Booth Ventures’ fuel‑cut HX360L at Ravenhead Quarry: productivity notes for engineers
Reviewed by Joe Ashwell

First reported on The Construction Index
30 Second Briefing
Booth Ventures has deployed a 36‑tonne Hyundai HX360L Next Generation crawler excavator at Ravenhead Quarry, supplied by Taylor & Braithwaite, matching the output of a larger predecessor while cutting fuel consumption. The HX360L is being used for primary quarry duties, including overburden removal and loading, where its reduced operating weight and newer engine platform deliver lower fuel cost per tonne moved. For quarry operators, the case points to potential savings from downsizing to more efficient 30–40‑tonne class excavators without sacrificing production rates.
Technical Brief
- HX360L’s reduced 36‑tonne operating weight lowers ground bearing pressure on quarry haul roads and benches.
- Next Generation Hyundai platform provides updated hydraulics, improving cycle times for digging and truck loading.
- Machine is deployed on primary quarrying tasks at Ravenhead, including overburden stripping and face loading.
Our Take
Hyundai’s 36 t HX360L sits in the same size class as many primary face and load-and-carry units covered in our mining equipment stories, so any verified fuel savings at Ravenhead Quarry are likely to be directly comparable for other UK quarry operators benchmarking fleet renewals.
In our database, most ‘Product’ pieces for excavators in the 30–40 t range emphasise telematics and cycle-time gains rather than fuel burn, so Booth Ventures’ focus on reduced fuel for the HX360L signals that operating-cost per tonne is becoming a more prominent decision driver in this class.
With Warrington-area quarrying increasingly constrained on planning and haul distances, a higher-efficiency 36 t excavator at Ravenhead Quarry gives Booth Ventures more headroom on diesel use and emissions, which can strengthen the case for future permit variations or extended operating hours.
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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