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Military


Project 22220 / LK-60 / Arktika

Ship Construction and Status

Name Yard Hull No. Laid Down Launched Commissioned Status Cost & Notes
Arktika Baltic Shipyard, St. Petersburg 05706 5 Nov 2013 16 Jun 2016 21 Oct 2020 In service Lead ship; Contract: 36.96 billion rubles (~$1.16 billion); Flagship of Russian icebreaker fleet
Sibir Baltic Shipyard, St. Petersburg 05707 26 May 2015 22 Sep 2017 24 Dec 2021 In service First serial ship; Delayed due to Ukrainian turbine sanctions
Ural Baltic Shipyard, St. Petersburg 05709 25 Jul 2016 27 May 2019 22 Nov 2022 In service Second serial ship; Nuclear reactors installed on slipway
Yakutiya Baltic Shipyard, St. Petersburg 05711 26 May 2020 22 Nov 2022 28 Dec 2024 In service Third serial ship; First with fully Russian-made components; ~50 billion rubles per unit
Chukotka Baltic Shipyard, St. Petersburg 05712 16 Dec 2020 6 Nov 2024 Dec 2026 (planned) Under construction Fourth serial ship; ~50 billion rubles
Leningrad Baltic Shipyard, St. Petersburg TBD 26 Jan 2024 2027 (planned) 2028 (planned) Under construction Fifth serial ship; Originally to be named Kamchatka; ~59 billion rubles
Stalingrad Baltic Shipyard, St. Petersburg TBD 18 Nov 2025 2028 (planned) 2030 (planned) Keel laid Sixth serial ship; Steel cutting ceremony held 7 May 2025; ~59 billion rubles

Technical Specifications

Category Specification Details
Displacement Full displacement 33,540 tons
Lightship weight ~22,000 tons
Dimensions Length overall 173.3 m / feet
Length at waterline 160 m
Beam (width) 34 m
Beam at waterline 33 m
Height 15.2 m
Draft (variable) 8.55–10.5 m (dual-draft design)
Draft range 8.55 m (shallow water) / 10.5 m (deep water)
Propulsion Reactor type Two RITM-200 pressurized water reactors
Thermal power (total) 350 MW (175 MW per reactor)
Electric power 110 MW total
Propulsion power output 60 MW (shaft power)
Turbogenerators Two 36 MW turbogenerators
Fuel enrichment Up to 20% enriched Uranium-235
Refueling cycle Every 7 years
Propulsion System Electric motors Three 20 MW electric motors
Propellers Three 4-bladed fixed-pitch propellers
Propeller diameter 6.2 m
Performance Speed in open water 22 knots (41 km/h)
Icebreaking speed 1.5–2 knots through ice
Maximum icebreaking capability 2.8 m level ice (contractual)
Enhanced capability Up to 4 m ice (reported winter conditions)
Operational Range Unlimited (nuclear propulsion)
Service life 40 years
Crew 53–54 personnel
Autonomy Extended Arctic operations
Classification Icebreaker class Arc 9 (highest ice class)
Type designation LK-60Ya (60 MW nuclear icebreaker)
Project number 22220

Operational Capabilities

The Project 22220 icebreakers represent the world's most powerful icebreakers currently in service. Key operational features include:

  • Dual-draft design: Allows operations in both deep Arctic Ocean waters (10.5 m draft) and shallow river estuaries such as the Gulf of Ob, Yenisei River, and Pechora River (8.55 m draft)
  • Year-round Arctic operations: Designed to maintain the Northern Sea Route open throughout the year
  • Escort capabilities: Can escort merchant vessels up to 100,000 tons displacement through Arctic ice
  • Scientific support: Capable of supporting polar research stations and expeditions
  • North Pole capability: Can reach the geographic North Pole as demonstrated by Arktika in October 2020

Program Notes

  • All seven icebreakers are being constructed at Baltic Shipyard in St. Petersburg
  • The class supersedes the Soviet-era Arktika-class (Project 10520/10521) icebreakers
  • Construction faced delays due to international sanctions following the 2014 Russo-Ukrainian conflict, requiring domestic replacement of Ukrainian turbines and Western propulsion systems
  • The RITM-200 reactor was specially developed for this class by OKBM Afrikantov
  • Total program cost for seven vessels: approximately 450+ billion rubles (~$6-7 billion)
  • These are the largest and most powerful icebreakers ever built, succeeding the previous record-holder, the nuclear icebreaker 50 Let Pobedy
  • The Project 22220 fleet is central to Russia's strategy to develop the Northern Sea Route into a major commercial shipping corridor capable of handling 150+ million tons of cargo annually by 2030




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