This Request for Information (RFI) is issued solely for information and planning purposes and does not constitute a Request for Proposal (RFP), Invitation for Bid (IFB), or a promise to issue an RFP in the future. This RFI does not commit the Government to any contract action or for any supply or service implied or otherwise. Respondents are advised that the Government will not pay for any information or administrative costs incurred in response to this RFI. Intent The Government is conducting a RFI to identify potential industry partners capable of supplying, designing, manufacturing, and delivering an Extreme Cold Weather Sleeping Bag System for Soldiers operating in extreme cold weather environments. The objective is to equip dismounted Soldiers with a lightweight, highly compressible, and durable sleep system capable of providing thermal protection and enabling necessary, uninterrupted sleep in extreme cold weather environments (down to -60°F) when heated shelters are unavailable. Please refer to the attached RFI document. Submission Instructions Interested sources shall, by the due date listed on SAM.gov for this RFI, respond with information on their current product(s) and how they address the requirements listed above. The information package shall contain the following items: Overview information regarding your firm, including location, size, and any special designations (i.e. 8(a), Women-Owned Small Business, etc.) Interested sources are requested to submit a brief White Paper addressing the ability to meet the draft requirements. Please specifically address the following: A detailed description of the product, to include specs and material safety information. Thermal vs. Weight Feasibility: Can the vendor use existing insulation technologies to achieve the Objective thermal rating of -60°F for 6 hours while simultaneously approaching the Objective weight of 2.5 lbs.? If not, what is the most realistic weight for a -60°F capable system? Pack Compatibility Clarification: Packability is essential for operational success and future Extreme Cold Weather Sleeping Bag Systems must be optimized to fit the form factor of Army Load Carriage Systems (i.e. MOLLE Large/4K). Are engineering challenges foreseen in creating a compression sack geometry that optimally fits the bottom of all specified rucksacks? Moisture & Loft Retention: Detail the approach to utilizing moisture-resistant insulation and other technologies that maintain critical loft and thermal efficiency. Signature Management: Briefly describe your methodology for mitigating multi-spectral signatures (Visible, NIR, Thermal), particularly given the high heat retention of an Extreme Cold Weather Sleeping Bag System against a cold environmental background. Production Capacity: Name and location of production facility. What is the estimated timeline from contract award to first article delivery, and what is the maximum monthly production capacity? Berry Amendm…