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
|
NEWSLETTER
|
|
Join the GlobalSecurity.org mailing list
|
|
|