Ice Curtain: S-400 Deployments and Enhanced Defense of Russia’s Western Arctic (Rogachevo Air Base)
March 30, 2020
The Ice Curtain: Bringing Transparency to the Arctic is an ongoing collaborative series between the CSIS Europe Program and NGA.
The deployment of S-400s to Rogachevo air base in the Novaya Zemlya archipelago is a critical part of Russia’s efforts to secure its Northwest Arctic territory and expand its defensive capabilities. By deploying S-400s to Rogachevo, Russia has enhanced its radar coverage around the Novaya Zemlya archipelago and raised the potential costs for NATO in the event of a conflict in the region.
Rogachevo air base is located approximately nine kilometers north-northeast of Belushya Guba (Belushya Bay) on the southern Yuzhny Island of the Novaya Zemlya archipelago. This air base routinely hosted long-range strategic bombers and fighter aircraft to intercept U.S. reconnaissance aircraft in the Arctic during the Cold War.1 Today, Rogachevo is commanded by the 45th Air Force and Air Defense Army of the Russian Northern Fleet, which was formed in December 2015.2
Satellite imagery indicates that sometime between July 2014 and August 2015 a new air defense missile base was established west of the Rogachevo air base, accompanied be a regiment-sized unit equipped with the S-300P (NATO reporting name: SA-10 Grumble) surface-to-air missiles (SAM).3 Upgrades to air defense capabilities on Novaya Zemlya occurred during 2018 and 2019 and included the deployment of additional radar, electronic warfare (EW), signals intelligence forces, and related equipment in addition to the deployment of the S-400 (an upgrade from the S-300P), with the latter occurring during the July-August 2019 time frame.
On September 16, the Russian Northern Fleet Press Service reported that the redeployment of forces and conversion to the S-400 systems were complete.4 A few days later, on September 20, the Press Service published a report on the ceremony celebrating the unit’s achievement of operational status.5 Why is this important?
THE IMPORTANCE OF S-400S IN THE ARCTIC
Russia’s military posture in its Western Arctic reflects the Soviet legacy of bastion defense comprised of “concentric circles” designed to protect strategic territory.6 The S-400s provide more advanced radar and EW systems capabilities, which expand the range of Novaya Zemlya’s air defenses. The airspace monitored and controlled from Rogachevo air base has now increased to 600 kilometers for detection and 400 kilometers for engagement, according to Russian assessments, although Western analysts estimate the range to be between 200-250 km based on the system’s current configuration.7 The S-400 reportedly reduces deployment time from stowed position to launch to five minutes and compliments previously implemented enhanced defensive measures, including the establishment of two Arctic motorized brigades, anArctic naval group, and a command and control center at the refurbished Severomorsk-1 air base.8
Russia’s priority in the Arctic is to defend its northwest coast and the surrounding maritime domain around the Northern Fleet, Russia’s most capable force, which includes ballistic missile submarines and surface combatants that are deployed worldwide, including its only operational aircraft carrier.9 Russia’s efforts to modernize its Arctic military posture include refurbishing air bases and deploying advanced systems to defend and deny access to strategic bastions. The deployment of S-400 systems to Rogachevo air base enhances radar coverage around the Novaya Zemlya archipelago, plugging potential gaps between Nagurskoye air base on Alexandra Land and radar stations on the Kola Peninsula.
As Russia seeks to increase the Northern Sea Route’s economic viability, Russia perceives greater strategic vulnerability in its Far North.10 The S-400s and similar coastal defense systems deployed across the Russian Arctic ( Alexandra Land, Kotelny, and Wrangel Island, among others) address this vulnerability as the growing network of assets seeks to restrict freedom of action and lay the groundwork for effective anti-access/area denial (A2/AD) operations.
The S-400s, however, pose a challenge to NATO in the region, potentially complicating freedom of operation in the North Atlantic and Norwegian and Barents Seas. The system reinforces Russia’s bastion defense and expands Russia’s defensive capabilities potentially beyond the Barents Sea while also complicating future efforts to reinforce regional allies during a time of crisis. On an operational level, the S-400 raises the potential costs for allies in the event of conflict, deterring them from deploying assets to the region.
RUSSIAN USE OF BASTION DEFENSE
Russia continues to demonstrate that its growing capabilities in the Arctic can be deployed beyond the Kola Peninsula. In April, Russia issued a Notice to Airman (NOTAM) for the Norwegian Sea area along Norway’s northern coast, where Russian “strike forces,” including anti-submarine Tu-142s, long- range supersonic missile carrier- bombers Tu-22M3 aircraft, and cruisers and submarines, exercised bastion defense. It was reportedly the first time Russia has conducted such a complex exercise outside of the Kola Peninsula and Barents Sea, suggesting that Russia may be looking to expand its bastion defense and sea denial capabilities toward the Greenland-Iceland- United Kingdom (GIUK) Gap. Although incomplete, Russia’s layering of coastal defense systems enhances deterrence against and costs to the U.S. and NATO presence in the Arctic.
Satellite imagery of Rogachevo shows its S-400 air defense missile base located at 71.606747o N, 52.387603o E, approximately 3.2 km west of the air base. It occupies an irregular shaped area that measures approximately 706-meters-by-180-meters, encompasses approximately 104,600 square meters, and is organized into a regiment-sized unit with:
- A headquarters and support area that appears to include the regimental headquarters, target acquisition battery, missile technical battery, transport company, and maintenance company. Among the equipment visible are a number of 55K6E command post vehicles, a 91N6E Big Bird acquisition an d battle management radar, a LEMZ 96L6-1/96L6E acquisition radar, two 5P85SM/SE2 self-propelled transporter erector-launchers (likely as spares or for training), and a number of support vehicles and trailers.
- Three firing battery areas, each with four 5P85SM/ SE2 self-propelled transporter erector-launchers and a single 92N6E Grave Stone engagement radar—all of these are positioned on concrete pads—and a number of support vehicles.11
- A 42-meter-by-60-meter missile reloading storage revetment that contains at least 39 S-400 twin missile reload packs (some double-stacked).
- Several support, storage, and parking areas are located around the base. The largest of which is the missile technical battery’s parking area, which contains 12 5T58-2 missile transporters and what may be a number of trailers.
At present, there are no permanent structures at the base. Major items of equipment identified in recent satellite imagery include:12
- 4+ 55K6E command post vehicles
- 1 91N6E Big Bird acquisition and battle management radar
- 1 LEMZ 96L6-1/96L6E acquisition radar
- 3 92N6E Grave Stone engagement radars
- 14 5P85SM/SE2 self-propelled transporter erector- launchers
- 12 5T58-2 missile transporters
- 39 S-400 twin missile reload packs (some double- stacked)
- 90-100 Support vehicles, trailers, and shipping containers of various types
Russia’s deployment of the S-400 system on Rogachevo air base signals the Kremlin’s intent to secure its northwest Arctic territory, exercise its military capabilities, and protect its most vital military assets in the Far North.
Matthew Melino was an associate fellow with the Europe Program at the Center for Strategic and International Studies (CSIS) in Washington, D.C. Heather A. Conley is senior vice president for Europe, Eurasia, and the Arctic and director of the CSIS Europe Program. Joseph S. Bermudez Jr. is senior fellow for Imagery Analysis at CSIS.
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