380 FT Towing Tank Carriage Control System

The United States Naval Academy is seeking to replace the carriage control system for its 380 FT Towing Tank at the Naval Academy Hydromechanics Laboratory. The new system must reuse existing DC drive motors and integrate new electrical hardware, a user interface, position sensing, and alert equipment. Key requirements include precise carriage position measurement (within 3 mm), full control from the control room, and preset parking locations. The system must offer Normal Speed, Position Move, and Jog control modes with programmable speeds, accelerations, and decelerations. Safety features like Early-Stop and Emergency-Stop buttons with audible alerts are mandatory. The software will feature a graphical user interface for operator control, historical logging, and error reporting. The electrical system must comply with codes and utilize existing power distribution. The system is expected to have a 20-year design life, with minimal maintenance downtime. The contractor will be responsible for installation, training, and providing comprehensive documentation, including manuals and source code.

This document outlines the requirements and procedures for a mandatory site visit related to a government contract, emphasizing adherence to FAR 52.237-1. Attendees are urged to inspect the site thoroughly to understand potential costs. While not mandatory for eligibility, attendance is highly encouraged for a clear understanding of the requirements. Discussions about funding are prohibited, and questions will be documented to update the Statement of Work or solicitation. Vendors must submit verification information to Gilbert Dobison by May 19, 2026, at 12:00 p.m. EST. The site visit is scheduled for May 21, 2026, at 9:00 a.m. at Bishop Stadium parking lot, Annapolis, MD, with a limit of two representatives per organization. Punctuality is crucial, as no additional site visits or special accommodations will be granted for late arrivals.

The Naval Supply Systems Command (NAVSUP) Fleet Logistics Center (FLC) Norfolk, VA, intends to award a firm-fixed-price purchase order for a 380 ft. Towing Tank Wavemaker Carriage Control System for the United States Naval Academy (USNA). This acquisition, under FAR Part 12 and utilizing Full and Open Competition procedures, will be solicited via RFQ N0018926QL104 on sam.gov around May 12, 2026. The contract, under NAICS 331312, includes engineering design, the control system with hardware, shipping, documentation, and installation. Responses are due by May 28, 2026, at 12:00 p.m. EST, via email to Gilbert Dobison. Quoters must be registered in the System for Award Management (SAM).

This government file outlines contract clauses and solicitation provisions for federal RFPs, particularly focusing on commercial products and services for a naval acquisition. It details mandatory FAR and DFARS clauses, both incorporated by reference and full text. Key aspects include requirements for small business utilization (HUBZone preferences, post-award small business rerepresentation), prohibitions on certain foreign telecommunications equipment, and restrictions on contingent fees for foreign military sales. The document also provides extensive instructions for offerors, including electronic submission guidelines, content requirements for technical and price quotes, page limitations, and evaluation criteria, emphasizing technical acceptability over price unless past performance indicates otherwise. It also highlights the use of the Wide Area WorkFlow (WAWF) system for electronic payments and reporting, along with detailed instructions for Item Unique Identification and Valuation for delivered items. The solicitation underscores strict adherence to format, content, and submission deadlines.

This government file details the requirements and procedures for attending a site visit related to a federal government solicitation, likely an RFP or RFQ. The visit, conducted under FAR 52.237-1, is strongly encouraged to ensure vendors understand the scope of work and any conditions affecting contract performance. Failure to attend does not disqualify a vendor, but attending is vital for gathering critical information. No funding discussions will occur during the visit. Questions posed will inform updates to the Statement of Work or solicitation, with formal Q&A sessions planned upon RFQ issuance. Vendors must register by May 19, 2026, 12:00 p.m. EST, by emailing specific information to Gilbert Dobison. The site visit will take place on May 21, 2026, at 9:00 a.m. at Perry Circle and Baltimore Annapolis Blvd., Annapolis, MD, with a limit of two representatives per organization. Punctuality is emphasized, as no additional site visits or special accommodations will be granted for late arrivals or alternative schedules.

This Statement of Work (SOW) outlines the procurement of a new carriage control system for the United States Naval Academy's Hydromechanics Laboratory (NAHL) 380 FT Towing Tank. The current system, which drives a moving platform used for various Naval Architecture and Ocean Engineering activities, needs replacement. The primary objective is to improve NAHL operations and mitigate technical risks for future investments. The scope includes purchasing and installing a new carriage control system with a user interface, operating software, and new position sensing equipment. It will utilize existing drive motors and regenerative braking but requires new electrical and powering infrastructure. The system must support normal speed, position move, and jog control modes with specific speed, acceleration, and jerk ranges. Key requirements include a graphical user interface with historical logging, integration with existing motors, precise position measurement, and robust safety features like an emergency stop. The system is designed for a 20-year life with minimal downtime, and the contractor must provide training, manuals, and a one-year warranty. Deliverables encompass design review materials, a bill of materials, operating procedures, software, and comprehensive engineering drawings.