The Use and Non-Disclosure Agreement (NDA) for Government Technical Data outlines the terms under which an "Offeror" can access and use sensitive technical data related to the USS EMORY S. LAND (AS 39). This data is subject to strict controls and limitations, including DoDI 5230.24 and DoD-M 5200.01-V4. The Offeror agrees to use the data solely for preparing proposals for solicitation N3220525R6015 and, if awarded, for contract performance. Key obligations include establishing organizational controls to prevent unauthorized disclosure, complying with dissemination and export controls, and refraining from copying or distributing the data without written authorization. The agreement also mandates flow-down NDAs for subcontractors, requires the return or destruction of data upon contract award to another entity or project completion, and holds the Offeror responsible for costs incurred from unauthorized disclosures. The document includes spaces for the Offeror's legal and business information, as well as details for any subcontractors.

The document outlines a Use and Non-Disclosure Agreement (NDA) for access to technical data related to the USS Emory S. Land. The primary purpose is to establish conditions under which the government will provide sensitive data to the Offeror for the specific solicitation N3220525R6015. Key stipulations include that the Offeror can only use the data for proposal preparation and contract execution, must implement controls to prevent unauthorized access, and cannot share the data without written consent from the Contracting Officer. Additionally, it requires identification of all vendors or subcontractors and mandates that data be returned or destroyed post-contract award or work completion. The Offeror also agrees to cooperate with the government in the event of unauthorized disclosures. This NDA emphasizes strict compliance with both dissemination restrictions and export controls, aligning with federal regulations to safeguard sensitive, controlled, unclassified information.

The Military Sealift Command is issuing a Sources Sought Notice regarding the Regular Overhaul Dry-Docking (ROH/DD) for the USS EMORY S. LAND (AS 39), scheduled from May 1 to December 1, 2026. This notice, which is not a solicitation for proposals, seeks to identify potential contractors located on the West Coast capable of performing the required work. Interested firms are encouraged to submit a brief capabilities package by July 18, 2025, detailing their company profile, facility description, business size designation under NAICS Code 336611 (Ship Building and Repair), and any relevant partnerships or agreements. The information provided will assist the government in understanding the available shipyard options for the procurement. Notably, no compensation will be provided for the submitted information. This notice serves as part of the government’s effort to optimize its procurement processes for military vessel maintenance.

The document outlines the Work Item Index Report related to USS LAND (AS 39) under the contract number N3220525R6015, focusing on maintenance and overhauling requirements for the vessel. It is structured into various sections detailing general service requirements, hull and structural repairs, propulsion machinery, electrical, communication and navigation, auxiliary machinery, HVAC, drydocking, and sponsor-related items. Each section includes itemized tasks, categorized by priority levels (A/B), such as general services for ship management, testing and quality assurance, hull repairs, and maintenance of propulsion systems. The report serves as a comprehensive checklist for contractors involved in the maintenance and repair of the USS LAND, ensuring all elements meet regulatory standards and operational readiness. It emphasizes thorough documentation and methodical approach to ship upkeep, reflecting adherence to federal regulations in military procurement practices. This summary provides a cohesive overview of the vessel's maintenance framework, emphasizing its critical role in ensuring naval operational efficiency.