Tower Crane Dismantling Method: Statement Verified

You should adapt the site-specific details (crane model, load capacities, access constraints, weather limits, etc.) before use.

15. Inspections and documentation

• Certificates for lifting gear, crane inspection reports, mobile crane setup checklists.
• Permits to work, lift plans, RAMS and toolbox talk attendance sheets.
• Record of weather checks and daily briefings.
• Completion checklist and handover certificate on job completion.

Phase 6: Base and Foundation Removal

• Step 6.1: Remove base plate anchor nuts.
• Step 6.2: Lift each base frame component.
• Step 6.3: Grind down or remove foundation holding-down bolts flush with concrete if required by contract.

Introduction

The dismantling of a tower crane is arguably the most dangerous phase of its lifecycle. While erection attracts attention for its dramatic height increases, dismantling involves working at maximum height with partially disassembled components, often in tight urban environments. A Tower Crane Dismantling Method Statement is not just a paperwork exercise; it is a critical risk control document that dictates the safe, logical, and efficient reversal of the erection process. tower crane dismantling method statement

This article provides a detailed template and explanation of a professional method statement, covering planning, roles, equipment, step-by-step procedures, and emergency protocols. You should adapt the site-specific details (crane model,

Part 1: Scope & Objectives

6. Risk assessment / hazards

Key hazards and controls:

• Collapse/toppling — use certified mobile crane(s) with adequate capacity; follow engineered lift plan; ground bearing checks.
• Falling objects — exclusion zone, hard hats, tool lanyards, FOD checks.
• Electrocution — identify overhead/underground services; de-energize or maintain safe clearance.
• Crane boom/jib uncontrolled movement — taglines, competent operator, restraining rigging.
• Slips, trips, falls — housekeeping, edge protection, harness where required.
• Manual handling — mechanical aids, team lifts, correct lifting techniques.
• Weather (high wind) — suspend operations above wind limits per manufacturer.
• Traffic/vehicle collision — traffic management plan, banksman.
• Structural instability of crane — follow sequence to maintain balance; temporary bracing if required.