Manned Ground Vehicle

The Manned Ground Vehicle (PE 0605625A) program, managed by the Army, focuses on research, development, test, and evaluation (RDT&E) of the XM30 Optionally Manned Fighting Vehicle (OMFV). The primary goal is to deliver a minimally manned, open-architecture combat vehicle capable of maneuvering soldiers to tactical advantage, engaging in close combat, and providing decisive lethality within combined arms operations. The XM30 is designed to operate with or without a crew, integrating semi-autonomous systems, and is intended to function as a key element within Armored Brigade Combat Teams (ABCTs) to defeat near-peer threats. The program emphasizes persistent modernization, enhanced survivability, and overmatch lethality, with a system architecture that supports future technology integration.

Government Engineering & Program Management is a critical component of the XM30 program, providing system engineering and program management support. This includes funding for government and contractor labor, travel, training, supplies, equipment, and facilities necessary to manage the Project Management Office for XM30. The objectives are to ensure robust oversight of the design and development process, maintain statutory compliance, and support the transition through key acquisition milestones. The program leverages System Engineering & Technical Assistance (SETA) for areas such as cybersecurity, software development, and system architecture.

Digital Engineering efforts aim to establish a comprehensive digital engineering ecosystem, including cloud-based environments, software development, artificial intelligence, and machine learning capabilities. The use of Development/Security/Operations (DevSecOps) and Digital Twin technology enables rapid prototyping, virtual testing, and integration of vehicle designs. The program funds software licenses, modeling tools, and the creation of virtual systems integration labs, which help reduce hardware performance uncertainties and accelerate the pace of upgrades and testing.

Product Development encompasses the maturation and refinement of XM30 prototype designs through contractor-led engineering, planning, and tooling efforts. The program supports the build and test of prototypes from two vendors, with material and labor allocated for preproduction prove-out testing. This phase includes the development of support equipment, training programs, and logistics products, all aimed at validating the vehicle's capabilities and readiness for fielding.

Modeling, Simulation & Analysis supports requirements analysis and concept refinement by funding government-led modeling, simulation, and subsystem testing of contractor designs. This includes virtual experimentation, soldier feedback through simulators, and the integration of augmented reality systems to enhance situational awareness. The program also supports verification, validation, and accreditation of new models, as well as the assessment of advanced technologies such as additive manufacturing and predictive maintenance.

System Test & Evaluation is focused on government-led testing of XM30 prototypes, including ballistic and survivability testing, munition arena testing, and automotive performance verification. Funding covers the procurement of test materials, ammunition, and instrumentation, as well as the execution of live fire and soldier assessment events. These efforts are essential for validating the vehicle's operational effectiveness and supporting milestone decisions.

Additional objectives within the program include Government Architecture development to ensure compliance with Modular Open Systems Approach (MOSA), Technology Maturation & Analysis for risk reduction and integration of advanced capabilities, Training Aids, Devices, Simulators & Simulation (TADSS) for initial development and integration of training systems, and Software Pathway for continuous software development and integration of new capabilities such as aided target recognition and electronic warfare enhancements. These efforts support the Army's acquisition strategy to transition the XM30 from rapid prototyping to low-rate initial production, with the objective of equipping ABCTs with a modern, adaptable, and survivable combat vehicle.