In Uzbekistan's agriculture, machinery is the most expensive and least controlled asset. An MTZ tractor or a combine leaves for the field at dawn and returns in the evening. What it did all day — worked your land or ploughed a neighbour's field for cash — is impossible to tell from a paper log.
Over a single season, a large farm loses sums comparable to several new tractors through unaccounted fuel, inflated area figures and side jobs. GPS monitoring of farm machinery closes these gaps systematically.
Problem #1. Side jobs on your machinery
The most common scheme on farms: the operator does outside jobs during working hours. Your fuel, your engine life — his money. The owner only sees diesel consumption, which is written off against your fields.
The monitoring system shows a track accurate to the metre and whether the machine crossed your land boundary. Geofences — digital borders for each field — are configured, and any exit is logged automatically with an exact timestamp.
Problem #2. Real worked area
The operator reports "ploughed 40 hectares" — in reality, 28. It cannot be verified by hand. A GPS tracker with an implement-position sensor calculates the actually worked area from the implement width and distance travelled.
- Fact-based accounting — area is computed automatically, not from the operator's word
- Overlap and skip control — you see where a pass doubled (extra fuel) or left a gap (under-seeding)
- Implement up/down — the sensor shows whether the plough worked or the tractor just drove
- Processing speed — too fast means poor quality, too slow means fuel overspend
Problem #3. Fuel and engine hours
On a tractor, "consumption per 100 km" is useless — the machine works in place, under load. The right metric is consumption per engine hour. A fuel-level sensor plus engine-hour accounting gives an exact picture: how much diesel burned under load, and how much "went" to idling or was drained overnight.
Night drains are a particular pain for agribusiness: the machine sits at a remote field camp without security, and the tractor's tank is large. The fuel-level sensor logs a sharp drop at 2 a.m. with the engine off — an unambiguous drain, and the system signals immediately.
| What is lost without control | How the system catches it |
|---|---|
| Night fuel drain | Level sensor + alert on parked drop |
| Inflated area | Implement width and track calculation |
| Side work | Field geofences + exit report |
| Idling with engine on | Engine hours vs useful work |
Seasonality and diesel generators
Farm machinery works in peaks: sowing, harvest — idle in between. Planning maintenance "by the calendar" is wrong here: a tractor that logged 300 engine hours in two harvest weeks needs service sooner than one parked in the garage. Engine-hour accounting lets you plan maintenance by real runtime.
What it gives an agro-holding
For a large farm with 20–50 machines, the system pays for itself within one season. We use the Hecterra platform and fuel-level sensors accurate to 99%.
Where to start
You don't have to equip the whole fleet at once. Start with the most expensive units — those that work and consume the most. One season on a control group shows the real savings picture.
Want to bring your machinery under control before the season? Contact GOGPS.UZ — we'll match a solution to your fleet and show the payback.
GOGPS.UZ — Satellite vehicle monitoring in Uzbekistan.