





The Story
Defience Systems, Inc was born from the various experiences of its combat veterans and technical experts. The original visionary, Patrick Maloney set out to build a better combat vehicle following a near-death experience in combat in Iraq. Following his tour, he served as an acquisitions officer at the Tank and Automotive Research Development & Engineering Command (TARDEC), in Detroit, MI. He began development of a next-generation combat vehicle, but that vehicle was missing a critical component…a modular open power systems architecture.
Following his retirement from the Army, while searching for this game-changing capability, he met Frank Jones, and with Frank’s knowledge developed a concept for the first MOPSA-based combat vehicle. Along the way Patrick and Frank built a team of operational and technical experts to propose and win a contract for the U.S. Army’s Optionally Manned Fighting Vehicle development. Seeing the broader applications of MOPSA, the team set out to found a company dedicated to revolutionizing military systems’ development and operational effectiveness, in defiance of nay-sayers and industry opponents alike. Thus, was born Defience Systems, to disrupt the industry and arm the Department of War with Defense Science & Technologies that will enhance Warfighters’ effectiveness. Current offerings include HEMTT (30-60kW) Exportable Power, FMTV (120-300kW) Exportable Power, Modular Unmanned Aerial Vehicle Systems (Munitions and Surveillance) Exportable Power, and Future Force SOFTWARE as a SERVICE (SaaS) & Artificial Intelligence AI) Workforce Talent Management Solutions.
About Defience
Defience Systems, Inc was born from the various experiences of its combat veterans and technical experts. The original visionary, Patrick Maloney set out to build a better combat vehicle following a near-death experience in combat in Iraq. Following his tour, he served as an acquisitions officer at the Tank and Automotive Research Development & Engineering Command (TARDEC), in Detroit, MI. He began development of a next-generation combat vehicle, but that vehicle was missing a critical component…a modular open power systems architecture.
Following his retirement from the Army, while searching for this game-changing capability, he met Frank Jones, and with Frank’s knowledge developed a concept for the first MOPSA-based combat vehicle. Along the way Patrick and Frank built a team of operational and technical experts to propose and win a contract for the U.S. Army’s Optionally Manned Fighting Vehicle development. Seeing the broader applications of MOPSA, the team set out to found a company dedicated to revolutionizing military systems’ development and operational effectiveness, in defiance of nay-sayers and industry opponents alike. Thus, was born Defience Systems, to disrupt the industry and arm the Department of War with Defense Science & Technologies that will enhance Warfighters’ effectiveness. Current offerings include HEMTT (30-60kW) Exportable Power, FMTV (120-300kW) Exportable Power, Modular Unmanned Aerial Vehicle Systems (Munitions and Surveillance) Exportable Power, and Future Force SOFTWARE as a SERVICE (SaaS) & Artificial Intelligence AI) Workforce Talent Management Solutions.
Team Leadership







History of Innovation
- Spartan Electrified Vehicle

- Distributed Redundant Infantry Vehicle Electrification Retrofit

- Optionally Manned Fighting Vehicle (OMFV) Phase 2

- HEMTT-based Expeditionary 30kW-60kW Modular Open Power (MOPSA) System

- FMTV- based Expeditionary 120kW-300kW MOPSA System

- Modular Unmanned Aerial Vehicle Systems
Munitions and Survellance Exportable Power System

- Future Force SOFTWARE as a SERVICE (SaaS) & Artificial Intelligence AI) Workforce Talent Management Solutions.

Design Characteristics
Power
Abundant Exportable Power, Overprovisioned for Growth
Redundancy
Operational Redundancy & High Reliability
Open Systems
Standard Interfaces & Simplicity
Modularity
Plug-and Play for Rapid Upgradability
Integration
Rapid, Low-cost Analysis and Convergent Assembly
Safety
Inherent System, Component, and User Safety
Efficiency & Sustainability
Enterprise Sustainment Reduction

