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Kharkovchanka close to the Zhongshan Station in Antarctica (2014)

Kharkovchanka (Russian: Харьковчанка) or Kharkivyanka (Ukrainian: Харків'янка, "Woman of Kharkiv"), code name: Manufacture 404S, is a model of Antarctic off-road vehicle made circa 1957–1958 in the Soviet Union, designed and built by the Kharkov Transport Engineering Plant, Ukraine[1]: 8:14–15:46  and later manufactured in Kharkiv by the Malyshev Factory.[2] Based on the AT-T tractor platform (itself based on the T-54 tank). In December 1959 two of them ("21" and "23") were delivered to Antarctica and reached the South Pole.[3] The massive off-road snow vehicle had a small galley, toilet, oven, and a total of eight beds.[1]

By the 39th Russian Antarctic expedition, Vityaz DT-30Ps replaced the Kharkovchankas.[1]: 30:20  Those were themselves later replaced by PistenBully [de] 300 Polar vehicles.[1]

History

[edit]
The second generation of Kharkovchanka.

Three Kharkovchankas were built in 1958, and shipped to Antarctica. They traversed from the ocean coast to the existing Soviet Vostok Station in February 1959. Two of these, and a third AT-T tractor, left Vostok station for the geographic South Pole in early December 1959, arriving at the pole on 26 December 1959, and surprising the US crew that had been airlifted into the Amundsen–Scott Station the previous summer.[1] Dozens of more exploratory missions into Antarctica were made with Kharkovchankas in subsequent years.[1]: 20:15 

In 1974–1975, a second generation Kharkovchanka was designed and built for Antarctic service. The largest design difference was the movement of the cab and engine back out in front of the main massive rectangular body structure, as well as the addition of auxiliary power generation for electricity and heat when the main engine was not operating. Three second generation Karkovchankas came off the production line in the fall of 1975.[1]: 22:45–24:55 

A potential third generation based on the MT-T tractor was considered in the 1980s, but was put on permanent hold for budgetary reasons, and following the Dissolution of the Soviet Union, left the Kharkovchankas as the main transportation system for Antarctic cargo into the early 2010s as part of the Russian Antarctic operation.[1]: 25:35–26:30 

Description

[edit]

First generation

[edit]

Like the Antarctic Snow Cruiser, the engine was inside the 20 m2 (220 sq ft) living space to allow maintenance without being exposed to the elements.[4] However, this meant that the noise of the engine prevented any sleep and that everything was covered by soot from the exhaust fumes.[4]

Technical characteristics

[edit]

First generation

[edit]
  • Assembly: Kharkiv (Kharkov Transport Engineering Plant), Ukrainian SSR[1]
  • Manufacturer: Malyshev Factory
  • Length: 8.5 m (27 ft 11 in)
  • Width: 3.5 m (11 ft 6 in)
  • Height: 4 m (13 ft 1 in)[1]
  • Wheels: 7 each side with drive sprocket and idler
  • Track width: 1 m (3 ft 3 in)[5]
  • Suspension: torsion bar
  • Engine: 995 hp (742 kW) V-12 diesel
  • Cruise speed: 30 km/h (19 mph)[1]
  • Max. speed: 56 km/h (35 mph)[1]
  • Max. grade: 30 degrees slope[1]
  • Weight: 35,000 kg (34 long tons)
  • Tow load: 60 tonnes[1]

See also

[edit]

References

[edit]
[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Kharkovchanka

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from Grokipedia
The Kharkovchanka (Russian: Харьковчанка) is a heavy tracked off-road vehicle designed and built in the during the late 1950s for exploration and logistics, serving as a mobile base capable of traversing extreme polar terrains over long distances. Based on the of the heavy artillery tractor derived from the T-54 tank, it features wide tracks for snow and ice mobility, a pressurized cabin housing bunks for 8–10 crew members, a , , and provisions for up to 20 days of self-sufficiency, with a total weight of approximately 35 tons and the ability to tow sleds carrying an additional 70 tons. Powered by a supercharged V-12 producing up to 990 horsepower, the vehicle achieved speeds of around 30–40 km/h on favorable surfaces and a range of up to 1,500 km without refueling, making it essential for establishing inland research stations during the (1957–1958) and subsequent expeditions. Developed by the (also known as the Kharkov Transport Engineering Plant) in Kharkov, Ukrainian SSR, the original STT-1 Kharkovchanka entered service in 1959, with five units arriving at the Soviet Mirny in late 1958 to support traverses to the and . These vehicles formed the backbone of Soviet logistics for decades, enabling teams of up to 16 personnel to conduct overland convoys with towed sledges for scientific payloads, , and supplies across vast, uncharted interiors where air transport was unreliable. Later generations, including the STT-2 Kharkovchanka-2 introduced in the 1970s, incorporated improvements such as enhanced engine reliability and relocated living quarters for better weight distribution, extending operational use into the 1980s and beyond. The Kharkovchanka's robust design prioritized durability in sub-zero temperatures and high winds, outperforming earlier Soviet tractors like the in deep snow and formations, and it played a pivotal role in milestones such as the –1960 establishment of the Soviet East network. By the , surviving examples had been decommissioned, with one designated as Historic Site and Monument (HSM 92) under the Antarctic Treaty for its contributions to polar from 1959 to 2010. Its legacy endures as a symbol of Soviet engineering ingenuity in extreme environments, influencing subsequent designs for polar operations.

Development

Origins and Initial Design

The Soviet Union's Antarctic program gained momentum during the (IGY) of 1957–1958, as part of a broader international effort to conduct geophysical research in extreme polar environments. Motivated by the need to establish and supply inland stations such as Vostok in , Soviet scientists and engineers sought advanced over-snow transport solutions capable of navigating vast ice expanses and sub-zero temperatures far beyond the capabilities of existing vehicles like the heavy artillery tractor. These traverses, spanning thousands of kilometers from coastal bases like Mirny, required vehicles that could operate autonomously in isolation, prompting the initiation of specialized vehicle development to support the USSR's scientific ambitions and geopolitical presence in the region. To leverage proven technology, the Kharkovchanka was based on the platform, a robust derived from the chassis known for its reliability in conditions, with a base towing capacity of around 20 tons on snow. The project, code-named "Product 404" or "Manufacture 404S," was undertaken by the Kharkov Transport Engineering Plant (KhTZ) in collaboration with the , both located in Kharkov (now ), , under commission from the Institute of Geography of the USSR Academy of Sciences. This choice of facilities capitalized on their expertise in heavy machinery production, enabling rapid adaptation of military-grade components for . Central to the initial design were goals of creating a self-contained mobile to sustain a during extended missions, including integrated living quarters for up to eight personnel with facilities for rest, cooking, and . The was engineered to tow sledges laden with , , and provisions, while incorporating redundant storage and systems to ensure operational independence over long distances without reliance on external support. These features addressed the logistical challenges of interiors, where resupply was impractical and environmental hazards like blizzards demanded enclosed, insulated structures. Initial prototypes underwent rigorous testing in 1957–1958 in regions to validate performance in simulated conditions, including deep snow and extreme cold, prior to final adaptations for southern deployment. These trials focused on refining the integration of living modules with the chassis, ensuring structural integrity and crew habitability under prolonged vibration and isolation.

First Generation Production

The first-generation Kharkovchanka vehicles were designed and built circa 1957–1958 at the Kharkiv Tractor Factory (KhTZ) and in , , with final assembly completed by early 1959 in preparation for shipment to . These efforts aligned with the Soviet Union's participation in the (IGY) of 1957–1958, aimed at advancing polar scientific traverses. A total of five units were produced, marking the initial output of this specialized series. Production presented significant engineering challenges, particularly in integrating the insulated living modules onto the base artillery tractor chassis to form a self-contained habitat-transport hybrid. Engineers focused on reinforcing the structure for durability against extreme conditions, including temperatures down to -50°C that could freeze solid and gale-force winds exceeding 100 km/h capable of shifting snow drifts and stressing joints. The entire development from initial drawings to fabrication occurred within approximately three months, demanding and testing to balance with mobility on unprepared . Prior to deployment, each underwent targeted modifications to optimize performance in deep , including the installation of wider tracks measuring 1 meter each for improved flotation and the tuning of the system to handle uneven icy surfaces. The was also extended by adding two additional road wheels per side to enhance stability and load distribution. Following completion, the five vehicles were loaded aboard the Soviet Ob in late for transport across the to the Antarctic coast, arriving in early 1959 to support inland operations. This logistical phase ensured the units were preserved from maritime hazards while en route to their operational environment.

Second Generation Upgrades

Feedback from Antarctic expeditions conducted between 1959 and the 1970s revealed significant limitations in the first-generation Kharkovchanka, particularly the rear-mounted engine's contribution to excessive noise, soot infiltration into living spaces, and cab overheating, which compromised crew comfort and operational efficiency. To address these issues, engineers at the Kharkov Transport Engineering Plant redesigned the vehicle in 1974–1975, relocating the engine and driver's cab to the front for improved weight distribution, better isolation of the living module from heat and exhaust, and easier access for maintenance. This shift also incorporated enhanced thermal insulation layers to maintain stable internal temperatures. Furthermore, an auxiliary power unit was added to generate independent electricity and heating without relying on the main engine, allowing sustained support for crew activities during stationary periods. The second-generation models, designated as Product 404C, were produced in 1975 on an updated long-wheelbase chassis variant, with three to five units constructed to meet the demands of ongoing Soviet polar operations. One additional unit was built in 1984 to replace an aging vehicle, ensuring continuity in the fleet. These upgrades occurred during a period of intensified Soviet Antarctic scientific endeavors in the 1970s, reflecting the state's commitment to technological self-reliance in extreme environments. However, subsequent plans for a third-generation Kharkovchanka in the , which would have utilized the MT-T heavy tractor platform for further enhancements, were ultimately canceled amid funding reductions and the in 1991.

Design and Features

Chassis and Propulsion System

The Kharkovchanka's chassis formed the robust foundation for its polar operations, derived from an elongated heavy frame, which itself originated from the T-54 tank's drive and structural components. This base was extended by adding two additional track rollers per side, resulting in seven rollers overall for improved stability and load distribution across uneven, snow-covered terrain. Reinforced with high-strength steel plating, the chassis supported the vehicle's mass of approximately 35 tonnes, enabling reliable traversal of Antarctica's vast ice fields while towing sleds up to 70 tonnes. The propulsion system centered on a supercharged V-12 with a base output of 520 horsepower, boosted to up to 990 horsepower, coupled with a multi-speed transmission to power the tracked drivetrain. Wide tracks, measuring 1 meter in width, were optimized for flotation in deep snow and ice, allowing the vehicle to navigate challenging polar environments with a ground pressure low enough to avoid excessive sinking. The absorbed shocks from rough surfaces, while steering was achieved through differential braking of the tracks, providing precise control during maneuvers. A multi-tank arrangement offered an operational range of up to about 1,500 km, essential for extended expeditions without frequent refueling. Although capable of fording water up to 1.3 meters deep—a feature inherited from the platform—this was seldom required in conditions. Adaptations for extreme cold included insulation and heating systems integrated into the to maintain operational integrity at temperatures as low as -70°C, preventing mechanical failures in frozen conditions. The tracks and undercarriage benefited from heat circulation to mitigate buildup, enhancing reliability in sub-zero environments. In the second-generation models introduced in 1975, the was relocated to the front of the , which improved for better front-end traction and reduced the tendency for the rear to dig into soft during ascents or turns. This modification addressed limitations observed in the first generation, where the rear-mounted contributed to occasional stability issues on inclines.

Crew Accommodations and Support Equipment

The Kharkovchanka's crew accommodations centered on a self-contained, enclosed cabin designed for during prolonged traverses, supporting 8 personnel while allowing space for scientific instruments. The internal layout featured eight specialized compartments, including a driving cab, workroom, with cooking facilities, service areas, , drying room, and lobby, enabling the crew to live and work in isolation without exposure to external extremes. Storage provisions accommodated supplies for extended missions, up to 20 days, encompassing , , and equipment essentials. Climate control systems were critical to counter the harsh polar environment, with the cabin insulated for temperature differentials of up to 180°F (100°C) and operational viability down to -94°F (-70°C). Double-layered walls incorporated felt and multiple insulation layers, supplemented by diesel heaters for warmth and ventilation to manage condensation and air quality in sub-zero conditions. These features maintained a livable interior despite ambient temperatures as low as -50°C. Support equipment emphasized reliability in remote operations, including a station for communication and navigation aids such as gyrocompasses, magnetic compasses, astronomical tools, and radio compasses for route guidance. A basic medical kit provided essential care for injuries or illnesses during isolation. The first generation integrated the engine within the living space for in-cabin , but this placement introduced ergonomic challenges, including high levels that disrupted and exhaust fumes infiltrating the area. The second generation mitigated these by compartmentalizing the engine and cab, while adding independent diesel generators to power , ventilation, and auxiliary systems independently of the main .

Technical Specifications

First Generation Details

The first-generation Kharkovchanka, produced in at the in , Ukrainian SSR, featured a robust set of technical parameters optimized for extreme polar conditions, building on the base heavy as a comparative baseline for its tracked chassis design. These specifications emphasized durability, flotation on snow, and self-sufficiency for traverses, with the vehicle measuring 8.5 meters in length, 3.5 meters in width, and 4 meters in height to accommodate its enclosed living quarters and cargo space. The powertrain consisted of a supercharged V-12 producing up to 1000 horsepower (from a base of 520 horsepower), derived from the tractor's powerplant and adapted for heavy , enabling a maximum speed of 56 km/h and a cruising speed of 30 km/h on firm surfaces. At an empty weight of 35,000 kg, it had a towing capacity of 70 tonnes and a fuel range of 1,500 km, supported by multiple tanks for extended operations without refueling. The suspension employed a torsion bar system, paired with 14 tracks (seven per side, each 1 meter wide), achieving a ground pressure of approximately 0.28 kg/cm² (4 psi) to ensure flotation on deep snow. Additional metrics included the ability to climb slopes up to 30 degrees and operate in temperatures ranging from -50°C to +40°C, making it suitable for the harsh environment.
ParameterSpecification
DimensionsLength: ; Width: 3.5 m; Height:
PowertrainSupercharged 1000 hp V-12 (520 hp base); Max speed: 56 km/h; Cruise speed: 30 km/h
CapacityWeight: 35,000 kg; Towing load: 70 tonnes; Fuel range: 1,500 km
Suspension and TracksTorsion bar; 14 tracks (7 per side, 1 m wide); Ground pressure: ~0.28 kg/cm² (4 psi)
Other MetricsMax slope: 30 degrees; Operational temperature: -50°C to +40°C

Second Generation Modifications

The second generation Kharkovchanka, introduced in , incorporated key modifications to address limitations in the original , particularly by relocating and to the front of the main body structure for improved accessibility and maintenance in extreme conditions. This adjustment maintained an overall length of approximately 8.5 and a weight of around 35,000 kg to accommodate additional onboard systems, including generation. These changes enhanced reliability by mitigating issues from the first generation, such as suboptimal engine placement that complicated repairs in sub-zero temperatures. Powertrain upgrades retained the supercharged V-12 producing up to 1000 horsepower, which improved turbocharging efficiency and facilitated more reliable cold starts in environments reaching -50°C or lower. An auxiliary generator was added to provide independent onboard power for heating, , and equipment when the main was idling, reducing dependency on constant operation and extending overall endurance. Capacity enhancements allowed the vehicle to tow up to 70 tonnes across ice and , supported by additional fuel tanks that extended the operational range to 1,500 km without refueling, enabling longer traverses between stations. Internal levels were mitigated through better insulation, though specific reductions were not quantified in operational reports. Mobility was further optimized with refined suspension components capable of handling 30-degree slopes and widened tracks measuring 1 meter for superior flotation on soft . The electrical system received upgrades to integrate modern radios, navigation instrumentation, and auxiliary controls, ensuring robust communication in remote polar operations. These cumulative modifications extended the vehicle's projected operational life beyond 20 years, with some units remaining in service through the early before gradual replacement.

Operational History

Early Antarctic Expeditions

The Kharkovchanka made its debut in Antarctic operations during the Fourth Soviet Antarctic Expedition in early 1959, when three units traversed approximately 1,400 km from on the coast to inland, completing the journey in February after departing on the 10th. This pioneering resupply mission demonstrated the vehicle's capability for long-distance over-snow travel in extreme conditions, towing sledges laden with fuel, equipment, and provisions essential for establishing and sustaining inland research outposts. The traverse supported broader Soviet scientific efforts during the tail end of the (IGY, 1957–1958), bolstering territorial claims and enabling geophysical observations by delivering critical logistics to remote sites. Later that year, a major expedition utilizing Kharkovchanka vehicles departed Mirny on September 27, 1959, covering over 2,700 km to reach the on December 26, passing through Vostok and Komsomolskaya stations en route. Two Kharkovchanka units, numbered 21 and 23, arrived at the , surprising the American crew who welcomed the Soviets with shared meals and a screening of the film Hondo. In the first year of operations alone, the vehicles logged more than 3,000 km while towing up to 60-tonne sled trains of supplies, facilitating the expansion of Soviet Antarctic infrastructure and scientific programs under IGY auspices. The expeditions faced severe environmental challenges, including blizzards, temperatures dropping to -60°C or lower, and treacherous terrain marked by soft and hidden crevasses that slowed progress to under 10 km/h in places. One vehicle suffered a track failure during operations, which the onboard workshop team repaired on-site using spare parts, underscoring the Kharkovchanka's self-sufficiency as a mobile base with integrated living quarters and facilities. These early missions tested the vehicle's limits but validated its for polar . Throughout the 1960s, Kharkovchanka units became integral to annual resupply convoys to inland stations like Vostok, often integrated into mixed tractor trains alongside heavy tractors for enhanced hauling capacity. These operations covered thousands of kilometers seasonally, delivering fuel and scientific gear while accommodating crews during multi-week journeys. The vehicles performed dozens of such traverses, maintaining reliable service until the introduction of second-generation upgrades in the mid-1970s, marking the end of their pioneering phase in Antarctic exploration.

Later Deployments and Replacements

In the post-Soviet era, second-generation Kharkovchanka vehicles were integral to Russian Antarctic operations, particularly in scientific traverses across . From the 1990s through the 2010s, these upgraded units supported radio-echo sounding investigations and logistical efforts, often paired with Vityaz modules for ground-based research in the 60°E–110°E sector. Traverses resumed in 2004 between Mirny and Vostok stations using legacy Russian vehicles like the Kharkovchanka-2, facilitating studies and geophysical surveys. By 2008, with established as the primary logistics hub for Vostok supply routes, Kharkovchanka units were routinely deployed from there, enabling annual inland expeditions despite challenging katabatic winds and fields. These vehicles demonstrated remarkable longevity, with second-generation models benefiting from prior upgrades that enhanced their propulsion and habitability for extended missions. Post-1991, they participated in joint international collaborations, including data-sharing with global polar programs while maintaining Russia's independent traverse capabilities to remote sites like the of Inaccessibility. The introduction of more modern articulated carriers, such as the Vityaz DT-30P models during the 39th Russian Antarctic Expedition (1993–1994), marked the beginning of the phase-out of Kharkovchanka vehicles, though some units continued in service into the early 2010s. The last first-generation unit, Kharkovchanka-22, concluded operations around 2010 and was preserved at Progress Station. By the mid-2010s, remaining second-generation Kharkovchankas were repurposed for stationary support roles at coastal bases, with full retirement occurring as Vityaz units handled primary traverses. Subsequently, PistenBully 300 Polar vehicles assumed lighter duties, such as piste grooming and personnel transport, marking the end of Kharkovchanka's active deployment era.

Legacy

Influence on Polar Vehicle Technology

The Kharkovchanka's wide-track, articulated chassis and self-contained design pioneered advancements in polar vehicle engineering, directly influencing subsequent Soviet developments such as the Kharkovchanka-2, introduced in 1975 with enhanced cab placement and propulsion for improved maneuverability in ice and snow. These features, derived from the artillery tractor base, were recognized as prototypical for later Russian all-terrain vehicles, including the Vityaz DT-10P and DT-30P series, which adopted similar heavy-load capabilities for extreme environments. The vehicle's , optimized for sub-zero temperatures down to -70°C, contributed to refinements in cold-climate mobility systems used in post-Soviet polar logistics. In contrast to the 1940s U.S. , which suffered from poor traction and mechanical failures, the Kharkovchanka demonstrated superior reliability through its enclosed habitat and multi-tank diesel ing, allowing crews to traverse distances of up to 2,700 km with a fuel range of approximately 1,500 km and proving the viability of integrated living and working spaces over open-cab designs. This modular approach to crew accommodations—featuring insulated quarters for eight, a , and —became a benchmark for polar vehicles, emphasizing self-sufficiency and reducing exposure to harsh conditions in designs adopted by Russian expeditions into the 2000s. The Kharkovchanka's operational data from traverses, including its 70-ton towing capacity, supported Soviet inland penetrations during the 1959-1960 expedition, facilitating station interconnections. By enabling deeper interior travel, it advanced and , with onboard facilities allowing continuous on dynamics and patterns that shaped international polar protocols.

Preservation and Current Status

The Kharkovchanka vehicles were fully retired from active operations by 2010, marking the end of over five decades of service in extreme polar conditions. One surviving first-generation unit, serial number 22 designated as Historic Site and Monument (HSM) 92, stands as a preserved monument at in , located at coordinates 69°22′41″ S, 76°22′59″ E. This vehicle, the first non-serial Soviet tractor designed exclusively for inland traverses, operated continuously from 1959 to 2010 without ever leaving the continent. In 2013–2015, the Russian Antarctic Expedition (RAE) wintering team at undertook restoration efforts on unit No. 22 (HSM 92), returning it to operational appearance before mounting it on a atop a hill west of the station for public viewing and educational purposes. Designated as and (HSM) No. 92 under Antarctic Treaty Measure 19 (adopted at the 38th Antarctic Treaty Consultative Meeting in , , in 2015), the site is protected under Article 8 of Annex V to the Environmental Protocol, prohibiting any damage, removal, or destruction. The Russian Federation serves as the proposing and managing authority, ensuring ongoing maintenance to highlight the vehicle's role in Soviet polar logistics. Although no longer in operational use, the preserved Kharkovchanka at symbolizes enduring Russian contributions to exploration and inspires contemporary polar engineering, including designs like the Vityaz . The vehicle's cultural significance is evident in media portrayals, such as the 2020 documentary "Kharkovchanka - The Colossal Soviet Antarctic Cruisers", which details its historical traversals and technical innovations through archival footage and expert analysis.

References

  1. https://apps.dtic.mil/sti/tr/pdf/AD0404778.pdf
  2. https://library.arcticportal.org/2596/1/A17021400001.pdf
  3. https://www.rbth.com/history/327680-soviet-off-road-vehicles-antarctica
  4. https://www.southpolestation.com/oaes/gvozdetsky.pdf
  5. https://www.cambridge.org/core/services/aop-cambridge-core/content/view/5309A59F649861D8AD60314E6291CD69/S026030552000004Xa.pdf/fifty-five-years-of-russian-radio-echo-sounding-investigations-in-antarctica.pdf
  6. https://assets.publishing.service.gov.uk/media/62d012dbd3bf7f285f60c889/The_Antarctic_Treaty_43rd_Measures_CP_726.pdf
  7. https://documents.ats.aq/ATCM38/wp/ATCM38_wp031_rev1_e.doc
  8. https://www.waponline.it/kharkovchanka-cruiser-of-the-antarctic-white-desert/
  9. https://documents.ats.aq/recatt/att596_e.pdf
  10. https://www.globalsecurity.org/military/world/russia/malyshev.htm
  11. https://www.cambridge.org/core/journals/annals-of-glaciology/article/fiftyfive-years-of-russian-radioecho-sounding-investigations-in-antarctica/5309A59F649861D8AD60314E6291CD69
  12. https://en.topwar.ru/236420-harkovchanka-chto-predstavljal-soboj-legendarnyj-gusenichnyj-vezdehod-dlja-sovetskih-poljarnikov.html
  13. https://captainantarctica.com.au/the-russian-snow-cruiser/
  14. https://www.jalopnik.com/soviet-versions-of-the-antarctic-snow-cruiser-were-so-m-1844211018
  15. https://en.topwar.ru/187010-korabli-antarktidy-harkovchanka-uhodit-v-buran.html
  16. https://www.jalopnik.com/soviet-versions-of-the-antarctic-snow-cruiser-were-so-m-1844211018/
  17. https://www.maronline.org.uk/agd-tracked-vehicles-part-vi/
  18. https://blog.hobbydb.com/2023/09/02/kharkovchanka-2nd-generation-antarctic-snow-cruiser/
  19. https://www.artstation.com/artwork/rJer6e
  20. https://www.youtube.com/watch?v=kYTM-d3kavA
  21. https://www.secretprojects.co.uk/threads/3rd-generation-kharkovchanka.34481/
  22. https://weaponsystems.net/system/1003-AT-T
  23. https://www.autoevolution.com/news/this-massive-motorhome-that-conquered-the-arctic-is-the-ultimate-survival-vehicle-169694.html
  24. https://dic.academic.ru/dic.nsf/ruwiki/1177272
  25. https://www.southpolestation.com/trivia/igy1/dralkin1.html
  26. https://www.researchgate.net/figure/Russian-STT-2-Kharkovchanka-2-with-mobile-block-Vityaz-a-used-for-groundbased-RES-and_fig5_339273179
  27. https://vid1.ria.ru/ig/sip/uvzs/uvz-ch3-mobile-en/
  28. https://www.antarctica.gov.au/news/stations/davis/2024/26-january/
  29. https://www.laudisamodelworks.com/kharkovchanka-2
  30. https://www.ats.aq/devAS/Meetings/Measure/605
  31. https://www.youtube.com/watch?v=f6R-h06IsJw
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