Citroen Berlingo vans added to Robert Heath Heating’s fleet

Citroen van customer Robert Heath Heating is adding the first new Berlingo van models to its nationwide installation and maintenance fleet.

The vans will replace existing Citroen vans on their 200-strong fleet that have reached the end of their contracts.

The specialist gas contract business has just received the latest stock of new vans, continuing their fleet replacement programme.

The long-time Citroen customer will see its engineers use the new vans. The vehicles have been fitted out with ply-lining and internal racking plus roof mounted pipe tubes, to help the engineers carry parts and equipment safely and efficiently.

Stuart Cocks, commercial director at Robert Heath Heating, said: “The new arrivals from Citroen will replace existing Citroen models in our van fleet which have given us three to four years of great service.

“Our vans lead a hard life, carrying all the kit that our engineers need to provide the service our customers expect. Good payload and reliability are essential for us.”

“We have chosen Enterprise spec for the New Berlingo Van and Dispatch models because it gives our drivers equipment like air conditioning to keep them cool and reversing sensors to avoid accidents and damage.”

“Citroen Connect Box gives our engineers peace of mind too, with emergency assistance available at the touch of a button if it’s needed.”

The award-winning van models are all 1.5-litre BlueHDi 100 S&S Manual M 1000 Enterprise models which feature a high level of standard equipment including; air conditioning, rear parking sensors, cruise control with variable speed limiter, automatic electronic parking brake, an alarm, heated and electric folding door mirrors, Extenso modular folding passenger bench seat with pivoting writing table and load-through bulkhead.

It will also offer its drivers DAB radio with steering mounted controls, two USB ports and 8-inch colour touchscreen offering Apple Car Play, Android Auto and MirrorLink and front fog lights with cornering function.