Written by the people who hang the ropes
Insights.
Wear decoded, constructions compared, statutory duties explained — practical technical writing for lift engineers and duty holders.

Featured · Rope Engineering
When Does a Lift Need New Ropes? The Discard Signs
How to tell a lift needs re-roping: broken wire counts, diameter loss, rouging and core failure explained — and how discard criteria turn wear into a decision.
6 July 2026 · Re-Ropes Technical Team
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Rope Engineering · Jun 2026
Lift Rope Stretch: Why New Ropes Need Shortening
Constructional stretch explained: why new lift ropes elongate in early service, how much to expect, and why planned shortening protects the installation.
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Maintenance Practice · May 2026
Why New Lift Ropes Fail Early: Sheave Groove Wear
Worn sheave grooves destroy new lift ropes from day one. How groove profiles wear, the symptoms to catch, and when to regroove or replace before re-roping.
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Compliance & Duty Holders · May 2026
LOLER, Lift Ropes and You: A Duty Holder’s Guide
What LOLER 1998 requires for passenger lifts, the 6-monthly thorough examination, SAFed LG1 supplementary tests, and what to do when reports flag ropes.
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Maintenance Practice · Apr 2026
Unequal Rope Tensions: The Cheapest Fix in Lifting
Why equal tension across a lift rope set decides rope life, ride quality and sheave wear — how tensions drift, how they are measured, and when to equalise.
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Rope Engineering · Mar 2026
Belts vs Ropes: Lift Suspension Compared Honestly
Coated steel belts and wire ropes compared for lift suspension — how each works, wears and is inspected, and what owners should plan for at replacement.
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Rope Engineering · Feb 2026
Governor Ropes: The Small Rope With the Last Word
How overspeed governor ropes work, why they wear differently to suspension ropes, what their condition affects at test time, and when to replace them.
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Rope Engineering · Feb 2026
Choosing Lift Rope: 8×19, Cores and Grades Decoded
What 8×19 Seale FC 1370/1770 U sZ actually means — constructions, fibre vs steel cores, wire grades and lay, and how each choice changes lift behaviour.
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