Install monaco system in multiple buildings, NAS oceana and DAM neck annex

The Department of the Navy Naval Facilities Engineering Command is procuring design-build services to install Monaco Fire Alarm Radio Transmitter systems across multiple buildings at Naval Air Station Oceana and Dam Neck Annex in Virginia Beach, Virginia. The project involves demolishing existing basewide fire alarm reporting and monitoring equipment and installing new interior radio transmitters, exterior wall-mount antennas, and associated components in approximately 40 buildings to improve life safety system communication reliability due to deteriorating underground copper telecommunications infrastructure. The work requires modifying existing Monaco Fire Alarm Radio D-21 head end equipment programming software at two key buildings and ensuring compatibility with current fire alarm system contacts. Contractors must be pre-qualified on the Multiple Award Construction Contract (MACC) to submit proposals, and the contract will be awarded to the responsible offeror with the lowest price. The original proposal deadline was September 12, 2025, but has been extended to September 19, 2025 at 2:00 PM EDT, with a mandatory site visit having occurred on August 28, 2025.

This solicitation is designated as a Small Business Set Aside under the MACC program, with nine pre-qualified contractors eligible to bid including CJW Contractors, Addon Services LLC, Bay Electric Co, and ENCON Desbuild JV3 LLC. The estimated contract value ranges between $1,000,000 and $5,000,000, with a contract completion timeline of 546 calendar days from award. The scope encompasses 37 specific buildings across both naval installations, including Buildings 921, 991, and 992 at Dam Neck Annex and numerous buildings at NAS Oceana ranging from Building 56 to Building 3034. Performance will occur at the two Virginia Beach naval facilities, with the majority of work being interior installations supplemented by limited exterior antenna installations, ground rod installations, and bonding to existing lightning protection systems. The project aims to transition from the current deteriorating copper phone line system to a more reliable radio-based fire alarm reporting infrastructure.