300-Person Turnkey Base Camp with HGB Series™ Fabric Buildings in Nunavut, Canada
A 300-person turnkey base camp on Baffin Island, Nunavut, Canada featuring multiple HGB Series™ engineered fabric buildings from Alaska Structures®. Designed to support remote construction and mining operations in Arctic conditions, this workforce camp includes temperature-controlled housing, office space, connected container corridors, dining and kitchen facilities, and Alaska ECU® (military-grade HVAC systems) for year-round comfort and reliable operation.
320-Person Turnkey Gold Mining Camp in West Africa
A 320-person turnkey base camp from Alaska Structures® installed in a remote desert region of West Africa to support gold mining operations. This rapidly constructed workforce camp includes dormitories, EPCM office space, recreation facilities, climate control systems, and complete interior fit-out for safe and efficient remote operations in extreme environmental conditions.
Climate-Controlled Manager Dormitory for Remote Mining Camps
Manager dormitory building at a turnkey gold mining camp in West Africa, constructed using an HGB Series™ fabric building from Alaska Structures®. Equipped with a 5-ton Alaska ECU®, this climate-controlled workforce housing solution maintains comfortable interior living conditions in extreme desert heat while providing durable, long-term shelter for remote mining operations.
EPCM Office Inside Fabric Building for Remote Mining Operations
Engineering, Procurement, and Construction Management (EPCM) office inside an Alaska Structures® fabric building at a remote gold mining camp in West Africa. Configured with customer-installed hard-wall partition systems, this climate-controlled office provides dedicated workspace for project management, workforce coordination, logistics planning, and day-to-day construction oversight in demanding remote environments.
Large Open-Span Recreation Building for Remote Workforce Camps
A 70-foot wide by 130-foot-long pre-engineered fabric building from Alaska Structures® configured as a temperature-controlled recreation and indoor activity facility for a remote mining camp in West Africa. Equipped with multiple 5-ton Alaska ECU® systems, this large open-span structure provides comfortable space for workforce recreation, meetings, training, and indoor activities in extreme desert conditions.
Indoor Sports & Recreation Facility for Remote Workforce Camps
Interior view of a 70-foot wide by 130-foot long temperature-controlled sports and recreation facility from Alaska Structures® at a remote mining camp in West Africa. Designed with a large open-span interior and equipped with multiple 5-ton Alaska ECU® systems, the structure provides workers with a comfortable indoor environment for sports, exercise, recreation, and downtime in extreme desert conditions.
100-Person Construction Camp for Simandou Iron Mining Project
Initial 100-person construction camp supplied for a large iron mining project in the Simandou mountain range of Guinea, Africa. Built using GB Series™ fabric buildings from Alaska Structures®, the camp features customer-configured soft-wall partition systems and split HVAC units to create private two-person sleeper rooms (four rooms per dormitory), while covered walkways provide shade and protected movement between facilities in a hot tropical environment.
High-Altitude Workforce Housing for Andes Gold Mining Camp
High-altitude workforce housing complex for a major gold mining operation in the Andes Mountains of Chile, built using HGB Series™ pre-engineered fabric buildings from Alaska Structures®. Engineered for elevations above 14,700 feet, these climate-controlled dormitory facilities withstand 100 MPH winds, 65+ PSF snow loads, intense UV exposure, and extreme temperature swings while providing safe, comfortable housing for mining and construction personnel in one of the world’s harshest alpine environments.
Temperature-Controlled Dining Facility for High-Altitude Mining Camps
A temperature-controlled dining facility from Alaska Structures® supports workforce personnel at a remote high-altitude gold mining camp in the Andes Mountains of Chile. Connected to a containerized kitchen facility, this climate-controlled fabric structure provides a comfortable environment for meal service, dining, and daily workforce support despite extreme cold, high winds, and challenging alpine conditions.
Arctic Mining Camp for Remote Diamond Exploration Operations
Remote Arctic mining camp for the Kennady North Diamond Project in the Northwest Territories, Canada, owned by Kennady Diamonds Inc. and operated by Aurora Geosciences Ltd. This fully integrated workforce camp uses GB Series™ fabric buildings for dormitory housing and HGB Series™ fabric buildings for dining, office, mine dry, and hygiene facilities, providing durable, temperature-controlled infrastructure engineered to perform in extreme cold, heavy snow, and harsh Arctic conditions.
Remote Arctic Mining Camp Built for Extreme Cold and Long-Term Operations
This 700-person remote mining camp in Northern Siberia operated for more than 18 years in one of the harshest climates on Earth, where winter temperatures reached -67°F, winds exceeded 100 MPH, and heavy snow loads were common. Alaska Structures® supplied insulated, rapidly deployable fabric buildings for workforce housing, dining, offices, mine dry facilities, equipment maintenance, and logistics support, delivering durable infrastructure engineered for long-term performance in extreme Arctic mining conditions.
Aerial View of Remote Arctic Mining Camp in Northern Siberia
Aerial view of a large-scale remote mining camp in Northern Siberia, showcasing Alaska Structures® fabric buildings supporting workforce housing, dining, offices, logistics, and operational facilities in one of the harshest subarctic environments on Earth. Engineered to withstand temperatures as low as -67°F, 100+ MPH winds, and heavy snow loads, the camp provided reliable infrastructure for continuous mining operations in extreme Arctic conditions.
Arctic Kitchen and Dining Facilities for Remote Mining Camps
Kitchen and dining facilities built with Alaska Structures® SQ Series™ fabric buildings provide insulated, heated environments for food preparation and workforce dining in extreme Arctic mining conditions. Engineered for subzero temperatures, high winds, and heavy snow loads, these durable structures help ensure reliable daily operations and worker comfort in remote cold-weather camps.
Heated Arctic Dining Hall for Remote Mining Camp Operations
Interior of a heated SQ Series™ fabric building from Alaska Structures®, configured as a dining hall for a remote mining camp in Northern Siberia. Designed to provide a warm, climate-controlled environment for workforce meals and daily camp operations, the insulated structure supports reliable year-round use in extreme Arctic conditions with temperatures reaching -67°F.
Heated Arctic Workforce Dormitories for Remote Mining Camps
Worker dormitory facilities built with Alaska Structures® GB Series™ fabric buildings provide insulated, heated housing for personnel operating in Northern Siberia’s extreme Arctic environment. Heated with oil-burning stoves, these durable shelters maintain safe and comfortable living conditions in temperatures as low as -67°F while withstanding high winds, snow loads, and prolonged subarctic exposure.
Scalable Remote Mining Camp Expansion for Arctic Operations
Aerial view of an expanded remote mining camp in Northern Siberia following a 200-person capacity increase, demonstrating the scalability of Alaska Structures® fabric building systems for long-term Arctic operations. The modular camp layout supports workforce housing, dining, offices, hygiene facilities, and logistics infrastructure while maintaining reliable performance in extreme cold, high winds, and heavy snow conditions.
Remote Arctic Exploration Camp for Mineral Exploration Operations
Remote exploration camp on Banks Island in Canada’s Northwest Territories featuring Alaska Structures® SQ Series™ and GB Series™ fabric buildings for workforce housing, operations, and support facilities. Engineered for rapid deployment and reliable performance in harsh Arctic conditions, the camp provides durable shelter for mineral exploration teams operating in remote cold-weather environments. Photo courtesy of Discovery Mining Services.
Remote Arctic Exploration Camp in Northern Greenland
This remote exploration camp in northern Greenland utilizes Alaska Structures® GB Series™ fabric buildings to provide rapidly deployable workforce housing and operational support for mineral exploration in extreme Arctic conditions. Engineered for durability in isolated environments with harsh weather, the camp delivers reliable shelter and infrastructure in one of the world’s most logistically challenging exploration regions.
Arctic Exploration Camp for Uranium Exploration in Canada’s Athabasca Basin
This remote exploration camp supporting the Cluff Lake Project in Canada’s Athabasca Basin features Alaska Structures® GB Series™ fabric buildings engineered for extreme cold-weather performance. Designed to provide insulated, climate-controlled workforce accommodations and operational support, the camp delivers reliable shelter in harsh northern conditions with deep snow, subzero temperatures, and remote logistics challenges.
Remote Mineral Exploration Camp Supporting Geological Field Operations
This remote exploration camp operated by Alaska Minerals utilizes Alaska Structures® GB Series™ fabric buildings to support active geological fieldwork, drilling, and data collection in challenging off-grid conditions. Designed for rapid deployment and reliable performance, the camp provides durable workforce housing and operational support facilities for exploration crews working in isolated environments.
Arctic Exploration Camp Operating in Extreme Snow Conditions
This remote exploration camp operated by Alaska Minerals showcases the rugged performance of Alaska Structures® GB Series™ fabric buildings in severe winter conditions. Engineered to withstand heavy snow loads and extreme cold, these insulated shelters provide safe, climate-controlled housing and operational support for crews working in harsh Arctic environments.
Exploration Camp Core Logging Facility for Geological Sample Analysis
Inside this exploration camp operated by Alaska Minerals, geologists analyze and document drill core samples within a climate-controlled core logging facility housed in an Alaska Structures® GB Series™ fabric building. The insulated structure provides a clean, protected environment for accurate sample evaluation, data collection, and ongoing mineral exploration activities in remote field conditions.
Exploration Camp Mine Dry Facility and Workforce Locker Room
This mine dry facility at a remote exploration camp in northern Canada provides a climate-controlled space for workers to store, dry, and organize essential cold-weather gear between shifts. Housed in an Alaska Structures® pre-engineered fabric building, the facility supports workforce safety, equipment readiness, and efficient daily operations in harsh Arctic conditions. Photo courtesy of Discovery Mining Services.
Remote Exploration Camp Field Office for Geological Operations
This field office supports day-to-day coordination of remote geological exploration, providing a dedicated workspace for survey planning, data analysis, and project management in rugged terrain. Built with an Alaska Structures® GB Series™ pre-engineered fabric building, the office delivers durable, rapidly deployable shelter designed to perform reliably in demanding field environments.
Fly-In Arctic Camp with Helicopter Sling-Load Deployment
This fly-in camp at the Chidliak Diamond Project on Baffin Island demonstrates rapid deployment of remote workforce infrastructure using helicopter sling-load delivery of Alaska Structures® fabric shelters. Featuring SQ Series™ pre-engineered fabric buildings with oil stove heating, the camp provides durable, insulated shelter for exploratory drilling and feasibility operations in harsh Arctic conditions where no road access exists.
Remote Fly-In Mineral Exploration Camp on Belcher Island
This remote fly-in camp on Belcher Islands supports mineral exploration operations in a rugged Arctic environment with limited site access. Built using Alaska Structures® GB Series™ pre-engineered fabric buildings, the camp provides durable workforce housing, operational support facilities, and rapid deployment capability, with helicopter transport enabling efficient delivery of personnel, equipment, and supplies.
Helicopter-Deployed Fly-In Camp for Arctic Exploration Operations
This Discovery Mining Services fly-in camp near Iqaluit showcases rapid helicopter sling-load installation of Alaska Structures® SQ Series™ fabric buildings in a remote Arctic environment. Designed for fast deployment and long-term durability, each insulated shelter is heated with an oil stove to provide reliable, climate-controlled living and operational space for exploration crews working in extreme cold-weather conditions.
Helicopter Sling-Load Deployment for Remote Fly-In Camp in Alaska
This helicopter sling-load delivery of an Alaska Structures® GB Series™ fabric building supports rapid deployment of a fly-in camp at Pebble Creek in Bristol Bay. Designed for remote, roadless environments, the lightweight yet durable structure enables efficient mobilization of workforce housing and operational facilities for exploration activities in rugged Alaskan terrain.
RORO-Deployed Fly-In Mining Camp on Tanaga Island, Alaska
This remote mining camp on Tanaga Island was deployed using roll-on/roll-off (RORO) transport, demonstrating the logistical flexibility of Alaska Structures® fabric buildings in remote coastal environments. Engineered for rapid installation and reliable long-term performance, the camp provides workforce housing and operational support facilities for mining and exploration activities in the challenging Aleutian Islands.
Ice Core Drilling Facility, South Pole, Antarctica
This ice core drilling facility at the Amundsen–Scott South Pole Station utilizes an SQ Series™ pre-engineered fabric building from Alaska Structures® to support critical polar research operations in one of the harshest environments on Earth. Engineered to withstand extreme Antarctic cold, snow accumulation, and persistent winds, the structure protects personnel, sensitive drilling equipment, and scientific workflows while enabling deep ice core extraction, core processing, and sample analysis in a naturally cold environment.
Scientific Balloon Operations Facility, McMurdo Station, Antarctica
The McMurdo Station Columbia Scientific Balloon Facility utilizes a GB Series™ pre-engineered fabric building from Alaska Structures® to support critical scientific research and high-altitude balloon operations in one of the world’s most extreme environments. Engineered to withstand Antarctica’s severe cold, high winds, snow loads, and intense UV exposure, the climate-controlled structure provides protected workspace for personnel, equipment staging, payload integration, and mission preparation supporting atmospheric and space science research.
High-Altitude Gamma Ray Observatory, Puebla, Mexico
The High-Altitude Water Cherenkov Observatory utilizes custom dome structures from Alaska Structures® to support advanced astrophysics research at high elevation. Located on the slopes of Sierra Negra Volcano at approximately 13,500 feet above sea level, the facility is designed to withstand intense UV exposure, high winds, temperature swings, and challenging alpine conditions while protecting critical instrumentation and infrastructure. These precision-engineered structures support ongoing gamma ray detection and cosmic particle research, enabling scientists to study some of the universe’s most energetic phenomena.
Remote Coastal Research Camp, Laysan Island, Hawaii
This research camp on Laysan Island supports environmental monitoring and wildlife conservation efforts for the U.S. Fish and Wildlife Service in a remote coastal environment. The camp utilizes fabric buildings from Alaska Structures®, including an SQ Series™ structure serving as the office and kitchen/dining facility, along with XT Series™ structures used for sleeping quarters. All buildings are mounted on CORADEX® raised modular flooring systems from Alaska Structures®, providing stable, low-impact foundations that minimize disturbance to the fragile island ecosystem while delivering durable, climate-controlled facilities for long-term field operations.
Fish Counting Station, Chignik River, Alaska
This fish counting station on the Chignik River utilizes an SQ Series™ fabric building from Alaska Structures® to support fisheries research and population monitoring in a remote, rugged environment. Engineered for reliable performance in wet, windy, and variable coastal conditions, the structure provides a durable, weather-resistant enclosure for personnel, equipment, and data collection operations, helping researchers accurately monitor fish migration and population trends.
Climate Research Camp, North Greenland Ice Sheet
The North Greenland Eemian Ice Drilling (NEEM) project established a remote research camp on the Greenland ice sheet to study past climate conditions through deep ice core extraction. Pre-engineered fabric buildings from Alaska Structures® were used throughout the camp for sleeping quarters, kitchen and dining facilities, laboratories, core storage, equipment enclosures, and custom dome structures, providing protected, controlled environments essential for personnel safety and preservation of sensitive ice core samples. Engineered for extreme cold, high winds, and long-term polar operations, the structures also featured crane-lift capability, allowing buildings to be repositioned or relocated efficiently as operational needs evolved on the ice sheet. Photos courtesy of the NEEM Ice Core Drilling Project, University of Copenhagen.
Archaeological Excavation Shelter, Old Vero, Florida
At the Old Vero archaeological site in Florida, researchers from Mercyhurst University required a controlled environment to protect an active excavation area containing historically significant human and faunal remains. An HGB Series™ fabric building from Alaska Structures® was used to fully enclose the dig site, shielding it from weather, contamination, and environmental fluctuations. The large open-span interior provided unobstructed workspace for excavation teams, equipment, and mapping activities while maintaining consistent site conditions critical to preserving delicate artifacts. This project demonstrates how engineered fabric structures can support scientific discovery while protecting irreplaceable historical resources. Photos courtesy of Mercyhurst Archaeological Institute.
Arctic Research Campus, Toolik Field Station, Alaska
Operated by the University of Alaska Fairbanks, Toolik Field Station is one of the world’s most advanced Arctic research facilities, supporting long-term environmental and ecological studies in remote northern Alaska. Fabric buildings from Alaska Structures® are used extensively across the station for laboratories, classrooms, housing, meeting spaces, tool and maintenance shops, and logistics operations such as shipping and receiving. These heavy-duty fabric structures provide durable, weather-protected environments engineered to withstand Arctic conditions while supporting year-round scientific work. Configurable with insulation and environmental control systems where required, they also serve as efficient, non-conditioned spaces for laboratories, storage, and field operations. Their modular design allows the facility to expand, adapt, and evolve alongside ongoing research programs, supporting multidisciplinary studies in one of the most sensitive ecosystems on Earth. Photo courtesy of the Institute of Arctic Biology, University of Alaska Fairbanks.
High-Elevation Conservation Field Camp, Maui, Hawaii
The Maui Forest Bird Recovery Project (MFBRP) operates in remote, high-elevation terrain on the slopes of Haleakalā in Hawaii, where teams work to protect critically endangered native bird species and restore fragile ecosystems. Field camps constructed using XT Series™ fabric buildings from Alaska Structures® provide essential shelter for personnel, equipment, and supplies in a dynamic environment characterized by intense sun, heavy rain, fog, and cold nighttime temperatures. Equipment and materials are transported by helicopter, requiring lightweight, durable, and rapidly deployable structures. These camps support multi-day conservation missions, including habitat restoration, predator control, and ecological monitoring in remote locations with limited infrastructure. The portability and durability of the structures enable safe operations while minimizing environmental impact. Photo courtesy of the Maui Forest Bird Recovery Project.
Deep Ice Core Drilling Facility, Greenland Ice Sheet
In a major scientific effort to better understand climate change and sea-level rise, researchers established a remote field camp on the Greenland ice sheet to drill through more than 1,600 feet of ice to reach ancient bedrock. A GB Series™ fabric building from Alaska Structures® served as the drill enclosure, housing specialized drilling equipment and protecting operations from extreme cold, high winds, and severe weather conditions. The structure provided a controlled environment necessary for precision drilling and continuous operation in one of the most challenging environments on Earth. This facility played a critical role in enabling deep ice core drilling operations, contributing valuable data to the study of long-term ice sheet behavior and global climate systems.
Marine Mammal Rehabilitation Facility, La Paz, Mexico
Following the 2017 VaquitaCPR rescue efforts, the National Marine Mammal Foundation supported the development of a dedicated indoor rehabilitation facility in La Paz, Baja California Sur, Mexico, providing a critical, controlled environment for the care and recovery of endangered marine wildlife. Prior to this, rescued animals were housed in open bay enclosures and pens, limiting the ability to manage environmental conditions and deliver advanced medical care. The rehabilitation center is 30 feet wide, 120 feet long, and utilizes an HGB Series™ fabric building from Alaska Structures®. It is engineered to house a specialized indoor rehabilitation area with three large pools (13,000–15,000 gallons each) connected to advanced aquatic life support systems. The enclosure enables veterinary teams to maintain optimal water quality and closely monitor animal health throughout the rehabilitation process. Equipped with dual 10-ton HVAC systems featuring HEPA filtration to remove airborne contaminants and maintain consistent interior conditions, the structure provides a durable, climate-controlled environment capable of supporting critical rescue and rehabilitation operations in a coastal setting. This project highlights the adaptability of engineered fabric buildings from Alaska Structures®, delivering purpose-built facilities that support highly specialized missions where environmental control, structural performance, and reliability are essential to success. Photo courtesy of the National Marine Mammal Foundation.
Modular Workforce Housing in Extreme Winter Conditions
HGB Series™ fabric buildings from Alaska Structures® provide workforce housing accommodations for environmental remediation and mine restoration crews operating in extreme winter conditions in northern Idaho. Equipped with insulation systems, HVAC equipment, and modular flooring, these engineered modular buildings deliver comfortable, temperature-controlled living quarters in a remote mountain environment while supporting critical cleanup and site restoration operations.
320-Person Workforce Housing Complex for Gold Mining
This 320-person workforce housing complex for a gold mining operation in West Africa was built using HGB Series™ fabric buildings from Alaska Structures®. Ordered, manufactured, and delivered in just 26 days, with installation completed in only 14 days, each dormitory was equipped with Alaska ECU® climate-control systems to provide comfortable, temperature-controlled living accommodations year-round.
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