In a landmark moment for British engineering innovation, Dr. Stephen Bright PhD BEng CEng MICE FInstRE — the inventor of EasiBridge® and Technical Director at BANAIR — submitted a formal briefing paper to the Institution of Civil Engineers (ICE) Journal, one of the most prestigious civil engineering publications in the world. Titled “Portable Bridging for Civil Contingency and Disaster Response: EasiBridge® — The Future of Lightweight Bridging,” the paper represents the first peer-reviewed academic treatment of EasiBridge® and makes the formal engineering case for its adoption across humanitarian, emergency services, and civil defence applications.
The paper opens with a challenge that defines the modern emergency response environment: “The destruction of infrastructure in disaster zones — whether from natural hazards or armed conflict — presents significant barriers to timely response and recovery.” Conventional bridging solutions, Dr. Bright argues, are too resource-intensive, too logistics-heavy, and too slow to deploy in the critical first hours of any emergency. EasiBridge® was designed specifically to fill that gap.
The Engineering Case
The paper sets out the structural foundations of EasiBridge® with academic rigour — the patented EasiLock® jointing system that ensures no loss of strength or stiffness at multiple section joints; the rope-tensioning system for spans over 6m; the cantilever inversion deployment technique that allows a single operative to install and cross a complete 15m span in under 20 seconds. It confirms that over 600 units have been supplied to Ukrainian defence forces since 2023 — the first published confirmation of this figure in a peer-reviewed context.
The Product Range — Full Specifications Published
The ICE paper contains the most comprehensive published specifications for the EasiBridge® civilian product range to date:
The LADX Urban range — Urban20 (0–6m, 35kg, 1–2 minutes, 100–350kg capacity) and Urban30 (0–9m, 50kg, 1–3 minutes, 130–500kg capacity) — are described as the world’s first “bridge-in-a-bag,” deployable by a single operative for urban search and rescue, post-earthquake access, and high-rise evacuation at a crossing rate of 7 persons per minute.
The Delta50 Footbridge — the first prototypes confirmed as supplied to the French Armée de Terre, with folding modular handrails added to 15m ladder decks and load capacities exceeding 750kg.
The Responder 30M first response bridge — 30m span, 3-person team, no tools or plant, all components under 5kg, fitting into five flat-pack trays that double as assembly aids. Setup time 10–15 minutes. Confirmed use cases: flood access, earthquake rescue, community evacuation.
The EB100 Vehicle Bridge — confirmed as UK MoD-sponsored. A 12m bridge condenses to just 1.5 × 2.0 × 1.5m — transportable in a single British Army Wolfhound. A 30m bridge condenses to 4.5 × 2.0 × 1.5m — transportable via a single DROPS vehicle. A bridge that currently requires seven heavy goods vehicles now requires one. Load ratings from MLC10 to MLC40. Setup time 30 minutes to 3 hours. Air-drop compatible.
32 Engineer Regiment — First Confirmed Field Trials Reference
The paper’s acknowledgements section contains a previously unpublished detail: “Particular thanks to 32 Engineer Regiment for their ongoing feedback from field trials.” This is the first public confirmation that 32 Engineer Regiment — the British Army’s primary route-opening and bridging regiment — has been providing operational feedback during EasiBridge® EB100 development.
Civil Engineering Applications
The paper closes with a policy argument directed at ICE members and civil infrastructure planners: EasiBridge® fills the niche “between improvised rope crossings and conventional bridging — addressing the ‘first hours’ of an emergency where rapid access is more important than throughput or lifespan.” As climate change, urbanisation, and geopolitical instability continue to drive demand for agile civil infrastructure, Dr. Bright argues that lightweight modular bridging systems like EasiBridge® offer a model for future engineering responses.
For civil engineers, emergency planners, humanitarian logistics organisations, and defence procurement officers searching for rapid deployment bridge systems, portable emergency footbridges, modular vehicle bridge solutions, disaster response bridging equipment, or lightweight gap-crossing systems for flood and earthquake response, the ICE paper provides the most authoritative technical and operational reference for EasiBridge® ever published.