LRDR Program Overview Mr. Richard Hagy Director, Business Development March 8, 2017
Today s Ballistic Missile Defense System 2
Long Range Discrimination Radar Ballistic Missile Threats are Growing more Sophisticated and Complex Requiring better Discrimination Capability 3
Lockheed Martin LRDR Contract LRDR Contract Awarded on October 21, 2015 LM will Design, Develop, Produce, Test, and Deliver an LRDR at Clear Air Force Station (AFS), Alaska in 2020 LRDR Contract Options Upgrade Initial Offering for Increased Radar Capability O&S Support (3 years) BMDS Ground and Flight Test Support LRDR S-band Radar Mission Homeland Defense Against Long-range Missile Threats Space Situational Awareness Radar in Alaska Ideally Suited to Defend Alaska and CONUS 4
LRDR Contract CLIN Description 0001 LRDR 0010 CLIN 1 Spares 0030 Studies/Analysis 1000 (Option) Additional Capability for Primary Face 1010 (Option) CLIN 1000 Spares 2000 (Option) BMDS Ground Test & Integration 3000 (Option) BMDS Flight Test Support 5000 (Option) O&S Period 1 6000 (Option) O&S Period 2 5
LRDR Equipment Shelter (LES) Notional Mission Control Facility (MCF) LRDR Equipment Shelter (LES) LRDR Equipment Shelter (LES) LM Construction LM to Populate with Array Frame / Populated Panels, Power Conditioning and LO Synthesis & Distribution Equipment Panels are Factory Integrated and Tested, Calibrated, and Shipped to Site Integrated Panels are Calibrated / Tested On-site as Complete Array Mission Control Facility (MCF) MILCON Construction LM to Populate with Equipment Only 6
LRDR Schedule Summary Status as of: 6/27/2016 1TC001_Master Baseline 1/29/2016 LRDR Team Site Deployment Begins in Early 2019 7
LRDR Contract Milestone Events Milestone Date Status Facilities Requirements Review (FRR) January 26, 2016 Initial Program Review (PMR) January 27, 2016 System Requirements Review (SRR) February 17-18 2016 Integrated Baseline Review April 2016 35% Facilities Design Review 4 th Quarter 2016 Preliminary Design Review (PDR) 1 st Quarter 2017 Critical Design Review (CDR) 3 rd Quarter 2017 Final Design Review (FDR) 4 th Quarter 2017 65% Facilities Design Review 2 nd Quarter 2017 Factory Acceptance Test Readiness Review 2 nd Quarter 2019 95% Facilities Design Review 3 rd Quarter 2017 M&S Delivered 3th Quarter 2018 Radar Acceptance TRR 2 nd Quarter 2020 DD-250 4 th Quarter 2020 8
Potential LRDR Workforce Opportunities in Alaska Construction A-frame Steel Fabrication Material Handling Equipment Local Transportation Services; Rail and Trucking Services Security Services Warehousing Fuel Services, Septic Services, and Waste Services Depot Repair Capabilities within Proximity to the LRDR Site; Maintain, Repair, and Overhaul Components Hotels, Restaurants and Car Rentals Broad Range and Type of Potential Jobs Opportunities for Alaska 9
LRDR Alaska Update Ceremony Tops Off LRDR Construction Milestone in Moorestown, New Jersey Sept. 2016 Construction Begins The LRDR Integration Site at Lockheed Martin s Moorestown, N.J. Campus is a Scaled Version of the Radar that will be Operational in Clear, Alaska, in 2020 Oct. 2016 Exterior Near Completion The Facility will be used to Test the Hardware and Mitigate Risk. The Team Continues to Meet all Milestones on the Schedule 10
Summary Radar in Alaska Ideally Suited to Defend Alaska and CONUS Lockheed Martin LRDR Team Excited to Leverage and Expand upon Existing Workforce in Alaska LRDR Team Site Deployment Begins in Early 2019 Broad Range and Type of Potential Job Opportunities for Alaska 11
Site Model