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Mining Asset InspectionSoftware

Mining asset inspection software for maintenance engineers running heavy-equipment pre-starts, haul-truck PPM, and drill and conveyor inspections.

Quick Answer

Mining asset inspection software is the platform maintenance engineers, fleet supervisors, and reliability leads use to run heavy-equipment pre-starts, haul-truck and loader PPM, drill and conveyor inspections, processing-plant rounds, and condition monitoring across open-pit and underground fleets with defensible evidence at every asset. Mining asset inspection software for maintenance engineers running heavy-equipment pre-starts, haul-truck PPM, and drill and conveyor inspections.

AI-Powered Features for Your Field Workflows

Everything your field team does on paper, Inspectly360 does automatically: faster, more accurate, and without the admin.

Take a Photo. AI Fills the Form illustration

Take a Photo. AI Fills the Form

Your inspector takes a photo of any asset or defect. AI reads it and fills the inspection form automatically. No typing. No manual entry.

Speak. AI Writes It Down illustration

Speak. AI Writes It Down.

Inspectors speak their observations in any language. AI transcribes and fills the form in real time. Completely hands-free in the field.

Inspections Done. Report Ready illustration

Inspections Done. Report Ready.

The moment an inspection is submitted, a branded PDF, Excel, or CSV report generates automatically. No manual work. No waiting.

Connect Your Existing Tools illustration

Connect Your Existing Tools.

Inspectly360 integrates with the tools your team already uses, including Zoho, Microsoft 365, and SAP. No double entry.

Live Dashboard. Every Site. Always On illustration

Live Dashboard. Every Site. Always On.

Your operations team sees completion rates, open issues, and compliance scores across all sites in real time. No chasing updates.

Before and After Inspectly360

What changes once mining asset inspection software runs on one mobile-first platform with photo proof and live dashboards.

Before Inspectly360

  • Pre-starts are ticked at the crib, not at the machine. Defects are reported by radio after the truck is already loaded.
  • PPM due dates live in a CMMS nobody updates after contractor work. Overdue inspections surface when something breaks.
  • Condition notes sit in email threads. Reliability engineers cannot trend the same defect across shifts.
  • Inspectors skip photos when there is no signal at the bench, ROM pad, or underground workshop.
  • Each site emails weekly PPM status. Group maintenance leadership reconciles spreadsheets on Monday.

After Inspectly360

  • Every pre-start requires photo evidence at the asset with QR or NFC identity. Defects raise work orders before the machine moves.
  • QR-linked assets carry PPM cadence, OEM intervals, and last inspection history visible at scan before work starts.
  • Condition scores, photos, and readings build per-asset history. AI flags recurring defects on the same haul road or component.
  • Fleet and plant rounds run fully offline on rugged devices. Records sync when the device returns to coverage.
  • Live dashboards show overdue PPM, open defects, and fleet availability per site and asset class.

What Is Mining Asset Inspection Software, and How Do Maintenance Teams Use It Across Fleet and Plant?

Mining asset inspection software is the platform maintenance engineers, fleet supervisors, and reliability leads use to run heavy-equipment pre-starts, haul-truck and loader PPM, drill and conveyor inspections, processing-plant rounds, and condition monitoring across open-pit and underground fleets with defensible evidence at every asset. Mining asset inspection software for maintenance engineers running heavy-equipment pre-starts, haul-truck PPM, and drill and conveyor inspections.

This is the fleet and plant maintenance layer — not the daily pre-shift HSE walk for crew safety. It answers whether the haul truck pre-start was completed at the machine, whether the drill PPM is current before the pattern starts, and whether recurring defects on the same asset are trending toward failure.

Inspectly360 combines QR-linked asset registers, OEM and statutory PPM cadences, offline capture at the ROM pad or workshop, corrective actions with verified closure, and branded PDF exports for reliability review and contractor handover.

How Does a Mining Asset Inspection Cycle Run from QR Scan to Maintenance Evidence?

Maintenance teams follow this loop for daily pre-starts, weekly PPM, and condition monitoring programmes.

  1. 1

    Register Fleet and Plant Assets with QR Tags

    Tag haul trucks, loaders, drills, conveyors, and processing plant with OEM intervals, PPM cadence, and asset class.

  2. 2

    Deploy Pre-Start and PPM Template Packs

    Load pre-start, weekly PPM, and thorough-examination reminders aligned to your maintenance plan.

  3. 3

    Complete Rounds Offline at the Machine

    Operators and fitters capture readings and photos without signal at the bench, ROM pad, or workshop.

  4. 4

    Raise Work Orders on Failed Items

    Defects route to maintenance crews or contractors with priority, deadline, and photo verification.

  5. 5

    Export Reliability and PPM Evidence Packs

    Branded PDF history per asset, fleet class, or site for reliability review and audit.

How Should Maintenance Teams Pilot Digital Fleet and Plant Inspections Without Stalling Production?

Answers to common long-tail questions, kept on one canonical page to avoid thin duplicate URLs.

Pilot One Fleet Class or Plant Line First

Start with the highest-volume pre-start or PPM round that already has a clear paper version. Run two cycles in parallel before rolling to additional asset classes or sites.

Ready to Move Mining Asset Inspection Off Paper?

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How Is This Different from Paper Pre-Starts, CMMS Printouts, and Spreadsheet Fleet Registers?

Maintenance engineers comparing Inspectly360 to paper pre-starts, CMMS printouts, and spreadsheet fleet registers see the difference fastest on pre-start defensibility, PPM traceability per asset, condition history for reliability decisions, offline capture at the machine, and multi-site fleet visibility.

TopicTypical GapsWith Inspectly360
Heavy-equipment pre-start defensibilityPre-starts are ticked at the crib, not at the machine. Defects are reported by radio after the truck is already loaded.Every pre-start requires photo evidence at the asset with QR or NFC identity. Defects raise work orders before the machine moves.
Fleet and plant PPM traceabilityPPM due dates live in a CMMS nobody updates after contractor work. Overdue inspections surface when something breaks.QR-linked assets carry PPM cadence, OEM intervals, and last inspection history visible at scan before work starts.
Condition monitoring evidenceCondition notes sit in email threads. Reliability engineers cannot trend the same defect across shifts.Condition scores, photos, and readings build per-asset history. AI flags recurring defects on the same haul road or component.
Offline capture at the machineInspectors skip photos when there is no signal at the bench, ROM pad, or underground workshop.Fleet and plant rounds run fully offline on rugged devices. Records sync when the device returns to coverage.
Multi-site fleet visibilityEach site emails weekly PPM status. Group maintenance leadership reconciles spreadsheets on Monday.Live dashboards show overdue PPM, open defects, and fleet availability per site and asset class.

What Changes for Maintenance Engineers, Fleet Supervisors, Reliability Leads, and Site Managers?

What changes once mining asset inspection software is standardised on Inspectly360.

  • Maintenance Engineers: Pre-starts and PPM rounds timestamped with photo evidence at the asset.
  • Fleet Supervisors: One mobile routine replaces paper pre-starts and radio defect reports.
  • Reliability Leads: Per-asset condition history instead of email threads and memory.
  • Site Managers: Fleet availability and overdue PPM visible across every operation in real time.

Which Mining Equipment Inspection Templates Should You Start With?

Get started with inspection and audit checklist templates.

View All Checklist Templates
Settling Pond Checklist Template
Template

Settling Pond Checklist Template

A settling pond checklist template provides a reusable inspection layout covering the embankment and freeboard, inlet and outlet structures, liners, seepage, water levels, and signage.

500+GET
Settling Pond Weekly Checklist
Template

Settling Pond Weekly Checklist

A settling pond weekly checklist sets out the weekly checks covering the embankment and freeboard, inlet and outlet structures, liners, seepage, water levels, and signage.

500+GET
Settling Pond Pre-Use Checklist
Template

Settling Pond Pre-use Checklist

A settling pond pre-use checklist lets crews confirm the pond is ready for use before work starts, checking the embankment and freeboard, inlet and outlet structures, liners, seepage, water levels, and signage.

500+GET
Water Reclamation System Inspection Checklist
Template

Water Reclamation System Inspection Checklist

A water reclamation system inspection checklist guides crews through checking clarifiers, pumps, filtration units, treatment tanks, pipework and valves, instrumentation, and the return line.

500+GET

Frequently Asked Questions About Mining Asset Inspection Software

How is mining asset inspection software different from mining inspection software?

Mining asset inspection software runs fleet and plant PPM, haul trucks, drills, conveyors, crushers, and processing plant with QR-linked assets and maintenance history. Mining inspection software runs site safety and HSE programmes, pre-shift checks, ventilation, ground control, and statutory audits. Most operations deploy both: asset software keeps fleet available; inspection software keeps crews safe.

Can inspections bind to individual machines and plant assets?

Yes. QR or NFC at the machine opens the correct checklist against asset ID, OEM interval, and last inspection history. Traceability is built into the register, not a reporting project.

Does the platform support ISO 55001 asset management evidence?

Condition surveys, PPM records, and defect history export as timestamped evidence packs aligned to ISO 55001 lifecycle and maintenance documentation expectations.

How do work orders flow when a pre-start fails?

Failed pre-start items raise work orders with owner, priority, and deadline. Closure requires photo verification, not just a tick in the CMMS.

Can contractors complete asset inspections on their own devices?

Yes. Contractor seats complete assigned PPM and pre-start rounds on mobile with the same evidence standards as in-house crews. Records stay in one register.

How quickly can a site pilot digital haul-truck pre-starts?

Most sites pilot one fleet class within two to three weeks using pre-built pre-start and PPM templates. Phased rollout by asset class or site is supported.

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