color is clear, which helps with visual fuel-level inspection before operation.

A: Fuel compatibility must be verified before use. Typical applications include gasoline aircraft and turbine jet models, but tubing, fittings and fuel bag compatibility should be confirmed for the selected fuel.

A: Check the fuel bag, fuel lines, fittings, filters, clunk or pickup system, mounting security and leakage before every flight.

A: Yes. Incorrect fittings, damaged tubing, punctures, sharp edges or poor mounting can cause leaks. Always perform a leak check before operation.

A: The bag should be secured inside the aircraft so it cannot shift, rub on sharp edges or contact hot engine/exhaust/turbine components.

A: It can be used by beginners only under experienced supervision. Fuel-system installation must be done carefully because leaks and air bubbles can cause engine failure or fire risk.

A: Follow fuel safety, fire safety, ventilation, leak-checking, clean fuel handling and safe aircraft maintenance practices. Never operate with visible leakage, fuel smell or damaged fuel-system parts.

A: Warranty support generally covers manufacturing defects under approved use and normal conditions. Damage from puncture, incorrect fuel, heat exposure, crash impact, poor installation, chemical incompatibility or misuse may not be covered.