FAQ Archive
GPSController FAQs - Page 123
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FAQ
What is the most common mistake fleet managers make with predictive maintenance during summer operations?
Raising alert thresholds upward to reduce nuisance notifications during hot afternoons. This causes the dashboard to stop flagging minor coolant losses until the engine reaches critical failure, as the predictive model c...
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What metrics does the dashboard track to prevent engine overheating in construction equipment?
The dashboard monitors coolant temperature, hydraulic fluid heat, fan belt rotation speed, and location data delay/signal latency. It applies a rolling average algorithm to distinguish genuine overheating from signal jit...
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What is a GPS Controller predictive maintenance dashboard?
It is a fleet tracking tool that uses vehicle telematics to monitor engine health metrics and predict mechanical failures like overheating before they occur.
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What action should a fleet manager take after a tire pressure alert?
Upon receiving a tire pressure alert, the fleet manager must immediately contact the driver and instruct them to stop in a safe location for inspection. If the pressure is dropping slowly, the driver may need to reduce s...
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Can manual tire pressure checks replace a monitoring system?
No, manual checks cannot replace a real-time system. A pre-trip inspection only captures the pressure at that moment. A tire can lose pressure minutes after leaving the yard due to a puncture or a valve stem failure. Man...
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Why is unpaved job site transport riskier for tire blowouts?
Unpaved job sites introduce sharp rocks, loose gravel, and hidden potholes that can puncture tires. The constant vibration and flexing of tires on uneven ground weakens sidewalls faster than on paved roads. These conditi...
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How does a GPS controller monitor tire pressure in real time?
A GPS controller integrates with tire pressure monitoring sensors through its vehicle telematics module. It receives a data stream from each tire sensor and combines that with location data from the GPS unit. If pressure...
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What are common mistakes when implementing driver behavior scorecards?
Common mistakes include assuming that simply installing GPS trackers will change driver habits without coaching intervention, and setting overly aggressive thresholds that trigger too many alerts, causing driver desensit...
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How quickly can a fleet see a 40% reduction in harsh braking after implementing scorecards?
Most food delivery fleets see a measurable 40% reduction within 30 days when using real-time coaching combined with weekly scorecard reviews. The improvement rate depends on consistent driver engagement and threshold cal...
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What causes harsh braking in food delivery fleets besides driving style?
Route congestion, poorly timed geofence alerts, and pressure to meet tight delivery windows are common operational causes. Additionally, some GPS controllers report delayed location data in urban canyons, creating late b...
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Can real-time coaching reduce harsh braking without driver pushback?
Yes, when real-time coaching is framed as a support tool rather than a disciplinary measure, drivers typically accept feedback within two weeks. The key is providing an immediate alert that explains the behavior without...
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How do driver behavior scorecards measure harsh braking?
Driver behavior scorecards measure harsh braking by analyzing GPS tracking and accelerometer data from the vehicle telematics unit. Each deceleration event that exceeds a configured g-force threshold is recorded and scor...
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