T-AO 207 Rudder, Stern Tube, and Propulsion Parts Buy

The Department of the Navy Military Sealift Command is conducting market research to identify qualified vendors for Original Equipment Manufacturer (OEM) rudder, stern tube, and propulsion parts for T-AO 187 Class Vessels, specifically targeting the USNS LARAMIE-26 (T-AO 203). The procurement encompasses 17 distinct specialized components including grease seals, packing, seal rings, installation kits, and various propulsion-related parts that are critical for vessel operations. Qualified providers must meet stringent requirements as either the original equipment manufacturer, OEM-authorized parts providers, or Military Sealift Command-approved non-OEM equivalent vendors. The government is using this Sources Sought Notice as a market research tool to assess potential sources for a future firm-fixed-price contract opportunity. Interested businesses must submit comprehensive capability statements by 3:00 PM EST on August 26, 2025, detailing their company profile, small business status, technical capabilities, contact information, available contract vehicles, and feedback on proposed contract structure.

This opportunity operates under NAICS code 333618 (Other Engine Equipment Manufacturing) with a size standard of 1,500 employees and carries no set-aside designation, making it available to businesses of all sizes through full and open competition. The procurement specifies delivery to either Norfolk, Virginia, or San Diego, California, with an anticipated delivery deadline of February 13, 2026. While the Sources Sought Notice does not identify current incumbents or specific contract values, it represents a critical maintenance requirement for naval fleet operations. The procurement involves 17 individual line items of specialized marine propulsion components, indicating a comprehensive parts replacement or maintenance initiative. Submission of capability statements for this market research phase is not mandatory for participation in the eventual formal solicitation process.