Number of advanced manufacturing technologies in use, SDG publications
From 2011 to 2024, the number of domestically developed advanced manufacturing technologies used in Russia was recorded annually. The list contains nine rows: the first reflects the overall situation for the Russian Federation, while the remaining rows show data for federal districts. These rows allow for comparing technological development levels across different parts of the country and monitoring innovation adoption dynamics. Data are presented in units of measurement, covering the entire territory of the state
Chart of the number of advanced manufacturing technologies developed in Russia and used from 2011 to 2024, units
- Russian Federation
- Central Federal District
- Northwestern Federal District
- Southern Federal District
- North Caucasian Federal District
- Volga Federal District
- Ural Federal District
- Siberian Federal District
- Far Eastern Federal District
See also
- Life expectancy in Russia by year long time series by year
Set in numbers
Coverage: 9 series, 2011 through 2024, 14 reporting periods. 126 values in total.
Between 2011 and 2024 “Russian Federation” rose from 117,697 to 134,110 — 13.9%. The highest value in the series is 136,893 in 2019.
All table numbers are series: 9
| Series | 2011 | 2012 | 2013 | 2014 | 2015 | 2016 | 2017 | 2018 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Российская Федерация | 117 697,00 | 110 037,00 | 109 424,00 | 116 002,00 | 122 583,00 | 127 089,00 | 131 440,00 | 132 863,00 | 136 893,00 | 117 815,00 | 122 981,00 | 127 863,00 | 128 455,00 | 134 110,00 |
| Центральный федеральный округ | 40 059,00 | 37 043,00 | 34 518,00 | 37 852,00 | 39 698,00 | 39 457,00 | 40 332,00 | 36 539,00 | 37 233,00 | 34 615,00 | 36 376,00 | 38 319,00 | 39 000,00 | 40 389,00 |
| Северо-Западный федеральный округ | 10 898,00 | 9 593,00 | 9 530,00 | 9 906,00 | 10 165,00 | 10 742,00 | 10 968,00 | 12 375,00 | 12 858,00 | 11 155,00 | 11 221,00 | 11 774,00 | 12 746,00 | 13 870,00 |
| Южный федеральный округ | 5 030,00 | 5 291,00 | 5 833,00 | 6 855,00 | 7 376,00 | 8 088,00 | 9 847,00 | 9 629,00 | 10 739,00 | 8 038,00 | 8 270,00 | 9 027,00 | 8 618,00 | 8 624,00 |
| Северо-Кавказский федеральный округ | 1 873,00 | 1 717,00 | 1 821,00 | 1 922,00 | 1 917,00 | 2 058,00 | 2 185,00 | 2 231,00 | 2 424,00 | 2 006,00 | 1 942,00 | 2 052,00 | 2 199,00 | 2 389,00 |
| Приволжский федеральный округ | 34 844,00 | 31 200,00 | 31 875,00 | 32 358,00 | 34 020,00 | 36 198,00 | 35 402,00 | 37 198,00 | 36 565,00 | 30 029,00 | 31 217,00 | 32 637,00 | 32 535,00 | 33 825,00 |
| Уральский федеральный округ | 12 297,00 | 13 838,00 | 12 971,00 | 13 319,00 | 14 803,00 | 14 351,00 | 15 472,00 | 16 084,00 | 17 179,00 | 14 753,00 | 15 863,00 | 16 300,00 | 14 694,00 | 15 208,00 |
| Сибирский федеральный округ | 8 062,00 | 8 069,00 | 8 765,00 | 9 509,00 | 10 179,00 | 11 598,00 | 12 416,00 | 12 614,00 | 13 397,00 | 11 902,00 | 12 296,00 | 12 201,00 | 12 832,00 | 13 591,00 |
| Дальневосточный федеральный округ | 4 634,00 | 3 286,00 | 4 111,00 | 4 281,00 | 4 425,00 | 4 597,00 | 4 818,00 | 6 193,00 | 6 498,00 | 5 317,00 | 5 796,00 | 5 553,00 | 5 831,00 | 6 214,00 |
How to read this table
Differences between rows allow for comparing indicators for individual federal districts with the national total. For example, the Central and Northwestern Federal District rows show how their contribution relates to the total number of technologies in the country. This helps assess the geographic distribution of advanced developments. Comparing data by districts provides insight into which regions are more actively implementing Russian technological solutions in production
What is visible in these numbers
The largest value belongs to “Russian Federation” — 134,110; the smallest is “North Caucasian Federal District” at 2,389. The gap between them is 56.1-fold.
The same indicator for other periods
The same indicator in other breakdowns (1)
More in the section Publications on SDGs»
Period and application
Statistics are published annually and cover the period from 2011 to 2024. Information within the framework of SDG publications may be useful to industrial specialists, economists, and civil servants dealing with technological sovereignty issues. Data for Russia and federal districts allow for tracking the development rates of high-tech economic sectors over the long term
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