Abnormal load engineering solutions
Allelys are industry experts in the transportation of abnormal and indivisible loads (AIL). Providing services including heavy lift, specialist transport, heavy haulage and logistics solutions to our customer base.
The knowledge and experience within the team means we excel on even the most complex multi-modal projects. We’re problems solvers and our in-house engineering team support projects by designing and engineering bespoke solutions to industry challenges.
Engineering capabilities
Our abnormal load engineering capabilities include:
• Completing desktop route reports, using mapping to identify
suitable routes for the heavy project cargo.
• Conducting driven route surveys, to photograph challenging
aspects of the route, measure pinch points, measure the heights
of overhead lines, identify trees that need trimming or street
furniture that needs removing to allow the oversized cargo to
pass through.
• Completing swept path analysis to simulate the heavy lift
equipment on specific junctions or crossroads along the route.
• Handling all elements of abnormal load permits.
• Designing and engineering overbridging solutions for structures
along the route.
• Designing and engineering bespoke heavy transport solutions
and arrangements.
• Producing risk assessments and method statements to cover the
transport and site activities.
• Creating lift plans.
• Specifying and supplying the lifting tackle required.
• Designing and fabricating lifting frames and equipment.
• Proof testing and load testing equipment.
• Weighing exercises and mass calculations on large items.
Full service solution
The skillset within the engineering team, enables Allelys to develop abnormal load solutions for our wide ranging transport fleet including girder frames, SPMTs and modular trailers as well as cranes, hydraulic gantries, jacking systems and skidding systems. Our dedicated team will work closely with each customer to engineer, plan, project manage and execute every project, providing the full service solution from one point of contact.