Ultra-Light Tactical Vehicle (ULTV)

The Ultra-Light Tactical Vehicle (ULTV) program, managed by the Navy, aims to enhance the operational capabilities of Marine Corps infantry units through the procurement of advanced tactical vehicles. These vehicles are designed to provide increased logistics support, electrical power, and casualty evacuation capabilities while reducing the combat load on individual Marines. The ULTVs are transportable via various aircraft, including the MV-22/CV-22 and CH-53E/CH-53K, allowing for flexible deployment in diverse operational environments.

A key objective of the ULTV program is to address mobility capability gaps in infantry units, reconnaissance battalions, and wing support squadrons. The vehicles are engineered to operate effectively in remote regions where traditional ground mobility platforms may face limitations due to size and weight constraints. The ULTVs support a range of military operations such as distributed operations, littoral operations in contested environments, expeditionary advanced base operations, and humanitarian assistance and disaster relief.

The program includes efforts to replace existing Utility Task Vehicles with ULTVs, incorporating technology upgrades to improve performance. A notable addition is the ULTV-High-Power variant, which provides exportable electrical power generation for integrating kill web capabilities. The program's goals include creating a lighter, faster, more maneuverable force with enhanced autonomy and tactical mobility at the company level and below.

In FY 2025, the program plans to procure 79 ULTVs along with integration kits and new equipment training for operators and maintainers. This phase also includes engineering change proposals and interim contractor support for supply chain management until transitioning to organic supply support. The increase from FY 2024 to FY 2025 reflects adjustments for vehicle unit costs, integration kits, modifications, fielding equipment, and spare parts necessary for sustaining the fleet's readiness and reliability.