1. UNCLASSIFIED FCS Technology Challenges Mr. Patrick Murphy Murphy_patrick_m@bah.com Telephone: 703-628-4784 April, 2005 Right Wed 032603 8/9/2014 7:15 PM 1 UNCLASSIFIED

2. Mine for Opportunistic Technologies Stay Aware, Informed, Involved. Interface with all stakeholders - Relationships Includes TRADOC, ASAALT, RDECOM, G8, OSD, other UA PMs and IPTs, LSI, S&T Providers…… Influence S&T efforts Primarily via ASTWG and DARPA Processes, but not limited. Once Endorsed, Guide/Monitor Efforts until Technology is Transitioned to System PM. Get the Word Out via Presentations, Conferences, Articles, Summits – and Any Other Opportunity Present the UA S&T Requirements. Educate the “Bridge” function to Stakeholders. Participate in Strategic Guidance efforts such as Army Science Board, UA Board of Directors, DARPA SAG. PM Unit of Action, Technologies Mission To be the Bridge between the S&T and PM Communities, Enabling the Transition of Matured Technologies that Address Capability Gaps. ◊ Identify, Influence, and Nurture S&T Efforts toward PM Requirements ◊ ◊ Plan for and Negotiate the Transition◊

3. PM, Unit of Action Technologies

4. PM Unit of Action, Technologies Manned Systems Unmanned Air Vehicles Class IV Command and Control Vehicle Class III Class II Class I Infantry Carrier Vehicle Unattended Munitions Unattended Ground Sensors NLOS LS Intelligent Munitions System Sensors Mounted Combat System Applications Recon and Surveillance Vehicle Services Transport Unmanned Ground Vehicles Standards ARV RSTA ARV Aslt Non-Line of Sight Cannon Small (Manpackable) UGV Non-Line of Sight Mortar Armed Robotic Vehicle Medical Treatment and Evacuation FCS Recovery and Maintenance Vehicle MULE: (CM) MULE- Transport ARV-A (L) Approved for Public Release, PM UA February 2005

5. Over-Arching Challenges • Build it Lighter and Smaller • C-130 Transportable Vehicles ~ 24 Ton Fighting Weights • Air Droppable • Build it to Last • RAM • Failure Prognostics • Build it User Friendly • Fuse Very Large Data Volumes • Manage Operator Workload • Use Less Bandwidth for More Information Value • Network Bandwidth is a Limited Resource • Build it Affordably • Reduce component and subsystem cost

6. Platform Related Challenges • Armor – Structure and Appliqué • Active Protection System (APS) • Local Hemispheric Situational Awareness – RPG + Top Attack • Stand-Off Mine and IED Detection + Clearing • Engines, Drive Trains and Suspensions / Hybrid Electric • Energy Storage and Distribution • Battlefield Gap Crossing / Obstacle Clearance • Unmanned Arial Vehicles (UAVs) • Small Heavy-Fuel Engines • Unmanned Ground Vehicles (UGVs) • Robotics with Autonomous Tactical Behaviors in complex, dynamic terrain

7. Maneuver Support + Sustainment Challenges • Precision Heavy Air Drop • Rapid Refueling and Materiel Transfer • Rapid Ammunition Reload • Human Engineering for Multi-Mode information delivery • Fully Embedded Training + Mission Rehearsal • On-Board Wideband Data Recording + Recovery • Water generation and contaminant detection

8. Sensor Related Challenges • Mine and IED Detection • Lightweight, Low Cost, High Quality UAV Payloads • Through the Wall Sensors • FOPEN (sensing through foliage) • Disposable, Remotely Delivered, Unattended Ground Sensors • Affordable Integrated Multi-Mode Combat ID • Standoff CBRN Sensors • Sensor Display Technology – Vehicle to Soldier

9. Networking/C2 Related Challenges • Joint Interoperability / Network Interfaces • Network Centric C2 • Distributed Information Management • Collaborative C2 / Warfighter Machine Interface • Ad Hoc Wireless Networks • Multi-Level Secure Networks • Quality of Service Management • High Data Rates in Jammed Environments • Affordable Directional Wide-Band Antennas • Subterranean Wireless Operations

10. Lethality Related Challenges • Networked Fires • High Fire Rates • Light Weight Target Designators • BLOS Weapons • Higher Accuracy, Extended Range • Affordable Precision Munitions / Smart Seekers • Variable Lethality Munitions + Non-Lethal Munitions • Timely Battle Damage Assessment