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Multi-Domain Innovation for Air & Space Power

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Presentation on theme: "Multi-Domain Innovation for Air & Space Power"— Presentation transcript:

1 Multi-Domain Innovation for Air & Space Power
Tom Wilson Sector Vice President Corporate Campaign Executive Northrop Grumman © 2019 Northrop Grumman.  All Rights Reserved

2 The Contemporary and Future Battle Space will be Contested, Degraded, Congested And Confused
Global Missile Warning On Orbit Servicing Autonomous High Altitude Long Endurance Protected Satcom Missile Defense Multi-Phenomenology Remote Sensing Hypersonic Weapons Contested Area Assured Connectivity Theater BLOS Comm / BMC2 Autonomous Aircraft Directed Energy Defensive Systems Advanced Weapon Systems

3 Space-Aerial Connectivity through SpaceMADL Enables:
SpaceMADL (Multifunction Advanced Data Link) Bridges Domains to Provide Integrated Detection, Tracking, Engagement Planning & Execution LEO/MEO Transport Layer/Cross Link MADL Up-Link MADL Up-Link MADL Down-Link MADL Down-Link MADL Space-Aerial Connectivity through SpaceMADL Enables: Early threat warning + low-latency/quality tracking AI/MIL based on-board process and autonomous target detection Resilient, Low-Latency, Multi-Level-Secure, Multi-Domain Comm network links critical sources to end-nodes needing minimally routed data. LPI / LPD / Anti-Jam leveraged from F-35 to LEO Satellites & Advanced Weapons Interoperability – Low implementation costs to field capability – SpaceMADL is compatible with F-35 & 524 platforms + advanced counter-HSW weapons. Autonomous Collaboration – MADL enables weapons to act like mini-F-35 fusion nodes.

4 Present & Future Capabilities
A FLEET OF SPACE SERVICING VEHICLES Robotics & Augmentation In-Orbit Assembly & Repair Life Extension Station keeping Attitude control Incline reduction Relocation Inspection Life extension Hosted payload install Simple repairs Capture non-standard spacecraft Inspections Enhanced Robotics Capabilities for: Assembly Repair Capture of derelict satellites / objects

5 NGC Advanced Hypersonic Scramjet Leverages Additive Manufacturing
Additive manufacturing enabled integrated engine & aero structure 1st 3D printed full combustor for scramjet 140 machined parts down to 3 printed parts Realistic flight weight engine run at Mach 5+ for hours of engine combustion time Ready for test flight in near future Demonstrated tactical cold start Significant Weight & Cost Reduction More JP-10 fuel Longer flight time at Mach 5+

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