Meggitt Underwing Single Point Nozzles
Company | HP Aviation Group |
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Meggitt Underwing Single Point Nozzles are high-performance aircraft refueling nozzles designed for rapid, safe, and efficient fuel delivery during ground servicing operations. Engineered for commercial and military aviation applications, these nozzles connect securely to underwing refueling ports, allowing for single-point pressure refueling with minimal spillage and maximum flow control.
Constructed from durable, lightweight materials, Meggitt’s nozzles feature ergonomic handles, reliable shut-off mechanisms, and compatibility with standard aircraft refueling interfaces. Their robust sealing systems and low maintenance requirements make them ideal for demanding flight line environments. Designed to meet international refueling standards (such as ATA 103 and MIL-STD), these nozzles help ensure fuel is delivered cleanly and quickly, minimizing turnaround time and supporting operational readiness.
Key Features:
- Secure, leak-resistant connection to aircraft underwing receptacles
- Ergonomic, easy-to-handle design
- High flow rate capability for efficient fuel transfer
- Meets or exceeds industry standards for safety and performance
- Rugged construction for long service life in harsh environments
-Designed for quick, easy maintenance
-Independently tested to SAE specification AS5877
-Hose swivel assembly the connects the nozzle to the fuelling hose.
-Available with 3- or 6-slot connector which mates to the standard 3 lug international aircraft adapters
-Optional 40, 60, and 100 mesh strainers available
Underwing Nozzles:
F116 – Pressure fuelling nozzles – PDF
F117 – Pressure refuelling nozzles – PDF
F145 – Pressure refuelling nozzles –PDF
F582, F584, F596, F597 – Swivel disconnect – PDF
F595 – Hose end control valves – PDF
HU3000 – HU3000 series with Hk6 surge controller – PDF
HU4000 – HU4000 series hose end pressure refuelling coupling – PDF
F430345 – F430345 Vacuum Breaker – PDF
F430355, F430375 – F430355 & F430375 Dry Break Quick Disconnect – PDF