JCB celebrates their Hydrogen Engine winning British automotive engineering award
JCBβs super-efficient hydrogen engine has won one of the oldest and most prestigious awards in British automotive engineering honouring technical achievement.
At a ceremony in London, JCB Chairman Lord Bamford was presented with the Royal Automobile Clubβs Dewar Trophy for the companyβs development of a hydrogen fuel motor. It is the third time that JCBβs innovations have been honoured with the Dewar Trophy.
John Wood MBE, Chairman of the Dewar Technical Committee, said: βJCB has been a pioneer in terms of powertrain development since it started building its own engines in 2004. That ethos has continued with its latest hydrogen-fuelled engines, which are an inspiring combination of current expertise and next-generation technology.β
Anthony Bamford said: βWeβre extremely proud that the Royal Automobile Club has chosen to present JCB with the Dewar Trophy for the third time. Β Our new hydrogen-fuelled engines can be put into production relatively quickly and itβs an important and pioneering step towards a zero-carbon future, and testament to the amazing abilities of our British engineers.β

JCBβs purpose-engineered zero COΒ² hydrogen fuel motor was designed after a challenge to the companyβs engineers from Anthony Bamford. The newly designed motor harnesses JCBβs existing expertise and supply chain infrastructure. The company is investing Β£100 million in the project and has two prototype hydrogen fuelled machines on test: a backhoe loader and a Loadall telescopic handler.
Presented to the Club in 1904 by Sir Thomas Dewar MP, and since 1957, the Dewar Trophy has been presented in recognition of βan outstanding British technical achievement in the automotive field during the preceding yearβ.
In 2019 JCB was recognised for the launch of the 19C-1E electric mini excavator. In 2007, JCB won the Dewar Trophy after the JCB Dieselmax team set a diesel-powered Land Speed Record of 350.092mph on the Bonneville Salt Flats, USA.

















