Red Rock FS Replacement of Coil Door Seals/ Edge

The Bureau of Land Management Nevada State Office is soliciting proposals for the repair and upgrade of six motorized coiling doors at the Red Rock Fire Station Engine Barn in Las Vegas, Nevada. The project involves removing outdated electric edges, cable reels, and associated wiring, then installing new monitored electric edges with Miller seals, coil cords, sensing interface modules, aluminum edge retainers, and junction boxes to bring the 12 ft. wide by 14 ft. high Cornell-type rollup doors with LiftMaster operators into compliance with current ANSI/UL 325 safety standards. Contractors must be trained and authorized by approved manufacturers such as Miller Edge, BEA, or EMX Industries, and work is limited to weekdays between 7:00 am and 5:00 pm. The contract will be awarded using the Lowest Price Technically Acceptable evaluation criteria, requiring offerors to submit technical proposals, past performance information, and pricing. A mandatory site visit is scheduled for August 20, 2025 at 9:00 am PST with RSVP required by August 17, 2025, and proposals are due by August 28, 2025 at 1:00 pm PDT.

This opportunity is 100% set aside for small businesses under NAICS code 238290 (Other Building Equipment Contractors) with a size standard of $22 million. No incumbent contractor information is provided in the solicitation documents, and specific award values or budget ranges are not disclosed. The work must be completed within 35 calendar days after notice to proceed, which is expected to be given at the time of award, with the overall period of performance extending from September 15, 2025 to June 26, 2026. The project is scheduled for 15 working days and will be performed at the BLM Red Rock Canyon Fire Station located at 2925 Moenkopi Road in Las Vegas, Nevada, which is a five-acre site that shares premises with law enforcement functions. Amendment 00001 clarified the performance period and included technical specifications for the door opener equipment, including a GH7511L2 model with specific motor and operational requirements.