Opportunity

Mt San Antonio College Opengov #274280

Large Temporary Tent Structure for Fire Academy Training Facility

Posted

June 22, 2026

Respond By

July 06, 2026

Identifier

274280

NAICS

332311, 238190, 236220

This opportunity seeks a contractor to provide a large, engineered temporary tent structure for a fire training facility: - Government Buyer: - Mt. San Antonio Community College District (President's Office) - Products/Services Requested: - One 25m x 30m x 4m clear-span tension fabric tent structure with a 25m x 5m A-frame gable section - Constructed from hard-pressed extruded structural aluminum alloy with hinged baseplates - Double-coated blackout white PVC polyester fabric (waterproof, ripstop, UV and corrosion resistant) - Engineered for wind speeds of 100–140 km/h and temperature range of -30°C to +70°C - Includes all roof and sidewall stabilization bracing and anchoring - Delivery, installation, and commissioning of the tent structure - Separate line-item for future disassembly and storage in a district-owned shipping container - Unique/Notable Requirements: - All labor, materials, equipment, transportation, and supervision must be included - Structure must support ongoing fire academy training and facility maintenance - No specific OEMs or vendors are named; open to qualified manufacturers and contractors - OEMs: - No OEMs specified in the solicitation - Vendors: - No vendors specified in the solicitation

Description

The Mt. San Antonio Community College District is soliciting proposals for the furnishing, delivery, installation, and commissioning of a temporary tension fabric tent structure. The tent system measures 25 meters by 30 meters by 4 meters with a 25-meter by 5-meter white mid-kit A-frame gable section. The framework is made of hard-pressed extruded structural aluminum alloy with hinged baseplates and includes all required roof and sidewall stabilization bracing. The fabric is double-coated blackout white PVC polyester, waterproof, ripstop, UV resistant, and corrosion resistant. The structure is engineered to withstand wind speeds from 100 km/h to 140 km/h and temperature ranges from -30°C to +70°C, with labor, materials, equipment, transportation, supervision, and disassembly costs included.

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