Availability of combine harvesters in agricultural organizations per 1,000 hectares of crops, 2024–2025
In 2024, there were 442.0206946 units of machinery per 1,000 hectares of sown area in the Russian Federation, and in 2025 this figure was 528.2826096. The data covers agricultural organizations nationwide, including breakdowns by federal districts and individual regions, such as Tula Oblast. The level of mechanization is calculated as the ratio of the number of combines to the sown area of relevant crops, helping to assess the technical equipment availability of the agricultural sector across different periods
Chart of combine availability per 1,000 ha of sown area for agricultural organizations in 2024–2025
Set in numbers
Rosstat data for 2024–2025. Rows: 278, periods: 2. Breakdown: Russian Federation — grain harvesters; Russian Federation — corn harvesters; Russian Federation — potato harvesters; Russian Federation — flax harvesters; Russian Federation — sugar beet harvesters (excluding topper removal and other types)
Central Federal District — corn harvesters: the indicator fell from 4,122 to 3,884 for 2024–2025 — by 5.78%. Of the 25 largest rows, 15 increased, 10 decreased
All table numbers are series: 278
How to read this table
The difference between rows is geographical, as indicators are grouped from the national level of the Russian Federation down to specific federal districts and constituent entities, such as Tula Oblast. Readers can compare equipment availability across different parts of the country to identify regional characteristics of the machinery fleet. Each row reflects the density of combines per sown area, allowing for comparison of agricultural machinery use intensity across various climatic and production zones
What is visible in these numbers
Five highest values: Central Federal District — corn harvesters (4,122), Belgorod Region — corn harvesters (2,635), Voronezh Region — corn harvesters (2,463), Russian Federation — corn harvesters (2,298), Bryansk Region — sugar beet harvesters (excluding topper removal) (1,187). The gap between the highest and lowest is 105.3 times. The top five account for 67.5% of the total across all positions — the distribution is heavily skewed toward the top
Observations are annual, with 2 observation periods in the dataset. There are 50 values in the table out of 50 possible, which is 100% — missing data is virtually absent
The same indicator for other periods
More in the section Bulletins on the state of agriculture (electronic versions)»
Period and application
Statistics are provided for 2024 and 2025. The information is useful for agribusiness specialists, analysts, and researchers studying the state of Russia's agricultural base. Rosstat publishes this data as part of agricultural bulletins, providing an up-to-date overview of the technical equipment availability of farms in the current period
How it is calculated
Data on sown areas, yield, and livestock are used in planning raw material procurement, crop assessment, and forecasting food prices
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