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Excavator Inspection Pre-Use Checklist
Use this excavator inspection pre-use checklist to inspect machine structure, frame, and slew area for damage or cracks, boom, dipper arm, and bucket with its pins, linkages, and quick-hitch engagement, hydraulic rams, hoses, and couplings for leaks, chafing, or damage and tracks or tyres and the undercarriage condition on mining sites so teams can confirm tracked and wheeled excavators are safe to operate with sound structure, boom and arm, hydraulics, undercarriage, and operator protection, capturing photo evidence per finding and tracking each fix through to closure. Watch for cracked or damaged structure, boom, or dipper arm, worn or unsecured bucket pins or an unengaged quick-hitch and hydraulic leaks or chafed and damaged hoses. Records support DGMS regulations, ISO 45001 and the Mines Act.
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Excavator Inspection Pre-Use Checklist
Excavator Inspection Pre-Use Checklist Dashboard
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- Organise inspection data by site, team, and date
- Assign checks to the inspector or vendor responsible
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- Comment on findings without leaving the inspection
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Frequently Asked Questions
How is an excavator pre-use check different from a general inspection?
It is scoped to the pre-use cadence and controls that mine safety officers, shift supervisors, maintenance engineers, HSE managers run, not a one-off handover walk. It prompts machine structure, frame, and slew area for damage or cracks, boom, dipper arm, and bucket with its pins, linkages, and quick-hitch engagement, hydraulic rams, hoses, and couplings for leaks, chafing, or damage and tracks or tyres and the undercarriage condition, watching for cracked or damaged structure, boom, or dipper arm, worn or unsecured bucket pins or an unengaged quick-hitch and hydraulic leaks or chafed and damaged hoses, records pass, fail, or N/A with overall machine and identification photo, boom, bucket, and quick-hitch detail photo and hydraulic leak or damaged-component photo on critical items, and raises corrective actions with owners before sign-off. Run in InspectWrk, the record is timestamped and rolls into trend reports so repeat failures surface before the next audit.
What do mine safety officers, shift supervisors, maintenance engineers, HSE managers check on it?
They work through each checkpoint to confirm tracked and wheeled excavators are safe to operate with sound structure, boom and arm, hydraulics, undercarriage, and operator protection, confirm the required controls are in place, and capture overall machine and identification photo, boom, bucket, and quick-hitch detail photo and hydraulic leak or damaged-component photo on anything that fails or needs proof. Priority failure modes include cracked or damaged structure, boom, or dipper arm, worn or unsecured bucket pins or an unengaged quick-hitch and hydraulic leaks or chafed and damaged hoses. Each checkpoint takes pass, fail, or N/A, and a failed item stays open until the fix is verified.
What evidence does it require?
It expects overall machine and identification photo, boom, bucket, and quick-hitch detail photo and hydraulic leak or damaged-component photo on failed or critical items, so findings rest on proof rather than memory. Records support DGMS regulations, ISO 45001 and the Mines Act, and every photo, note, and sign-off stays attached to the inspection instead of living in chat threads.
What does the excavator inspection pre-use checklist check?
It checks machine structure, frame, and slew area for damage or cracks, boom, dipper arm, and bucket with its pins, linkages, and quick-hitch engagement, hydraulic rams, hoses, and couplings for leaks, chafing, or damage and tracks or tyres and the undercarriage condition across mining sites. The round exists to confirm tracked and wheeled excavators are safe to operate with sound structure, boom and arm, hydraulics, undercarriage, and operator protection. It prioritises failure modes such as cracked or damaged structure, boom, or dipper arm, worn or unsecured bucket pins or an unengaged quick-hitch and hydraulic leaks or chafed and damaged hoses. Mine safety officers record pass, fail, or N/A on each item, capture photo evidence on anything that needs proof, and assign corrective actions with owners and due dates. Evidence expectations include overall machine and identification photo, boom, bucket, and quick-hitch detail photo and hydraulic leak or damaged-component photo. A failed item stays open until the fix is verified, and it runs offline so a weak signal never costs a round. Run in InspectWrk, every finding is timestamped and exports as a single mining report aligned to DGMS regulations, ISO 45001 and the Mines Act.
What is an excavator inspection pre-use checklist?
Quick Answer
An excavator inspection pre-use checklist is the pre-use gate used to confirm tracked and wheeled excavators are safe to operate with sound structure, boom and arm, hydraulics, undercarriage, and operator protection that mining teams use to check the key inspection points, assign owners to any failures, and close them with photo proof. Completed in InspectWrk, it is timestamped, works offline, and exports as an audit-ready mining report for DGMS regulations, ISO 45001 and the Mines Act.
An excavator inspection pre-use checklist is the pre-use gate used to confirm tracked and wheeled excavators are safe to operate with sound structure, boom and arm, hydraulics, undercarriage, and operator protection that mining teams use to check machine structure, frame, and slew area for damage or cracks, boom, dipper arm, and bucket with its pins, linkages, and quick-hitch engagement, hydraulic rams, hoses, and couplings for leaks, chafing, or damage and tracks or tyres and the undercarriage condition, capture photo evidence, and track corrective actions to closure. Its job is to confirm tracked and wheeled excavators are safe to operate with sound structure, boom and arm, hydraulics, undercarriage, and operator protection.
Why do pre-use excavator inspection checks get signed off without walking the asset?
Plant operators and site supervisors still miss cracked or damaged structure, boom, or dipper arm, worn or unsecured bucket pins or an unengaged quick-hitch and hydraulic leaks or chafed and damaged hoses when rounds are ticked without overall machine and identification photo, boom, bucket, and quick-hitch detail photo and hydraulic leak or damaged-component photo.
Without a single inspection record, teams reconstruct the evidence from phones instead of proving DGMS regulations, ISO 45001 and the Mines Act readiness.
Before and After InspectWrk
Before InspectWrk
- mining pre-use checks for excavator inspection happen on paper or in WhatsApp threads, with no timestamp and no photo evidence.
- Excavator walk-arounds skip undercarriage checks when the shift is behind schedule.
- You find out about an excavator inspection issue from a client complaint or an auditor, not from your own team in real time.
After InspectWrk
- Mine safety officers complete the pre-use check in the app with photo evidence at the excavator inspection, even offline.
- Managers see open findings, closure status, and DGMS regulations, ISO 45001 and the Mines Act evidence live on one dashboard.
- Overdue corrective actions escalate automatically so the fix happens before the next mining audit.
Why is an excavator inspection pre-use checklist important?
It helps mine safety officers and supervisors keep mining work consistent, safe, and auditable, with the evidence needed for DGMS regulations, ISO 45001 and the Mines Act:
- Cover the full inspection:structured checks across machine structure, frame, and slew area for damage or cracks, boom, dipper arm, and bucket with its pins, linkages, and quick-hitch engagement, hydraulic rams, hoses, and couplings for leaks, chafing, or damage and tracks or tyres and the undercarriage condition surface cracked or damaged structure, boom, or dipper arm, worn or unsecured bucket pins or an unengaged quick-hitch and hydraulic leaks or chafed and damaged hoses before they reach handover, audit, or the next shift.
- Document mining findings with the right proof:capture overall machine and identification photo, boom, bucket, and quick-hitch detail photo and hydraulic leak or damaged-component photo on every issue so nothing rests on memory.
- Track mining fixes to closure:each failure becomes an action with an owner, a due date, and a re-inspection that confirms it is done.
- Stay audit-ready:keep one timestamped record for DGMS regulations, ISO 45001 and the Mines Act you can export instead of rebuilding it from scattered photos and spreadsheets.
What should be included in an excavator inspection pre-use checklist?
A complete excavator inspection pre-use checklist works through machine structure, frame, and slew area for damage or cracks, boom, dipper arm, and bucket with its pins, linkages, and quick-hitch engagement, hydraulic rams, hoses, and couplings for leaks, chafing, or damage and tracks or tyres and the undercarriage condition, then records inspection context, scored checkpoints, and evidence with corrective actions:
Inspection context
Record where and when the inspection runs:
- Site, mining location, and asset identification
- Inspector, date, and the mining areas or assets in scope
- Reference numbers or schedules linked to the checklist
Checkpoints and scoring
Define what each checkpoint verifies and how results are scored:
- machine structure, frame, and slew area for damage or cracks
- boom, dipper arm, and bucket with its pins, linkages, and quick-hitch engagement
- hydraulic rams, hoses, and couplings for leaks, chafing, or damage
- tracks or tyres and the undercarriage condition
- operator controls, seat and seatbelt, cab glass, and mirrors or cameras
- guards, access steps and handholds, lights, horn, and the reversing or travel alarm
- Failure watchouts:cracked or damaged structure, boom, or dipper arm, worn or unsecured bucket pins or an unengaged quick-hitch and hydraulic leaks or chafed and damaged hoses
- Evidence:overall machine and identification photo, boom, bucket, and quick-hitch detail photo and hydraulic leak or damaged-component photo
- 20 fields aligned to the checklist
Evidence and corrective actions
Make every finding traceable and actionable:
- Capture overall machine and identification photo, boom, bucket, and quick-hitch detail photo and hydraulic leak or damaged-component photo on failed or critical items
- Corrective actions with owners and due dates for mining teams
- Sign-off, completion status, and follow-up notes
How do teams use an excavator inspection pre-use checklist?
Follow these steps to run the excavator inspection pre-use checklist:
- Open the pre-use check before excavator inspection goes live; confirm inspector, site, date, and asset ID.
- Walk machine structure, frame, and slew area for damage or cracks, boom, dipper arm, and bucket with its pins, linkages, and quick-hitch engagement, hydraulic rams, hoses, and couplings for leaks, chafing, or damage and tracks or tyres and the undercarriage condition in order; record pass, fail, or N/A before operation starts.
- Attach overall machine and identification photo, boom, bucket, and quick-hitch detail photo and hydraulic leak or damaged-component photo on any fail that needs proof for maintenance or safety.
- Block use when cracked or damaged structure, boom, or dipper arm, worn or unsecured bucket pins or an unengaged quick-hitch and hydraulic leaks or chafed and damaged hoses appears; assign an owner and due date.
- Sign off digitally only when every critical excavator inspection item passes or has an approved action plan.
See how this checklist fits into Asset inspection software.
This checklist runs as a mobile inspection app that works fully offline on site, with AI-powered defect detection on every photo. To see it on your own workflows, talk to our team.