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F-22 Plus-Up Environmental Assessment - Joint Base Elmendorf ...

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F-<strong>22</strong> <strong>Plus</strong>-<strong>Up</strong> <strong>Environmental</strong> <strong>Assessment</strong><br />

1.0 Purpose and Need for F-<strong>22</strong> <strong>Plus</strong>-<strong>Up</strong> at JBER<br />

JBER F-<strong>22</strong> aircraft can carry air-to-air missiles and a variety of conventional and Long Range<br />

Standoff Weapons (LRSOW) for air-to-ground ordnance delivery. The F-<strong>22</strong> has a 20-millimeter<br />

multi-barrel cannon. Training in Alaskan airspace simulates air-to-air missiles by aircraft<br />

exercising all aspects of the weapon system without actually launching an air-to-air missile.<br />

Air-to-ground training with LRSOW would include flying to launch profiles and speeds at high<br />

altitude with simulated launches. Existing Alaska conventional ranges would be used for<br />

munitions training. Release profiles, altitudes, and speeds are now, and would continue to be,<br />

limited to keep weapon safety footprints within established Alaskan ranges.<br />

1.1.2 <strong>Joint</strong> <strong>Base</strong> <strong>Elmendorf</strong>-Richardson (JBER)<br />

JBER, located near Anchorage, Alaska, is the home of the Air Force’s Alaskan Command, 11 th<br />

Air Force, Alaskan North American Air Defense region, and the 673d Air <strong>Base</strong> Wing, as well as<br />

U.S. Army Alaska. The F-<strong>22</strong> 3rd Wing (3 WG) is comprised of two squadrons of F-<strong>22</strong>s (36<br />

primary aircraft). JBER also is home to C-17 transports,<br />

C-12 and E-3 aircraft, and CH-47 Chinook and UH-60<br />

Blackhawk helicopters, all of which have been regularly<br />

deployed to combat areas. JBER covers 84,000 acres,<br />

including a 10,000-foot main runway and a 7,500-foot<br />

cross-runway. Figure 1.0-1 presents JBER’s airfield and<br />

operational area; the airfield and operational area is<br />

referred to as JBER-<strong>Elmendorf</strong>. The Proposed Action<br />

would include 103 additional personnel to support the<br />

additional F-<strong>22</strong> aircraft.<br />

JBER has had multiple squadrons at different times<br />

during its history.<br />

JBER has extensive airspace for training (Figure 1.1-1), including overland MOAs and ATCAAs<br />

which provide regular training airspace for the F-<strong>22</strong>s, other aircraft, and larger two-week<br />

scheduled Major Flying Exercises (MFEs). Many of these airspaces permit supersonic flight and<br />

allow the use of chaff and flares for defensive training. Existing Army Training Ranges provide<br />

for local air-to-ground training for F-<strong>22</strong> aircraft. No airspace modifications are proposed for the<br />

additional F-<strong>22</strong> aircraft; Chapter 2.0 of this EA describes the F-<strong>22</strong> missions and training.<br />

1.2 Purpose of F-<strong>22</strong> <strong>Plus</strong>-<strong>Up</strong> at JBER<br />

The purpose of the proposed plus-up of F-<strong>22</strong> aircraft at JBER is to provide additional Air Force<br />

capabilities at a strategic location to meet mission responsibilities for worldwide deployment.<br />

This consolidation of F-<strong>22</strong> operational aircraft would be designed to maximize combat aircraft<br />

and squadrons available for contingencies. The plus-up of six F-<strong>22</strong> primary aircraft and one<br />

backup aircraft would fill out the existing JBER F-<strong>22</strong> squadrons and provide enhanced<br />

capabilities while efficiently using JBER facilities designed and constructed for the existing F-<strong>22</strong><br />

operational wing.<br />

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