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Fuel truck maintenance software is the platform GSE maintenance managers, fleet engineers, and technicians use to run scheduled servicing and component intervals on aviation refuellers, hydrant dispensers, and bowsers and to keep defensible records across the fleet. Inspectly360 digitises planned servicing, filter element change intervals, meter calibration intervals, hose and coupling replacement, pump servicing, and parts and labour records in one history aligned to IATA AHM and SAE GSE specifications.
Everything your field team does on paper, Inspectly360 does automatically: faster, more accurate, and without the admin.
Your inspector takes a photo of any asset or defect. AI reads it and fills the inspection form automatically. No typing. No manual entry.
Inspectors speak their observations in any language. AI transcribes and fills the form in real time. Completely hands-free in the field.
The moment an inspection is submitted, a branded PDF, Excel, or CSV report generates automatically. No manual work. No waiting.
Inspectly360 integrates with the tools your team already uses, including Zoho, Microsoft 365, and SAP. No double entry.
Your operations team sees completion rates, open issues, and compliance scores across all sites in real time. No chasing updates.
What changes once fuel truck maintenance software runs on one mobile-first platform with photo proof and live dashboards.
Fuel truck maintenance software is the platform GSE maintenance managers, fleet engineers, and technicians use to run scheduled servicing and component intervals on aviation refuellers, hydrant dispensers, and bowsers and to keep defensible records across the fleet. Inspectly360 digitises planned servicing, filter element change intervals, meter calibration intervals, hose and coupling replacement, pump servicing, and parts and labour records in one history aligned to IATA AHM and SAE GSE specifications.
Today the service plan lives on a workshop whiteboard, the meter calibration dates are copied into a spreadsheet, and the proof of a hose replacement is a job card in a drawer. When a refueller runs past a filter change interval, a meter calibration lapses, or a hose nears the end of its life unrecorded, nobody sees it until a breakdown grounds the unit mid-shift or a fuel quality check fails. Across a mixed fleet of refuellers and hydrant dispensers, every technician records work a little differently, so the maintenance manager cannot plan with confidence.
Inspectly360 replaces that with mobile capture on iOS and Android: technicians log scheduled services, filter changes, and overhauls against the QR-tagged unit, meter readings drive component interval clocks, and staged alerts raise before a service, filter change, or meter calibration falls due. Parts and labour stay on the unit record, calibration certificates attach to the meter, and a branded service history exports per unit when an auditor or the operator asks for the maintenance trail.
GSE maintenance teams follow this loop for scheduled servicing, filter changes, meter calibration, and hose replacement sign-off.
Assign QR identity to each refueller and attach its scheduled services, filter change intervals, meter calibration dates, and hose replacement clocks from the manufacturer schedule.
Technicians log engine hours and meter readings against the unit so component and pump service clocks run on real usage, not estimates.
Planned services, filter element changes, and pump overhauls are completed against the unit record with required photos, parts used, and named sign-off.
Filter change, meter calibration, and hose replacement clocks raise staged alerts so units are planned into the workshop before they fall overdue.
Jobs close with verified sign-off and calibration certificates attached, and a branded service history exports per unit for the auditor or the operator.
Answers to common long-tail questions, kept on one canonical page to avoid thin duplicate URLs.
Start with a single unit type so the service plan, filter intervals, meter calibration clocks, and hose replacement schedule are validated against real fleet numbers and manufacturer schedules before rollout to mixed types and other bases.
Technicians get job capture and sign-off, fleet engineers get service plan control, and the maintenance manager gets read access to the full service history per refueller through role-based access.
The platform capabilities that power fuel truck maintenance software across every site.
Each filter vessel carries its element change interval with staged alerts before it falls due. Why it matters: a filter element run past its interval loses its water and particulate defence and can pass contaminant to the aircraft.
Meter calibration is tracked per unit with the certificate attached and the next date clocked. Why it matters: an out-of-calibration meter delivers the wrong uplift figure, which is both a billing dispute and a fuel quality control failure.
Hose and coupling changes are signed off against the unit with parts, photos, and the technician named. Why it matters: a hose past its replacement life is a leak and a fuel spill risk during a live fuelling.
Engine hours and meter readings drive pump service and component change intervals per unit. Why it matters: a pump serviced on real hours rather than a guess avoids both premature swaps and an overdue failure on the ramp.
Parts used and labour time are logged on the unit record at the job. Why it matters: an accurate cost and parts trail per unit informs replace-or-repair decisions for the refueller fleet.
A branded service history exports per fleet number for the auditor. Why it matters: an audit request becomes a minutes-long export, not a drawer of job cards.
GSE maintenance managers and fleet engineers comparing Inspectly360 to paper job cards, spreadsheet service logs, and workshop whiteboards see the difference fastest on filter change intervals, meter calibration tracking, hose and coupling replacement clocks, pump servicing records, and fleet-wide planning aligned to IATA AHM and SAE GSE specifications.
| Topic | Typical Gaps | With Inspectly360 |
|---|---|---|
| Filter change interval tracking | Filter element change dates live on a whiteboard or spreadsheet that drifts out of date between shifts. | Each filter vessel carries its change interval with staged alerts before the element falls due. |
| Meter calibration intervals | Meter calibration dates are copied by hand and rarely reconciled against the actual unit. | Meter calibration is tracked per unit with the certificate attached and the next date clocked. |
| Hose and coupling replacement | A hose or coupling replacement is recorded on a job card that is filed and hard to retrieve later. | Each hose and coupling change is signed off against the unit with parts, photos, and the technician named. |
| Fleet maintenance planning | The maintenance manager guesses which refuellers are due and which can stay on the ramp this week. | A live dashboard shows units due, in service, and overdue across the fleet for planning. |
| Audit evidence for the auditor | Job cards are searched by hand when an auditor asks for the service history of a refueller. | A scoped, timestamped service history exports per unit for the auditor in minutes. |
What changes once fuel truck maintenance software is standardised on Inspectly360.
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Each refueller is tagged by fleet number and carries its manufacturer service plan, with filter element change intervals and services set by calendar time, engine hours, or meter readings. The platform tracks each interval and raises staged alerts before a filter change or service falls due, so the maintenance manager plans the unit into the workshop during a quiet window rather than discovering it overdue mid-shift. The service history, parts used, and technician sign-off stay on the unit record. When an auditor or the operator asks which units are approaching a filter change or service across the fleet, the dashboard answers in seconds instead of a manual reconciliation against a workshop whiteboard.
Meter calibration is tracked as a clocked item per unit, with the calibration certificate attached to the meter record and the next calibration date set from the last. The platform raises staged alerts before the calibration falls due, so a refueller does not keep dispensing on an out-of-calibration meter. Because the certificate sits on the unit, the next engineer and any auditor can see when the meter was last calibrated, by whom, and to what result. This closes the common gap where a meter quietly drifts past its calibration interval and is only caught during a billing dispute or a fuel quality control review, both of which depend on an accurate uplift figure.
Yes. Capture works fully offline on iOS and Android, which matters in the fuel farm workshop, on the apron, and at outstations where signal is weak. Technicians complete scheduled services, log filter changes and meter readings, attach calibration certificates, and sign off hose replacements with photos while offline, and records sync automatically once the device reconnects. Nothing is lost if a job is done in a dead spot, and the timestamp reflects when the work was done, not when it synced. This keeps the service history accurate for the maintenance manager and for an auditor reviewing the maintenance trail of a refueller.
Hoses and couplings carry their own replacement clocks per unit, set by service life or condition, and the platform raises staged alerts before a hose reaches the end of its life. When a hose or coupling is replaced, the change is recorded against the unit with the parts used, photos, and the technician named, and the replacement resets the clock. Because the record sits on the unit history rather than a loose job card, the next engineer can see when the fuelling hose was last changed and why. This closes the gap where a hose past its replacement life stays in service and becomes a leak or a fuel spill risk during a live fuelling.
Every scheduled service, filter change, meter calibration, hose replacement, and sign-off is stored with a timestamp, the named technician, parts used, certificates, and photo evidence against the specific fleet number. When an auditor asks for the maintenance history of a refueller, you export a scoped, branded service history covering the audit window in minutes. The trail shows planned services completed on schedule, meter calibration with certificates, filter changes, and overhauls with verified sign-off. This replaces the search-the-drawer routine that paper job cards force, and the evidence is consistent across every technician and base in the operation.
Yes. Role-based access scopes each user to the units and jobs they are responsible for. A base or contracted fuelling company sees only the fleet numbers assigned to it, while the operator keeps combined visibility across the whole refueller pool. Technicians get job capture and sign-off, fleet engineers control the service plan, and the maintenance manager gets read access to full history. This prevents one base editing another base's service plans, while still giving the operator a single consolidated view of fleet serviceability. Access changes are logged, so the audit trail shows who changed what, and when.
Fuel Truck Maintenance Software on Inspectly360 connects directly to the inspection apps, checklist templates, forms, industries, and adjacent solutions linked below.
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