Availability of tractors in agricultural organizations, 2020–2025
Agricultural machinery is distributed unevenly; this data tracks the number of tractors per 1,000 hectares of arable land, hectares of arable land per tractor, and plows per 100 tractors. The rows are distinguished by these three indicators, showing both machine density and workload. The annual data covers the period from 2020 to 2025 and is presented on a national scale
- Area of corresponding crops harvested per 1 sugar beet harvester (excluding top harvesters), ha
- Area of corresponding crops harvested per 1 combine harvester, ha — grain
- Arable land per 1 tractor, ha
- Number of harrows per 100 tractors, units
- Energy supply (power capacity per 100 ha of sown area), hp
- Area of corresponding crops harvested per 1 combine harvester, ha — flax
- Area of corresponding crops harvested per 1 potato harvester, ha
Chart showing tractor and combine availability in agricultural organizations from 2020 to 2025
Who grew, who fell: 2020 → 2025
Set in numbers
Rosstat data for 2020–2025. Series: 22, periods: 6. Breakdown by items: Tractors per 1,000 ha of arable land, units; Arable land per 1 tractor, ha; Per 100 tractors, units — ploughs; Per 100 tractors, units — cultivators; Per 100 tractors, units — including: combined… and others
Sown area (planting) of relevant crops per 1 combine harvester, ha…: the indicator decreased from 2,974 to 2,163 over 2020–2025 — by 27.2%. The highest value was 2,974 (2020), the lowest was 2,163 (2025). This is an average annual decrease of 6.16%. Up to 2023, the change was −18.7%, after that −10.6%. Of the 22 largest series, 11 increased and 11 decreased
All table numbers are series: 22
How to read this table
The differences between rows allow for assessing equipment fleet availability from different perspectives: via the number of machines per unit area or the area served by a single tractor. Comparing these series helps to understand arable land intensity and changes in mechanization levels within organizations. Indicators are calculated based on arable land area and the number of available tractors and plows, providing a comprehensive overview of the fleet status
What is visible in these numbers
Top five values: Sown area (planting) of relevant crops per 1 combine harvester (2,974), Sown area (planting) of relevant crops per 1 combine harvester (536.3), Sown area (planting) of relevant crops per 1 combine harvester (459.9), Arable land per 1 tractor, ha (372.4), Per 100 tractors, units — harrows (242.1). The gap between the highest and lowest values is 6,432 times. The top five account for 88.2% of the total across all items — the distribution is heavily skewed toward the top
Observations are annual; there are 6 periods in total. 132 of 132 possible values are filled (100%), meaning the table is almost completely filled
More in the section Bulletins on the state of agriculture (electronic versions)»
Period and application
Statistics are published annually as part of agricultural status bulletins. The data is relevant for monitoring the technical equipment of the agro-industrial sector and planning machinery procurement. The information is presented as a time series from 2020 to 2025 and can be used by agricultural agency specialists and farm managers
How it is calculated
Sown area data show what will be abundant or scarce several months before it appears on the shelf
Rosstat notes: All tables present data excluding micro-enterprises. Here and below, data exclude statistical information for the Donetsk People’s Republic (DPR), Luhansk People’s Republic (LPR), Zaporozhye and Kherson regions
1) Во всех таблицах приведены данные без учета микропредприятий.
2) Здесь и далее данные приведены без учета статистической информации по Донецкой Народной Республике (ДНР), Луганской Народной Республике (ЛНР), Запорожской и Херсонской областям.
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