LOBO Systems Delivers Training Course for HS2 Project at Euston Station

Modular access platform proves essential for high-level cable work supporting UK’s largest infrastructure development

by Ellie Ring | Monday 9 February 2026

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LOBO Systems, a leading provider of modular access platform technology, has completed its second training course in support of the High Speed 2 (HS2) project at London’s Euston Station. The session was delivered to a local scaffolding company contracted to provide critical access and maintenance services using the LOBO System.

As construction accelerates on HS2 – one of the UK’s most complex and ambitious rail projects – efficient and safe access solutions have become essential. The scaffolding contractor, traditionally reliant on tube-and-fitting methods, has adopted LOBO’s tool-free, modular platform system to meet these demands, highlighting the system’s ease of use even among experienced professionals.

At Euston Station, the LOBO System is being used to deliver safe, elevated access to critical cable runs and switchgear connected to newly installed, multi-storey generator sets. These generators are essential to increasing the site’s power capacity to support both ongoing station operations and upcoming HS2 infrastructure.

“Delivering a second training course to support the HS2 development reaffirms LOBO’s position as a trusted access solution on one of the most complex infrastructure projects in the UK,” said Robert Bokros, CEO of LOBO Systems. “We’re proud that our system continues to play a critical role in enabling safe and efficient work at height, whether it’s used by engineers or scaffolders.”

The LOBO System is designed to be quickly assembled without the need for specialist scaffolding qualifications. Its modular clamp-based structure makes it ideal for use in confined, irregular, or high-risk spaces, offering a safer and more flexible alternative to traditional scaffolding.

CONTACT

Robert Bokros
Lobo Systems Ltd
sales@lobosystems.com
www.lobosystems.com
+44 1332 365666

Monday 9 February 2026 / file under Construction | Engineering | Transportation