USNS ROBERT E. PEARY (T-AKE 5) FY26 ROH

The USNS ROBERT E. PEARY (T-AKE 5) Regular Overhaul (ROH) is a sole-source contract modification awarded under unusual and compelling urgency pursuant to 10 U.S.C. § 3204(a)(2), with a total estimated value of $1,000,000 for new work items aimed at restoring vessel mission readiness. The contract, issued by the Military Sealift Command Norfolk under solicitation number N3220526C1221, mandates repair and modification tasks including bulkhead penetrations in stateroom 03-58-6, modification of RO unit and distilling plant discharge piping using T-ALT 432, removal of CMWD systems, and elevator repairs supported by NAVSEA. Performance is scheduled to occur at Detyens Shipyards, Inc. in North Charleston, South Carolina, with a period of performance running from May 18, 2026, to July 19, 2026, to accommodate critical regulatory inspections by the U.S. Coast Guard and American Bureau of Shipping. Funding is sourced from fiscal year 2026 Operations and Maintenance, Navy funds, and the award bypasses competitive procedures due to the high daily cost of delay—$193,993—and the 381-day procurement lead time that would result from a full competition. Compliance with U.S. Navy, U.S. Coast Guard, and ABS standards is required across all work, with final acceptance occurring on-site upon successful regulatory certification. While the contract includes detailed technical work items referenced in enclosure documents, it lacks specification of CLINs, pricing breakdowns, packaging or marking requirements, invoicing methods, payment details, accounting codes, key personnel, security clearances, contract options, or organizational conflict of interest provisions. The point of contact for the contract is Rodney M. King at the MSC Norfolk office, with Colin Edick listed as secondary contact. No offeror representations or certifications are present in the provided materials, consistent with the non-competitive nature of the award, and the contract is submitted through SAM.gov with no formal evaluation factors or weightings applied.