Availability of combine harvesters in agricultural organizations per 1,000 hectares of crops, 2024–2025
The number of combines per 1000 hectares of relevant crops in agricultural organizations reflects the current level of technical equipment in the agricultural sector. The table provides data for 2024 and 2025, with rows broken down by the Russian Federation, federal districts, and individual constituent entities, such as the Tula Oblast. This information allows for an assessment of technical fleet density by territory and tracks changes in combine availability over the specified two-year period for each represented area
Chart of combine availability in agricultural organizations per 1000 hectares of crops in 2024–2025
Set in numbers
Rosstat data for 2024–2025. Rows: 275, periods: 2. Shown by items: Russian Federation — grain harvesters; Russian Federation — maize harvesters; Russian Federation — potato harvesters; Russian Federation — flax harvesters; Russian Federation — sugar-beet harvesters (excluding haulm harvesters… and others
Voronezh Region — potato harvesters: the indicator fell from 43.1 to 25.5 for 2024–2025 — by 40.7%. Of the 25 largest rows, 10 increased and 15 decreased
All table numbers are series: 275
How to read this table
Table rows are divided into three levels: national totals, federal district indicators, and data for individual regions. It is recommended to compare values both between neighboring regions within a single district and through changes between 2024 and 2025. Since the indicator is calculated per 1000 hectares of crops, it clearly demonstrates the intensity of harvesting machinery use and differences in technical equipment across the country, with each row representing a separate territorial breakdown
What is visible in these numbers
Five largest values: Voronezh Region — potato harvesters (43.1), Russian Federation — potato harvesters (15), Vladimir Region — potato harvesters (13.7), Central Federal District — potato harvest… (10.5), Russian Federation — flax harvesters (8.72). The gap between the largest and smallest is 167.2 times. The top five account for 63.3% of the total across all items — the distribution is heavily skewed toward the top
Observations are annual; the dataset contains 2 observation periods. There are 50 values in the table out of 50 possible, i.e. 100%, meaning the table is almost completely filled
The same indicator for other periods
More in the section Bulletins on the state of agriculture (electronic versions)»
Period and application
Current indicators for 2024 and 2025 will assist agribusiness specialists and agricultural economics researchers in assessing the level of technical capacity. Rosstat compiles this data based on regular industry observations, updating it as reports are received from agricultural organizations. This data is useful for analyzing agricultural production efficiency and planning investments in the technical upgrading of farms in various regions of the country
How it is calculated
Data on sown areas, yield and livestock numbers are used in planning raw-material purchases, crop assessment and forecasting food prices
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