Airbus A310 MRTT

The A310 MRT and A310 MRTT are both specialist military conversions of existing airframes of the civilian Airbus A310-300C wide-bodied passenger jet airliner.

[1] The conversion from the A310 MRT involves: The design of the in-flight refuelling pod and wing reinforcements and systems was subcontracted to ITD SA, at that time part of the Industria de Turbo Propulsores (ITP) Group.

[1] The dual hose and drogue system was supplied by Flight Refuelling Ltd (FRL) of England, and uses the Mk32B pods under each wing on pylons, close to the wingtips.

[1] The German Air Force (Luftwaffe) was the first customer for the MRTT, converting four of their seven existing A310 MRTs, with deliveries starting in October 2004.

[clarification needed] When installed, the flying boom system can deliver fuel to receiver aircraft at a rate of 1,200 US gallons (4,500 litres; 1,000 imperial gallons) per minute, and is supplied by two hose drum units (HDU) centrally mounted side by side in the rear fuselage.

Since the production of A310 airframes was discontinued in 2007,[5] the air-to-air refuelling conversion can only be made on existing refurbished airliners, or as an upgrade to A310 MRTs[3] already used by air forces (the option taken by Germany and Canada).

[8]General characteristics Performance Related development Aircraft of comparable role, configuration, and era

Sectioned scale model of the Luftwaffe A310 MRT, demonstrating its multi-role fitment showing the MedEvac intensive care units , with conventional passenger seating aft.
Main deck cargo door ( port side ) open on Luftwaffe A310 MRT 10+25
MedEvac version of Luftwaffe A310 MRT
Interior of MedEvac version of Luftwaffe A310 MRT
A MedEvac intensive care unit as used by the Luftwaffe in their A310 MRT
Underside of Luftwaffe A310 MRTT 10+27, displaying the Flight Refuelling Ltd (FRL) Mk32B pods close to the wingtips .
Close-up of the rear of the FRL Mk32B pods on the Royal Canadian Air Force (RCAF) CC-150 Polaris .
A310 MRTT flying boom air-to-air refuelling system demonstrator from EADS , 2008