The trial started in March and has seen an existing dolly converted using LIDAR and GPS technology into a self-driving, electric vehicle that promises to increase the speed of loading and unloading luggage at airports.
Working with British Airways (BA), the adapted dolly has been moving around Terminal 5 at Heathrow Airport and is now also operating in the baggage handling area.
“Until you have seen it first-hand, it’s difficult to explain how big an operation it is moving bags around an airport. In Terminal 5 alone, BA operates around 900 dollies,” explained Richard Fairchild, operations director of Aurrigo. “The current method is to have one manually driven tug towing three dollies behind. It can’t move until they are all full, which means there are a lot of empty dollies waiting around.”
He continued: “What IAG wanted to do was look at an alternative solution and that’s where we came in, using knowledge gained from our hugely successful Pod Zero passenger carrying vehicle to turn a standard dolly into a self-driving vehicle capable of moving bags from the baggage hall to the aircraft stand.
“Better still, this means that each dolly can move on its own and doesn’t need to wait for all three to be loaded, providing greater flexibility and speed of loading, not to mention reducing the need to maintain such a huge fleet of dollies and tugs. A massive win-win for airports and airlines.”
Designed, developed and manufactured at Aurrigo’s advanced engineering centre in Coventry, the firm will now embark on a global marketing programme to talk to the world’s airports and airlines about retrofitting existing dollies to make them fully autonomous and to explore production of a new range of super lightweight versions for extended operational performance.
David Keene, Chief Executive Officer of Aurrigo, concluded: “The work with IAG and BA shows how similar technology can be used in a completely different industry to deliver significant results. We are now exploring different ways where we can create the production line and supply chain to rapidly build thousands of these autonomous dollies.”
