Building the world’s largest civilian aircraft poses a logistics challenge
The  challenge of getting the various parts of the A380 to Toulouse, where  the aircraft is assembled, has led Airbus to develop its own logistics.  Until now, it has mainly used the voluminous A300-600ST, known as the  Beluga because of its whale-like appearance, to transport components by  air. However, the Beluga is not spacious enough for the largest parts of  the A380, and Airbus has developed its own “road-river-sea-river-road”  transport link.
		
	 
The  largest elements of the A380 are its wings. The skins are made at the  Alcoa plant in Davenport, Iowa – the only plant in the world able to  produce 35-meter aluminum plates. The plates are transported on a  special telescopic truck to Baltimore where they board a ship for the  BAE Systems factory in Broughton, Wales, where the wings are assembled.  Each completed wing, now 45 meters long, is mounted on a special jig on  which it will remain until it reaches Toulouse. For the first stage of  the journey, it is carried on a 96-wheel trailer to a terminal on the  River Dee.
There, the wing is loaded onto a powered barge.  Although the barge was specially designed for the route, it must wait  for low tide to be able to pass under the bridges along the way. At the  port of Mostyn, 24 kilometers downriver, the wing is loaded aboard  Airbus’s own Shanghai-built RoRo ferry, the “Ville de Bordeaux,” which  takes it to Pauillac, near Bordeaux. There, it is transferred via a  Polish-built pontoon onto another barge.
This makes its way a  hundred kilometers up the River Garonne to Langon. There it waits for a  second wing and a fuselage to arrive, and then a long, slow nighttime  convoy travels 240 kilometers along country roads, resting during the  day to avoid the traffic. Airbus has had to strengthen the roads and  build by-passes to avoid villages along the route. Three days later, the  convoy finally reaches the Toulouse plant. 
Fenders cushion journey of fledgling giant
Trelleborg  provided fenders, under the brands Fentek and Seaward, for many of the  transfer points along the route taken by the wings. The company also  supplied modified donuts and pads for the special berth trestles at  Broughton and Mostyn.
In Mostyn, Airbus’s RoRo ferry berths  against Trelleborg parallel motion fenders, which provide a high level  of energy absorption and allow a much lighter support structure. To  ensure the barge does not strike land too forcefully when reaching  Langon, three-part trapezoidal fenders and a donut are used to berth the  barge at the quay. It then slides along polyethylene fenders into a  v-shaped wet-dock where vertical arch fenders buffer its arrival.