In Alaska, infrastructure must perform in some of the harshest conditions in North America.
Extreme cold.
High winds.
Heavy snow loads.
Remote logistical challenges.
For the Long Range Discrimination Radar (LRDR) program, the project required a custom-engineered structure capable of supporting critical military operations while withstanding Arctic environmental demands.
This wasn’t standard construction.
It was national defense infrastructure.
Built for Mission-Critical Defense Operations
The Operational Requirement
Site Required:
A high-clearance military enclosure with 130′ interior height
Site Required:
Secure protection for sensitive radar-related infrastructure
Site Required:
Structural performance engineered for Arctic wind and snow loads
Site Required:
Reliable performance in a remote, high-exposure region
Site Required:
Durable framing designed for extreme cold environments
Without a properly engineered defense structure:
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Environmental exposure could compromise mission-critical equipment
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Snow accumulation could impact operational continuity
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Extreme winds could threaten structural stability
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Logistical delays would increase project risk
The building had to be engineered to perform under constant environmental stress.
Why It Mattered
Long Range Discrimination Radar systems are part of critical national defense operations.
Infrastructure supporting such systems must deliver:
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Structural integrity in extreme climates
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High interior clearances for specialized equipment
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Weather protection for sensitive components
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Dependable, long-term performance
In Alaska, failure is not an option.
The structure had to match the seriousness of the mission it supports.
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Structure Type: Custom Tension Fabric Building
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Size: 95′ x 140′ x 130′
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Application: Military radar support facility
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Environment: Arctic / High-wind / Heavy snow
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Outcome: Engineered defense infrastructure
