All clear for take-off! New £4m energy efficient hybrid buses coming to Transdev’s Yorkshire airport network

FLYER routes serving Leeds Bradford Airport to receive 15 new single deckers packed with high tech safety and comfort features

Yorkshire-based bus operator Transdev is to transform its popular FLYER bus network, linking Leeds, Bradford and Harrogate with Leeds Bradford Airport, with brand new buses packed with the latest safety and comfort features.

The Harrogate-based bus firm is today confirming it has placed an order worth £4 million for 15 Mercedes-Benz Citaro Hybrid single deckers – with delivery expected at the end of this year.

The new vehicles are widely seen as among Europe’s most energy efficient buses, running on a combination of electric power and biodiesel to keep emissions as low as possible with a hybrid design.

Transdev Blazefield Managing Director Henri Rohard said: “We are delighted to confirm this substantial order for new vehicles which will revolutionise the customer experience on our FLYER network, while delivering significantly reduced emissions and higher operating efficiency.

“These exciting new buses also feature the very latest in safety technology, including cyclist and pedestrian detection systems which will make the road a safer place for everyone.

“On board each bus will be a full package of customer comfort features, including free Wi-Fi and USB charging, next stop information displays, two wheelchair bays and a hearing loop system to make communication easier for those with a hearing disability. With the FLYER network’s role in serving Leeds Bradford Airport in mind, each bus will also offer plentiful luggage space.

“Our experience in running conventional buses with biodiesel fuels will be invaluable, as our new hybrid fleet will use specially blended biodiesel to further reduce emissions.

“We’re confident our customers will love travelling on these impressive new buses – providing the most energy-efficient and environment-friendly way to reach our regional airport – while helping to offset carbon emissions associated with air travel.”

Adrian Felton, Daimler Bus (UK) Ltd Electro-Mobility Manager for the UK and Ireland said: “It has been a pleasure to work with the team at Transdev to develop an environmentally friendly solution for this demanding route network. We are confident the new Citaro hybrid buses will be as well-received by passengers and drivers alike.”

Beneath the outer shell of Transdev’s new FLYER buses will be a design filled with innovative features, including regenerative braking which uses ‘self-charging’ technology to feed the on-board 14 kW electric motor which in turn supports the low-emission diesel engine.

Roof mounted batteries store energy which also powers the electric motor – and when power from the engine is required, such as when moving from a standing start or overtaking, the hybrid electric module supports the diesel engine while reducing fuel consumption and lowering emissions.

The combination of electric and biodiesel power is estimated by the bus manufacturers to save up to 8.5 per cent in fuel consumption, compared to a conventional bus powered by a standard Euro VI diesel engine – while also saving a typical £3,000 per year in operating costs, boosted by low emission bus grants worth up to 6p per kilometre travelled by each bus.

Transdev launched its FLYER bus network in August 2020 in a three-way partnership with the West Yorkshire Combined Authority and Leeds Bradford Airport. A network of three dedicated routes links Leeds, Bradford and Harrogate with the airport seven days a week.

FLYER is also fully integrated with Yorkshire’s existing bus and train networks, with through ticketing to Leeds Bradford Airport from any rail station on the national network, and from departure points nationwide served by coach operators National Express and Megabus.

Full details of Transdev’s FLYER network, including timetables and ticket options, are available online at: https://www.transdevbus.co.uk/flyer/ and on the free to download ‘Transdev Go’ mobile app.