Description
Objective: The Air Force seeks to enhance the operational reliability and readiness of the MHU-196 Weapons Hydraulic Trailer in cold-weather environments by addressing performance degradation of hydraulic systems under extreme conditions. Current mitigation measures have proven insufficient, resulting in delayed weapons loading, increased equipment downtime, increased manpower hours, and added maintenance burden. These limitations directly impact sortie generation timelines, particularly for missions requiring rapid response and sustained readiness in arctic and contested environments.The objective of this D2P2 effort is to prototype, test, and validate a heating capability that ensures hydraulic systems maintain consistent performance in low-temperature environments. By focusing on accelerated development at this phase, the Air Force intends to leverage demonstrated feasibility and commercial technologies to rapidly transition into integrated testing and qualification. The desired outcome is an adaptable, mission-ready capability that improves sortie generation, extends equipment service life, and reduces operator risk without increasing logistical burden.This D2P2 effort emphasizes speed-to-field and risk reduction by building on work already accomplished in earlier analyses and market investigations. The immediate goal is to deliver a solution capable of maintaining operational continuity for weapons handling and loading operations in austere or extreme climates. Success in this phase will enable flexibility for future adaptation, scaling, and integration across additional weapons handling platforms and mission sets. Description: The MHU-196 Weapons Hydraulic Trailer is a critical Air Force system used to transport, load, and service munitions across bomber and nuclear platforms. Its performance directly supports sortie generation timelines and mission readiness. In cold-weather environments, however, the trailer’s hydraulic systems suffer from degraded performance due to thickened hydraulic fluid, stressed seals, and overburdened pumps. This results in delayed weapons loading, increased downtime, and higher maintenance costs.Interim solutions, such as reservoir heaters and external “boogie skirt” heating, have been fielded but are not effective in sustaining hydraulic performance across the full system. This operational gap creates a risk to munitions handling and sortie generation for AFGSC, and other commands operating in austere or arctic conditions.This challenge presents a clear opportunity to develop an improved thermal management capability for the MHU-196 that ensures reliable operation in extreme environments. The desired outcome is a validated, mission-ready system that maintains hydraulic performance in cold weather, reduces maintenance burden, and extends trailer service life. Such a solution will directly improve sortie generation rates, increase operational resilience, and reduce risks to operators and equipment. Leveraging commercial innovations in heating and insulation technologies, this effort can provide a rapid, low-risk pathway to fielding an effective solution.The project begins at an estimated TRL 4–5, with feasibility already established through earlier analysis, market research, and evaluation of interim heating methods. The goal at the end of Phase II is to achieve TRL 7–8 by developing, integrating, and demonstrating a prototype in relevant operational environments, with a clear roadmap for certification and production. Required efforts will include design and fabrication of a prototype heating system, laboratory and field testing in cold-weather conditions, assessment of compliance with nuclear and Air Force standards, and evaluation of logistics, maintainability, and lifecycle cost.The minimum acceptable deliverables for Phase II are a fully integrated prototype demonstrated on an MHU-196 trailer, a test and evaluation report documenting laboratory and field performance, a certification roadmap aligned with nuclear and Air Force requirements, and a transition plan detailing options for scaling and fleet-wide implementation. Advancing this capability through a Direct to Phase II effort ensures accelerated development and transition, closing a validated operational gap and enhancing readiness for critical munitions operations in contested and extreme environments. Keywords: MHU-196; MHU196; Boogie Skirt; Hydraulic Reservoir Heat; Weapons Trailer; Thermal Management; Insulated Hydraulic Systems CMMC Level: Level 2 (Self)