Marsden’s three-axle Liebherr 55-tonner: lifting and access notes for project teams
Reviewed by Joe Ashwell
First reported on The Construction Index
30 Second Briefing
Marsden Crane Services has added a Liebherr LTM 1055-3.3, only the second three-axle all terrain crane of its type in the UK, featuring a 55t capacity and a 40m main boom extendable to 54m lifting height via a 15m double swingaway fly jib. The crane’s counterweight can be configured for 9t axle loads, improving access to weight-restricted sites, and the fly jib can be replaced with a 1.9m assembly jib angled up to 50° for confined assembly work. Liebherr’s Liccon 3 control and driver assistance systems provide continuous environmental scanning and travel warnings, relevant for urban and constrained infrastructure projects.
Technical Brief
- Assembly jib’s 50° angling capability suits plant erection beneath overhead obstructions or within portal frames.
- Liccon 3 control integrates crane operation and safety logic, reducing reliance on separate add-on monitoring systems.
- Continuous-surroundings scanning for road travel is valuable for night moves in urban or lane-constrained approaches.
- 9 t axle-load configuration opens access to weight-limited structures such as older highway bridges and culverts.
- Low overall vehicle weight relative to duty allows mobilisation without heavier multi-axle cranes on many infill sites.
- Addition to Marsden’s fleet targets operations where access constraints, rather than ultimate lifting capacity, govern crane selection.
Our Take
Marsden Crane Services’ move into a 55‑tonne, three‑axle Liebherr sits below the 150‑tonne LTM 1150‑5.3 addition reported in 2025, suggesting the fleet strategy is to cover both heavier stadium/theme‑park style lifts and tighter urban or access‑constrained work in the UK.
The ability to configure 9‑tonne axle loads on this all‑terrain unit is significant for UK road access, as it helps operators stay within common highway and bridge limits without resorting to complex transport permits or heavy escorting.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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