Large Area Maintenance Shelter (LAMS), Type V (Vehicular), Bi-Lid Ends, 60Hz, (2) 20’ Containers

Large Area Maintenance Shelter (LAMS) Type V Vehicular Bi-Lid Ends

The Large Area Maintenance Shelter (LAMS) Type V is a heavy-duty, tactical infrastructure solution designed for rapid deployment in demanding environments. For logistics commanders and industrial project managers, this Type V variant is specifically engineered for vehicular maintenance, offering a "drive-through" capability via its specialized Bi-Lid end walls. This shelter provides a massive, clear-span workspace that is essential for protecting high-value assets and personnel during long-term field operations. As a comprehensive maintenance hub, it is the premier choice for military, disaster relief, and remote industrial event setups where structural integrity and environmental control are non-negotiable.

Engineered for extreme logistics efficiency, this LAMS package is designed to be transported in two standard 20-foot ISO containers (60Hz configuration). The structural framework is manufactured from high-strength, aerospace-grade aluminum, ensuring a rust-proof and lightweight foundation that can withstand high wind and snow loads. These shelters are optimized for rapid tent installation by trained crews, utilizing a modular design that does not require specialized heavy lifting equipment once on-site. The Bi-Lid ends are a critical piece of hardware, allowing for the easy entry and exit of large vehicles, including armored transports, aircraft components, or heavy construction machinery, while maintaining a weather-tight seal when closed.

Why the LAMS Type V Vehicular Shelter Matters

The LAMS Type V Vehicular Shelter matters because it provides a permanent-grade workspace with the mobility of a temporary structure. In the rental industry and military sectors, the ability to establish a fully functional maintenance hangar in remote locations is a strategic necessity. Structurally, the Type V design eliminates the need for interior support columns, providing 100% usable floor space for maneuvering vehicles. For logistics teams, the fact that the entire system—including lighting, electrical, and environmental control units—fits into two 20-foot containers ensures that the shelter can be deployed via ship, rail, or air to any global theater of operation.

Key Features

• Vehicular Bi-Lid Ends: Features large-aperture doors at both ends for efficient vehicle flow and maximum accessibility.
• Clear-Span Aluminum Frame: Provides a massive, unobstructed interior workspace for heavy maintenance activities.
• ISO Container Integration: Designed to pack completely into two 20' containers for streamlined global logistics.
• Extreme Weather Resistance: Engineered to meet stringent military standards for wind, snow, and UV exposure.
• 60Hz Electrical System: Comes equipped with pre-wired electrical and lighting kits compatible with standard power grids.
• Modular Installation: Features a tool-efficient design that allows for rapid deployment and teardown in field conditions.

Specifications

Ideal for / Best Uses

• Forward Operating Bases (FOBs): Provides a secure, weather-protected environment for military vehicle repair and logistics.
• Aviation Maintenance Hangars: Ideal for housing helicopters or small fixed-wing aircraft for field maintenance.
• Remote Mining & Oil Sites: Offers a durable, long-term workshop for heavy machinery in extreme climates.
• Disaster Recovery Hubs: Serves as a central logistics and equipment staging area during large-scale emergency responses.

Compatibility and Inclusions

The LAMS Type V Vehicular Bi-Lid Shelter is a complete system that typically includes the structural aluminum arches, heavy-duty fabric panels, Bi-Lid end walls, lighting kits, and the two 20-foot ISO transport containers. This product is designed for tent installation on various surfaces, though a level concrete or compacted earth pad is recommended for vehicular operations. For a complete event setup or long-term deployment, ensure that the anchoring hardware is matched to the specific soil conditions. During routine maintenance, inspect the fabric tension and mechanical door hinges to ensure continued structural integrity and operational readiness for your high-priority mission.