Repair of QTY 1 EA, SSN 688 Class LAHII Propeller

The Department of the Navy Naval Supply Systems Command is seeking a firm-fixed-price proposal for the repair of one SSN 688 Class LAH II Propeller (Serial Number 29673, NSN 2S 2010 01 261 9080 P2) through solicitation N0010425RF016. The procurement requires inspection and repair services in accordance with Technical Data Package Version 014 dated August 1, 2023, and the Repair Statement of Work dated October 2, 2024, with a Confidential security clearance requirement. Key evaluation factors include Quality Management System certification (current ISO 9001:2015), an approved Nickel Aluminum Bronze welding plan from NAVSEA, and facility requirements encompassing clearance, equipment capabilities, dynamic balance operation, pitchometer calibration, and nondestructive testing capabilities. The government will use a lowest-priced, technically acceptable source selection approach to award the contract. Proposals are due by 4:00 PM EDT on August 9, 2025, with the solicitation posted on July 10, 2025.

This procurement does not utilize any set-aside designations and is open to all qualified contractors. No incumbent contractors or current service providers are identified in the solicitation documentation. The contract includes a 36-month performance period from the date of award, requiring the contractor to complete comprehensive repair services on the single propeller unit. Performance will occur within the United States, with the repaired propeller to be delivered to DLA Distribution Barstow Receiving Warehouse in Yermo, California (DODAAC SW3115). The solicitation includes detailed Contract Data Requirements Lists specifying monthly status reports, visual preservation and technical inspections, dimensional inspections, certification data reports, and waiver/deviation request procedures. Award value information is not disclosed in the available documentation, though the procurement follows federal acquisition regulations for defense contracts involving naval propulsion components.