What vehicle data does the Fletaro Box monitor for maintenance?

The Fletaro Box monitors engine temperature, RPM, battery voltage, fuel level, and engine hours through the vehicle's CAN bus. With the CAN-CONTROL adapter (Fleet Total plan), additional parameters like coolant pressure and transmission temperature are available on supported vehicles.

How much can predictive maintenance save my fleet?

Fleets that adopt predictive maintenance typically see 30-50% fewer unplanned breakdowns and 15-25% lower total maintenance costs. For a 20-vehicle fleet, this translates to EUR 6,000-15,000 in annual savings from avoided emergency repairs, towing, and downtime alone.

Does predictive maintenance replace regular servicing?

No — it optimizes it. Instead of following fixed intervals that may be too frequent or too infrequent for your specific conditions, predictive maintenance uses real-time data to schedule services at exactly the right time. You still perform oil changes, filter replacements, and inspections, but based on actual vehicle condition rather than arbitrary mileage thresholds.

How long does it take to see results from predictive maintenance?

The system needs approximately 30 days to establish baselines for each vehicle. After that, anomaly detection begins immediately. Most fleets see measurable reductions in unplanned breakdowns within the first 3-6 months, with full ROI typically achieved within 12 months.

Predictive Maintenance for Fleets: How Telematics Prevents Breakdowns Before They Happen

An unplanned breakdown does not just cost you a repair bill — it costs you a tow, a stranded driver, a missed delivery or cancelled booking, a rental ...

Reactive vs. preventive vs. predictive maintenance

Most fleets operate on one of three maintenance strategies. Reactive maintenance means you fix things when they break — the cheapest approach in the short term but the most expensive over time, because unplanned failures cascade into downtime, towing, and emergency repair markups. Preventive maintenance follows a fixed schedule based on time or mileage intervals (e.g., oil change every 10,000 km). It is better than reactive, but it often results in either over-maintenance (replacing parts that still have useful life) or under-maintenance (intervals that do not match actual wear patterns).

What telematics data reveals about vehicle health

A modern telematics device installed in a fleet vehicle continuously monitors dozens of parameters that correlate with mechanical health. Engine temperature trending upward over weeks may indicate a cooling system issue developing long before the temperature warning light comes on. Gradually increasing fuel consumption with no change in driving patterns often signals injector degradation, tire pressure loss, or air filter clogging. Battery voltage dropping below normal thresholds predicts a battery failure days before it strands a driver in a parking lot.

Setting up a predictive maintenance program

Start by establishing baselines. For the first 30 days, let the telematics system collect data on each vehicle's normal operating parameters — engine temperature range, typical fuel consumption, average RPM during highway and city driving. These baselines become the reference point against which anomalies are detected. Every vehicle is different, even identical models, because age, mileage, driving conditions, and maintenance history all affect behavior. Vehicle-specific baselines are far more accurate than generic manufacturer specifications.

ROI of predictive maintenance

The financial case for predictive maintenance is compelling. Unplanned breakdowns cost 3-5 times more than planned repairs due to emergency labor rates, towing fees, express parts shipping, and vehicle downtime. A fleet of 20 vehicles experiencing one fewer unplanned breakdown per vehicle per year saves an estimated EUR 6,000-15,000 annually in direct costs alone. Add in the revenue preserved by keeping vehicles on the road and the reduction in replacement vehicle rentals, and the ROI typically exceeds 300% within the first year.

Combining predictive maintenance with digital inspections

Telematics data captures what happens under the hood, but it cannot see a cracked windshield, a torn tire sidewall, or a broken mirror. That is where digital pre-trip inspections come in. By combining telematics-based predictive maintenance with regular driver inspections using Fletaro's checklist system, you create a comprehensive vehicle health program that catches both mechanical and visual issues. Drivers complete a 2-minute photo inspection before each trip, and the system flags any reported defects for immediate review.

Fletaro — Software de gestión de flotas con GPS y acceso remoto