In 2024, 2,203 people died on the roads of Uzbekistan. Another 8,901 were injured. Every third accident involved a truck or passenger transport vehicle. 351 accidents occurred simply because the driver fell asleep at the wheel due to fatigue.
These aren't abstract statistics. Behind every number is a driver whose family was waiting for them at home. A passenger on a minibus. A pedestrian at a crosswalk near a school in Chilanzar.
Most of these tragedies have one thing in common: they were preventable. And this is exactly where Eco-Driving enters the conversation — a technology that is still perceived in Uzbekistan mostly as a tool for fuel saving. But that is only half the truth.
What is Eco-Driving and Why is the Name Misleading?
The term "Eco-Driving" was formed in Europe in the 1990s — initially as a program to reduce CO₂ emissions. Today, in fleet management systems, this term refers to something much more specific: automatic assessment of driving style based on GPS tracker data.
The system records and analyzes four key parameters in real-time:
- Harsh Acceleration — "flooring it" from a traffic light
- Harsh Braking — emergency braking instead of smooth deceleration
- Speeding — exceeding allowed or recommended thresholds
- Harsh Cornering — maneuvers that put excessive load on the axles
Based on the aggregate of this data, the driver receives a score — usually from 0 to 100 points. The higher the score, the calmer, more predictable, and safer the driving style. Every trip is logged, history accumulates, and the fleet owner can see at any moment: who is "delivering cargo" and who is "racing."
People: The Link Between Driving Style and Accident Rates
Research in telematics and road safety shows: exceeding the average traffic flow speed by just 1 km/h increases the probability of an accident by 10–15%. When a driver moves faster than the flow by 10 km/h or more, the number of accidents on urban roads begins to rise sharply and non-linearly.
Let's add the specific context of Uzbekistan. According to 2024 data, more than 720 out of 1,280 accidents in Tashkent involved pedestrians. A significant part of these were collisions at unregulated crossings where the driver simply did not have time to react. At a speed of 50 km/h, the braking distance on dry asphalt is about 28 meters. At 70 km/h, it is already about 55 meters. This difference determines the survival of a pedestrian.
Money: The Cost of Aggressive Driving
Fuel. Up to 40% of the variable costs of freight transport is fuel. Aggressive driving increases consumption by 15–25% relative to a calm style. On the Tashkent — Samarkand route (340 km), a truck with a 400-liter tank driving aggressively will burn 8–12 liters more than when driving smoothly. Multiply this by the number of trips per month.
A concrete example from our industry colleagues: after implementing driving quality control in one company, transport costs decreased by 42%. This is not an advertising claim — this is the result of eliminating fuel theft, log falsification, and aggressive driving combined.
Maintenance. Harsh braking means accelerated wear of brake pads and discs. Harsh turns mean load on suspension and tires. According to industry estimates, controlling driving style reduces operating costs by an additional 15–20% on top of the base savings from monitoring.
Insurance. This has not yet become a standard in Uzbekistan, but global practice is moving in this direction: insurance companies are starting to offer discounts to fleets that can document the safe driving style of their drivers. The Eco-Driving history is a ready-made evidence base.
Technology: How It Works in Practice
A GPS tracker with Eco-Driving support (for example, the Teltonika FMB series that we install) uses an accelerometer and a gyroscope to record acceleration along all axes. It doesn't just record coordinates — it "feels" the vehicle.
Every event — harsh acceleration, emergency braking, sharp turn — is logged with a timestamp, coordinates, and speed. The dispatcher sees not just a track, but an annotated route: right here, on the turn from Bunyodkor Street to Amir Temur, the driver braked sharply at a speed of 72 km/h.
No driver will argue with GPS data. This removes the human factor from the conversation about safety and makes it professional, not confrontational.
Driver vs. System: How to Avoid the Main Implementation Mistake
Transparency from Day One. Drivers need to be told honestly: the system is introduced not to spy on them, but to protect them. In the event of an accident, tracker data can prove that the driver was driving within the norm.
Rating, Not Fines. It is more effective not to punish the worst, but to reward the best. A monthly rating of drivers with a bonus for the top 3 creates healthy competition.
Feedback, Not Control. The driver must see their score after each trip. When a person understands why points are deducted, they start working on their style themselves. This is called self-correction.
Eco-Driving and Long Haul
In the context of Uzbekistan, we cannot ignore the topic of intercity and international transportation. Routes like Tashkent — Termez, Samarkand — Bukhara, Andijan — Tashkent involve hundreds of kilometers, often at night, often in mountainous areas.
It is on such routes that another function related to Eco-Driving works — control of work and rest regimes. The system records how many hours the driver has spent behind the wheel without stopping. In 2024, 351 accidents in Uzbekistan occurred because the driver fell asleep at the wheel — and 189 people died in these accidents. An automatic notification to the dispatcher "driver has been behind the wheel for 6 hours without a break" is not bureaucracy. It is life.
Summary: Three Questions to Ask Yourself Now
If you are a fleet owner or manager:
- First: Do you know how each of your drivers is driving right now? Not "generally okay" — but specifically, with data?
- Second: If one of your drivers gets into an accident tomorrow — do you have objective data about their driving style?
- Third: Do you know how much fuel is burned in vain every month due to aggressive driving in your fleet?
If there is no clear answer to at least one of these questions — Eco-Driving solves exactly that.
We include the Eco-Driving function as part of the standard monitoring package at no additional cost for equipment. If you want to see what reports look like on real data, write to us, and we will show a demo using a similar fleet as an example.
GOGPS.UZ — Satellite vehicle monitoring in Uzbekistan.