New motorway gantries designed to make it more difficult for eco-zealots to ... trends now New motorway gantries designed to make it more difficult for eco-zealots to trespass By Daily Mail Reporter Published: 01:28 GMT, 14 March 2023 | Updated: 01:32 GMT, 14 March 2023 Viewcomments Protesters will find it harder to climb motorway gantries built using a new design, National Highways said. The roadside structures will be ‘more resilient to trespassers’ as steps for maintenance crews will be inside pillars rather than outside, according to the Government-owned company. Gantries above the M25 were repeatedly scaled by Just Stop Oil activists in November last year, bringing traffic on the UK’s busiest motorway to a halt. The structures are used to display information to drivers, such as speed limits and warnings of safety hazards. Protesters will find it harder to climb motorway gantries built using a new design, National Highways said. Pictured: A man thought to be Just Stop Oil protester Alfred Beswick climbed a gantry on the M25 on November 8 The roadside structures will be ‘more resilient to trespassers’ as steps for maintenance crews will be inside pillars rather than outside, according to the Government-owned company National Highways, which is responsible for England’s motorways and major A roads, held a competition to replace existing designs. The winning entry was produced by London-based architecture company Useful Studio. It was selected for its ‘simplicity and elegance’. The gantries will have a lower carbon footprint compared with current designs as they use less steel. Roads minister Richard Holden said: ‘[Useful Studio’s] innovative approach is bound to improve the journeys of motorists while also contributing to a more sustainable future.’ Useful Studio will work with National Highways to develop its design concept. It is expected to become the standard design for new gantries in around two years. Share or comment on this article: All rights reserved for this news site (dailymail) and under his responsibility