# Airport Ground Support Equipment

GPS tracking for airport ground support fleets that puts tugs, belt loaders, fuel trucks and de-icers on one airside map, records every entry into an apron or restricted zone, counts engine hours for maintenance, flags speed on the apron and shows which equipment actually works and which sits.

Source: https://www.highpointgps.com/industries/airport-ground-support
Last updated: 2026-09-21

Ground support equipment is the fleet nobody sees from the terminal and everybody depends on. Tugs, belt loaders, pushbacks, fuel trucks, de-icers, lav and water trucks and catering lifts move around aircraft on a schedule set by the arrivals board, on an apron with its own speed limits, its own restricted zones and its own safety office watching. High Point GPS puts every unit on one live airside map, with a GO RUGGED device on the equipment that has no diagnostic port and Bluetooth tags on the dollies and carts that have no engine. Geofences drawn around each apron, gate area, taxiway crossing, fuel farm and restricted zone record every entry and exit, and an incursion report from airport operations is answered from the record within minutes. Speed limits per zone flag the tug that crossed the apron at twice the limit, and the driver ID reader says who was driving it. Engine hours, not kilometres, drive the maintenance schedule on equipment that idles for most of its life, and fault codes reach the shop before a de-icer fails on a January morning. Utilisation reports show which units turned aircraft and which sat at the ready line for a month, which is the basis for the next equipment purchase or lease return. A ground handler, an airline station or an airport authority runs it from one MyGeotab database, with per-carrier or per-station reporting on top.

## Common problems

- No live view of where tugs, loaders and fuel trucks are on the apron when a gate change or a delay reshuffles the turn
- Apron incursion and speeding reports from airport operations that the ground handler cannot confirm or dispute
- Engine hours tracked by a hand-written meter reading, or not at all, on equipment that idles all day
- De-icers, fuel trucks and lav trucks failing in service because maintenance ran on the calendar instead of on hours
- No idea which units are actually used, so the fleet is either short at peak or paying to lease equipment that sits
- Operators of shared equipment unidentified when a unit is found damaged or parked in the wrong place

## Highlights

- Every unit on one live airside map, with GO RUGGED devices on equipment without a diagnostic port and Bluetooth tags on dollies and carts
- Geofences for each apron, gate area, taxiway crossing, fuel farm and restricted zone, with arrival and departure records for every entry
- Speed limits per zone that flag a tug crossing the apron over the limit, with the unit, the operator and the time
- Operator ID with an IOX-NFCREADERA reader on shared equipment, tying every movement to a person
- Engine-hours maintenance schedules and fault codes to the shop, for equipment measured in hours rather than kilometres
- Utilisation reports by unit, by type and by shift, showing which equipment turned aircraft and which sat
- PTO and boom inputs through IOX-AUXM on de-icers, fuel trucks and catering lifts, tied to the gate and the time
- Per-carrier and per-station reporting for ground handlers billing airlines or reporting to an airport authority

## Seeing the Ramp From the Operations Desk

The ramp supervisor's day is a list of aircraft turns and a list of equipment that has to be at the right gate before the aircraft arrives. On the live airside map, each unit shows its position, its status and who is operating it, and the supervisor sees at a glance whether the belt loaders for the next three arrivals are in position or still at the last gate. When a gate change comes through, the supervisor sends the closest unit rather than radioing every operator. Equipment without a diagnostic port gets a GO RUGGED device wired to power; dollies, carts and ground power units get Bluetooth asset tags read by the nearest powered unit, and they appear on the same map.

Trips are stored on the device when coverage drops under a jet bridge or inside a hangar and uploaded when the unit comes out. The record is therefore complete even where the signal is not, which matters when the question is where a tug was at 6:14 rather than where it is now. Bluetooth tags on the dollies are read whenever a powered unit passes, and a dolly left at a remote stand shows on the map at its last known position. The ready line, the fuel farm and the hangars each become a zone, and the count of units in each is a live number on the supervisor's screen.

## Apron Zones, Speed and the Incursion Report

An airport is a map of zones with rules, and the platform models it that way. High Point GPS draws geofences around each apron, the gate areas, the taxiway crossings, the fuel farm, the de-icing pad and every restricted zone, with the airport's own speed limit on each. Every entry and exit is recorded with the unit, the operator and the time. When airport operations reports that a ground vehicle crossed an active taxiway without clearance at 14:32, the ground handler pulls the record and sees which unit it was, or sees that none of its units were there, and answers the report the same afternoon.

Speed on the apron is the other complaint that arrives from the safety office. A rule per zone flags any unit over the limit, and the operator ID reader on the unit says who was driving. The weekly report shows speed events by operator, by zone and by shift, and the safety briefing starts from a specific event rather than a general reminder. A dash cam on the fuel trucks and pushbacks, where the handler chooses to fit one, adds the forward view for a collision with an aircraft or a stand.

![Diagram of a de-icing truck with four auxiliary inputs labelled boom active, fluid pump, beacon on and operator ID, each with a short note on what the record is used for, and chips listing apron geofences, zone speed limits, engine hours, fault codes and utilisation.](https://www.highpointgps.com/images/guides/airport-ground-support.webp)

*The circuits an IOX-AUXM reads on a de-icer, alongside the position, engine hours and zone records the GO RUGGED device reports from the apron.*

## Engine Hours and Equipment That Cannot Fail

Ground support equipment is measured in hours, not kilometres. A de-icer may drive two kilometres in a shift and run its engine for nine hours. Maintenance reminders in the platform run on engine hours read from the unit, with service intervals set per equipment type, so the shop knows the fuel truck is due for its hydraulic service before it is overdue. Engine fault codes reach the shop as they appear, which is how a cooling or charging problem on a pushback tractor gets fixed at the ready line instead of on the apron with an aircraft attached.

IOX-AUXM inputs read the circuits that matter on each type: the boom on the de-icer, the PTO on the fuel truck's pump, the lift on the catering truck. The record shows the de-icer's boom was active at gate 23 from 6:41 to 6:58, which is the basis for billing the airline for the de-icing event and for showing the safety office the equipment was in position when the aircraft pushed. A boom input that stops reporting is its own alert, and usually the first sign of a hydraulic or electrical fault.

## Utilisation, Billing and the Next Equipment Decision

The most expensive question in ground support is how much equipment to own. Utilisation reports show, per unit and per type, how many hours each worked, how many it idled and how many it sat at the ready line. A fleet of eighteen belt loaders where twelve do most of the work is a fleet that can return three leases and still cover the peak. A station that runs out of tugs at the evening bank has the hours to show the airline why. High Point GPS sets up the report by shift and by carrier so the picture matches how the station actually runs.

For a ground handler serving several airlines, per-carrier reporting is the billing record. Equipment time at each carrier's gates, de-icing events by boom activation, and fuel truck pump time all come from the same records. For an airport authority, the same platform gives a view across every handler's fleet on the airside, with each handler seeing only its own. Installation is done airside on the handler's schedule, and High Point GPS stays on as support when equipment moves between stations. The station manager sees the same report the airline sees, and the two numbers agree.

## FAQ

### Does it work on equipment without a diagnostic port?

Yes. A GO RUGGED device is wired to the unit's power and reports position, engine hours and, through IOX-AUXM inputs, circuits such as the boom or the PTO. Dollies, carts and other unpowered assets get Bluetooth tags read by nearby powered units and appear on the same map. Installation is done airside on the handler's schedule.

### Can it record entries into restricted zones and taxiway crossings?

Yes. Each apron, gate area, taxiway crossing, fuel farm and restricted zone is a geofence with its own rules, and every entry and exit is recorded with the unit, the operator and the time. An incursion report from airport operations is answered from that record. The record is exported with the unit's position trace and time in zone.

### How does it handle speed on the apron?

Each zone has its own speed limit, and any unit over it is flagged with the unit, the operator from the ID reader and the time. Weekly reports show speed events by operator, zone and shift, and the safety briefing works from specific events rather than reminders. Zone limits are changed in minutes when the airport revises its rules.

### Does maintenance run on engine hours?

Yes. Service intervals are set per equipment type in hours read from the unit, with reminders to the shop before each is due. Engine fault codes reach the shop as they appear, so a problem on a de-icer or pushback is caught at the ready line rather than at the gate.

### Can a ground handler bill airlines from the records?

Yes. Equipment time at each carrier's gates, de-icing events from boom activation and fuel pump time from the PTO input are reported per carrier. The same records show utilisation by unit and type, which supports decisions on leases and purchases. High Point GPS builds the per-carrier report to the handler's contract terms.