In a Gulf Summer, Tyres Fail Before Engines Do.

Live pressure and temperature on every wheel position, warning on a slow puncture hours before it becomes a blowout, and the maintenance data that stops you replacing tyres on a guess.

Per Wheel, Not Per Vehicle

An average across ten wheels hides the one that is about to fail, which is the only one that matters.

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What Is Measured

  • Pressure at every wheel position
  • Temperature at every wheel position
  • Trailer axles as well as tractor
  • Spare wheel where a sensor is fitted
  • Sensor battery and signal health
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What Triggers a Warning

  • Gradual loss that signals a slow puncture
  • Rapid loss that signals an imminent failure
  • Over-pressure after a hot-fill
  • High temperature from a dragging brake
  • Thresholds per axle and per vehicle class
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Maintenance Value

  • Under-inflation shortens tyre life measurably
  • Correct pressure reduces fuel burn
  • Rotation and replacement planned, not reactive
  • Cost per tyre tracked against kilometres
  • Evidence for warranty and supplier claims
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In the Platform

  • Alerts to driver, supervisor and workshop
  • Live view alongside position and trip data
  • History per wheel position over time
  • Linked to maintenance scheduling
  • Reporting by depot, route and vehicle class

Tyre Monitoring — What Actually Matters

Tyres are the component most exposed to Gulf operating conditions and the one most fleets manage least systematically. Road surface temperatures in a Gulf summer are far above what tyre load ratings assume in temperate markets, long highway legs give heat no chance to dissipate, and under-inflation multiplies heat build-up rather than adding to it. The result is that blowouts cluster in exactly the conditions where a vehicle is hardest to recover.

The safety case is the obvious one and the financial case is the larger one. A blowout on a loaded truck is a serious incident and a recovery bill; under-inflation that never becomes a blowout still shortens tyre life substantially and raises fuel consumption on every kilometre. For a fleet running significant distance, tyres and fuel are often the two largest controllable costs, and tyre pressure quietly affects both.

The reason TPMS belongs in the tracking platform rather than in a separate box is that a warning needs somewhere to go. A sensor that alerts only in the cab helps a driver who notices it; a sensor reporting into the platform reaches the supervisor, the workshop and the maintenance schedule at the same time, and leaves a record showing whether anybody acted. For a fleet, the routing of the alert is most of the value.

Expect to spend time on thresholds. Correct pressure varies by axle, by load and by vehicle class, and a single fleet-wide number produces either missed failures or an alert flood. We set thresholds per axle group and per class, and the practical test is whether the workshop still trusts the alerts after a month. If they do not, the configuration was wrong rather than the technology.

Sensor choice is a real decision. Internally mounted sensors are better protected and harder to steal but require tyre removal to fit or replace; external valve-cap sensors fit in minutes and are more exposed. For mixed fleets we usually recommend internal on long-haul tractors and trailers where downtime is expensive, and external where vehicles are turned over frequently.

Questions We Get Asked

Does TPMS work on trailers as well as tractors?

Yes, and trailers are often where it matters most, because trailer tyres are checked least often and carry a large share of the load. Trailer sensors report through the same platform, and where a trailer swaps between tractors the readings follow the trailer rather than the unit towing it.

Internal or external sensors?

Internal sensors mount inside the tyre: better protected, not stealable, and more accurate on temperature, but fitting or replacing one means taking the tyre off. External sensors replace the valve cap: fitted in minutes, easy to move between vehicles, but exposed to damage and theft. Long-haul and high-value fleets usually justify internal; fast-turnover fleets usually do not.

How early does it warn about a slow puncture?

A gradual pressure loss is normally detectable well before it becomes dangerous, which in practice often means hours of warning rather than minutes. That is the difference between a planned stop at a depot and a roadside failure on a highway, and it is the main operational argument for the system.

Will it reduce our fuel bill?

Under-inflated tyres increase rolling resistance and therefore fuel consumption, so keeping pressures correct does reduce fuel burn. We would be cautious about quoting a percentage: the saving depends on how badly inflated your fleet currently is, which nobody knows until it is measured. The honest sequence is to measure first and quantify afterwards, from your own baseline.

Can it be added to vehicles we already track?

Yes, in most cases. TPMS sensors communicate with a receiver that integrates with the tracking device already fitted, so this is normally an addition to an existing installation rather than a replacement of it. Compatibility depends on the tracker model, so send us what you have and we will confirm.

Stop Finding Out on the Hard Shoulder.

Send your vehicle and trailer mix and we will specify sensors, thresholds and what it costs per vehicle.

Request a Technical Call →