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Lemoore Naval Air Station

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Click this picture for Virtual NAS Lemoore Tour!!
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Zoom in or zoom out all around the Base . . .

Click above Image and go on "Interactive Virtual Aerial Tour" of NAS Lemoore Air Station . . .

NAS Lemoore was commissioned in 1961 it became Dennis's home port in 1966.  Lemoore is the newest air station in the Navy and has two offset parallel runways which are out 4,600 feet apart. Aircraft parking and maintenance hangars are between the 13,500 foot runways. Separated from the hangars by underpasses beneath taxiways the air operations area is located directly southeast. In July, 1998, NAS Lemoore was selected as the West Coast site for the Navy’s newest strike-fighter aircraft, the F/A-18E/F Super Hornet. This action brings approximately 92 additional aircraft to Lemoore and 1,850 additional active duty personnel and 3,000 family members.  The Navy brought four new fleet squadrons to Naval Air Station Lemoore over the period 2001-2004.

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Home of the FA/18 Super Hornet

& Former Home of A4-E Skyhawk

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Lemoore Naval Air Station has been home to the A4-E and A4-F Skyhawk, and TA4-J Trainer aircraft, F14 Tomcat, FA/18 Hornet and FA/18 E/F Super Hornets.  Since the transfer of NAS Miramar to the Marine Corps, NAS Lemoore now hosts the Navy's entire west coast fighter/attack capability. NAS Lemoore was built “from the ground up” as a Master Jet Base and was commissioned in 1961.   NAS Lemoore is the Navy's newest and largest master jet air station. The primary aircraft  at NAS Lemoore is the F/A-18 Hornet Strike Fighter. In November, 1999, NAS Lemoore received its first F/A-18 E/F Super Hornets, which will eventually replace the F-14 Tomcat in fleet service. Currently, there are a total of 175 Hornets and Super Hornets home-based at NAS Lemoore.  The station consists of 30,000 acres, of which 18.784 are owned outright by the Navy. The operations and runway areas are located 7 miles from the administrative and housing areas of the base.

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Surrounding NAS Lemoore is Pine Flat Lake, Yosemite National Park (both near Fresno), Los Angeles, San Francisco, the Sierra Mountains, and the Pacific Ocean. NAS Lemoore is located 40 miles south of Fresno, 14 miles west of Hanford, and 7 miles west of Lemoore on State Highway 198. Fresno is a city of approximately 421,000 people while Lemoore’s population is approximately 18,361. Commissioned in 1961, NAS Lemoore is the newest air station in the Navy. Two offset parallel runways were laid out 4,600 feet apart. Aircraft parking and maintenance hangars are aligned between the 13,500 foot runways. Separated from the hangars by an underpass beneath taxiway A, the remainder of the air operations area is located directly southeast.  In July, 1998, NAS Lemoore was selected as the West Coast site for the Navy’s newest strike-fighter aircraft, the F/A-18E/F Super Hornet. This action brings approximately 92 additional aircraft, 1,850 additional active duty personnel and 3,000 family members to NAS Lemoore and several associated facility additions or improvements.

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There are over 40 squadron groups onboard NAS Lemoore. The major ones include: Carrier Air Wings 2, 9, 11, 14; Strike Fighter Weapons School, Pacific; Strike Fighter Squadrons 22, 25, 94, 97, 113, 115, 122, 125, 137, 146, 147, and 151; and the Fleet Aviation Specialized Operational Training Group, Pacific Fleet. There are a number of other enlisted personnel and pilot/officer training groups as well. The Air Station is located on Highway 198, nineteen miles east of Interstate 5 or thirty miles west of Highway 99. Both highways provide easy access to the Air Station. If you drive, the following routes are suggested - VIA Bakersfield take state route 99 north to Visalia, then west on state route 198 to NAS Lemoore. VIA San Francisco or Sacramento take Interstate 5 south to state route 198, then east to NAS Lemoore. The Fresno Air Terminal is located 40 miles north of the Air Station. There is no bus service available to the Air Station. The base is a one-hour drive south from Fresno.

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In accordance with the legislative requirements of the Base Closure and Realignment Act of 1990 (Public Law 101-510), as implemented by the 1993 Defense Base Closure and Realignment process (BRAC-93), the Navy was directed to relocate mission and operations from NAS Miramar to NAS Lemoore, California. The majority of naval training at NAS Miramar were relocated to NAS Lemoore. The realignment relocated 56 F-14 and 16 E-2 aircraft from NAS Miramar to NAS Lemoore, resulting in an increase of 72 aircraft at NAS Lemoore. The number of permanent-party personnel necessary to support, service, and maintain new aircraft and flight operations and apprentice school training increased by approximately 3,990 and the number of civilian personnel increased by 484 over the period from 1995 through 1998. The number of school age students in grades kindergarten through 12 increased by approximately 2,300 by 1998. About 98 military construction (MILCON) projects were required to accommodate the realignment at NAS Lemoore.

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In July, 1998, NAS Lemoore was selected as the West Coast site for the Navy’s newest strike-fighter aircraft, the F/A-18E/F Super Hornet. This action brings approximately 92 additional aircraft, 1,850 additional active duty personnel and 3,000 family members to NAS Lemoore and several associated facility additions or improvements.The Navy brought four new fleet squadrons to Naval Air Station Lemoore over the period 2001-2004. Additional military staffing will be required at Aircraft Intermediate Maintenance Department, Strike Fighter Weapons School Pacific, and Center for Naval Aviation Technical Training Unit Lemoore (CNATTU) to support this effort.With the transfer of NAS Miramar to the United States Marine Corps, NAS Lemoore now hosts the Navy's entire west coast fighter/attack capability. NAS Lemoore was built “from the ground up” as a Master Jet Base, and has several operational advantages, and relatively few constraints, as a result.The Pacific Strike Fighter Wing with its supporting facilities are home ported here. The primary aircraft based at NAS Lemoore is the F/A-18 Hornet Strike Fighter. In November, 1999, NAS Lemoore received its first F/A-18 E/F Super Hornets, which replaced the F-14 Tomcat in fleet service as an air superiority fighter and has assumed, in a different configuration, the role of older F/A-18 Strike Fighters. Currently, there are a total of 175 Hornets and Super Hornets home-based at NAS Lemoore operating from one Fleet Replacement [training] Squadron and fourteen Fleet [operational] Squadrons.

NAS Lemoore Ops runways 32L/14R and 32R/14L
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Magnetic Heading 320 degrees and 140 degrees

NAS Lemoore Operations Runway 32Left/14Right

This runway is used for all aircraft landings and

for carrier landing signal training . . .

Runway Identification: 14R/32L
      Length: 13497 ft
      Width: 200 ft
      Surface: CONCRETE
      Edge lights: High Intensity
      Weight: PCN 56 /R/C/W/T


            
                  Runway: 14R
            
                  Runway: 32L

            Mag heading:  142ºMag heading:  322º

            Rwy Slope:  -.01% DownRwy Slope:  .01% Up

            Approach:  Approach: 

            Pattern:  Left TrafficPattern:  Left Traffic

            Markings:  Markings: 

            Marking Condition:  Marking Condition: 

            Arresting Dev:  Arresting Dev: 

            Lat & Long:  N3620.2  W11957.7Lat. & Long.:  N3618.1  W11956.6

            Elev:  230.2 ft. MSLElev:  229.1 ft. MSL

            TCH:  TCH: 

            Visual Glide Path:  Visual Glide Path: 

            Displaced Threshold:  NoDisplaced Threshold:  No

            Touchdown Zone:  YESTouchdown Zone:  YES

            Touchdown Elev.:  231 feetTouchdown Elev.:  230 feet

            Visual Glide Slope:  Visual Glide Slope: 

            RVR Equipment:  RVR Equipment: 

            RVV Equipment:  NORVV Equipment:  NO

            Approach Lights:  Approach Lights:  ALSF2 - standard 2,400 foot high
            intensity approach lighting system with sequenced flashers, Category
            II or III

            REIL:  YESREIL:  YES

            Centerline Lights:  YESCenterline Lights:  YES

            Touchdown lights:  NOTouchdown lights:  NO

            Runway Catagory:  Runway Catagory:

NAS Lemoore, Ca. Runway 32R/14Left 

This runway used for all jet take offs . . .

      Runway Identification: 14L/32R
      Length: 13500 ft
      Width: 200 ft
      Surface: CONCRETE
      Edge lights: High Intensity
      Weight: PCN 51 /R/C/W/T


            
                  Runway: 14L
            
                  Runway: 32R

            Mag heading:  142ºMag heading:  322º

            Rwy Slope:  .03% UpRwy Slope:  -.03% Down

            Approach:  Approach: 

            Pattern:  Left TrafficPattern:  Left Traffic

            Markings:  Markings: 

            Marking Condition:  Marking Condition: 

            Arresting Dev:  Arresting Dev: 

            Lat & Long:  N3621.8  W11957.6Lat. & Long.:  N3619.8  W11956.5

            Elev:  219.7 ft. MSLElev:  224.1 ft. MSL

            TCH:  TCH: 

            Visual Glide Path:  Visual Glide Path: 

            Displaced Threshold:  NoDisplaced Threshold:  No

            Touchdown Zone:  YESTouchdown Zone:  YES

            Touchdown Elev.:  222 feetTouchdown Elev.:  225 feet

            Visual Glide Slope:  Visual Glide Slope: 

            RVR Equipment:  RVR Equipment: 

            RVV Equipment:  NORVV Equipment:  NO

            Approach Lights:  Approach Lights: 

            REIL:  YESREIL:  YES

            Centerline Lights:  NOCenterline Lights:  NO

            Touchdown lights:  NOTouchdown lights:  NO

            Runway Catagory:  Runway Catagory: 

Lemoore Naval Air Station Operations Area
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Eastern Hangars with runway 32R on far right . . .

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Carrier WingsPacific Strike Fighter Wing
F/A-18A+/B/C/D Hornets

A4 Skyhawk squadrons and dates assigned to Naval Air Station Lemoore, Ca.

    • VA-22 NAS Lemoore (1960-1971)
    • VA-23 NAS Lemoore (1961-1970)
    • VA-55 NAS Lemoore (1962-1975 )
    • VA-56 NAS Lemoore (1961-1973)
    • VA-93 NAS Lemoore (1962-1969)
    • VA-94 NAS Lemoore (1962-1971)
    • VA-95 NAS Lemoore (1965-1968)
    • VA-112 NAS Lemoore (1961-1969)
    • VA-113 NAS Lemoore (1961-1968)
    • VA-125 NAS Lemoore (1961-1977)
    • VA-146 NAS Lemoore, CA.
    • VA-155 NAS Lemoore (1961-1977)
    • VA-163 NAS Lemoore (1961-1971)
    • VA-164 NAS Lemoore (1960-1972)
    • VA-192 NAS Lemoore (1962-1970)
    • VA-195 NAS Lemoore (1961-1970)
    • VA-212 NAS Lemoore (1964-1975)
    • VA-216 NAS Lemoore (1961-1968), NAS Alameda (1968-1970)

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Technical Drawing for Douglas A4-M Skyhawk
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Last of the A4 Skyhawk aircraft built in 1972

McDonnell Douglas A4-E Skyhawk  

 

The Douglas A-4 Skyhawk was designed as a single-seat carrier-borne attack bomber.  The prototype Skyhawk, XA4D-1, flew for the first time on 22 June 1954, only eighteen months after design work was initiated and features a simplified airframe and reduced equipment as compared to other deck-landing combat aircraft.  No wing folding mechanism is used as the Skyhawk is sufficiently small without wings folded to ascend and descend on the elevators of US Navy aircraft carriers.  The Skyhawk entered service in October 1956 and provided the US Navy and USMC with their principal light attack platform for over 20 years.  The total production of all variants reached 2,960 aircraft.

 

   Early models comprised the Wright J65-W2 powered A-4A/B/Cs (differing in avionics and engine power), the Pratt & Whitney J52-P engine A-4Es and A4-Fs with a dorsal avionics hump.  This avionics hump contained the aircrafts radar jamming electronics counter-measures ALQ-51 box.  This box was extremely heavy and awkward to remove and carry. The unit had several varying-in-size electronic cables.  They were connected to the unit with a water hose type fitting on the cables to fasten to the ALQ-51 box.  This unit was located under the engine in the nose wheel well inside the fuselage.  The A-4F was simply an A-4E with this ALQ-51 unit moved to the top of the fuselage to the inside a dorsal hump.  This hump was located just behind the canopy for ease of installation or removal.

 

    A-4 trainer variants featured two cockpits in tandem with a single canopy, and some combat capability.  The TA-4J lacked cannon armament and combat capability.  In USN service this is the major operational model, used for advanced training, including carrier qualification.

 

A-4E Skyhawk Specifications:

 

Length (including inflight refueling probe) - 42 ft. [12.72m]

Height - 15 ft. [4.57m]

Wingspan - 27.5 ft. [8.38m]

Wing Area - 80 Sq. ft. [24.4sq.m]

Weight(operating empty): - 10,250 lb. [4,649kg]

Maximum take off weight: - 22,500 lb. [10,206kg]

Maximum speed: - 700 miles per hour [1,128 km/h]

Service ceiling: - 39,993 ft. [12,190m]

Range with maximum ordnance: 719 miles [625nm or 1,158km]

Maximum rate of climb - 10,912 ft. per minute [3,326m]

 

Propulsion - One General Electric F404-GE-100D

non-afterburning turbo fan rated at 48.04 kN

 

Armament - Two Mk 12 20-mm cannon in wing roots:

plus ordnance including: - bombs, rockets, ASMs, AIM-9P AAMs and fuel tanks.

              

    When stationed at NAS Lemoore, California from 1966 to 1969, while not at sea Dennis obtained a certification for a back seat flying license for flying in the Douglas A-4E Skyhawk.  The back seat of a TA-4E is exactly the same as the front equipment and instrument panel wise.  The back seat has it's own ejection seat and joystick.

 

    To qualify for flying in this aircraft, Dennis had to go through a simulated high altitude low pressure air chamber and remove face mask.  This test of oxygen deprivation at high altitude shows the effects on the body for lack of oxygen, including: judgement, motor skills, disorientation.

   

    As well, Dennis was ejected in a ground ejection seat to find any fears for gravitational forces caused by an ejection.  He also went through vertigo training (motion sickness) and the proper donning of a facemask and helmet for oxygen and radio communication.  He also was given a brief familiarization with cockpit instruments.  Lastly, he went through spatial disorientation testing.      Since, Dennis was an Aviation Electronics Technician 3rd Class, this instrumentation training was familiar.  He obtained his first flying license in April of 1968 at NAS Lemoore, California and re-certified his license in 1969 for another year.

 

    His A-4E flights took him 125 miles to Crow's Landing near San Jose, California (N37°23.61',W121°03.92'), where the Navy has a military bombing range.  Here the pilot took him through several dives and climbs. The aircraft starts into a dive from 32,000 feet in altitude and dives steeply at approximately a forty-five degree angle.  The pilot reaches his final target altitude of 10,000 to 12,000.  He then pulls back the joystick into a steep climb after having released his bombs or strafed his target or launched his missiles.  The passengers are subjected to two or three G-forces or number of times more the body weighs due to centrifugal forces.  Dennis suffered some motion sickness on this first bombing mission.  The pilot also let Dennis experience the feeling of weightlessness on their way back to NAS Lemoore, California Air Station.

 

    The very next day, Dennis knew he had to overcome his fears of vertigo (motion sickness), and go on another bombing run.  On this flight he flew over the Sierra Nevada mountains 327 miles to Fallon, Nevada, (N39°28.54',W 118°46.53') and went through the same exercises with several other aircraft from VA-163.  On their way back to Lemoore, the pilot with Dennis got into a dogfight with another jet aircraft over the Sierra Nevada mountain range.  The pilot relied on Dennis as a spotter for the enemy aircraft.  We lost anyway, somehow!  The other pilot must have been TOP GUN.  It's a good thing it was only simulation but what a roller coaster of a ride.

 

    Dennis experienced several night flights down to Chocolate Mountain Aerial Gunnery (N33°21.2',W 115°28.8'), near the Mexican border 104 miles from Palm Springs.  Here the pilot bombed targets after first releasing magnesium flares to light up the target area first.

 

    Dennis also experienced in-flight refueling of other aircraft by his own on another flight.  On this occasion the "FUEL LOW" warning indicator light on the instrument panel came on, where Dennis was seated.  Dennis had been so bored by the straight, level flying he had started to doze off earlier.

 

    When he glanced at the instrument panel and saw the FUEL LOW indicator light on, he questioned the pilot, "Sir, why are we flying so slow?"  The pilot told Dennis he had cut himself short of fuel, while refueling the other aircraft.  Consequently this was why he was flying slowly to conserve their fuel.  The pilot also radioed the control tower at NAS Lemoore and advised them, that there would be "no flybys" and no holding patterns, as their aircraft was almost completely out of fuel.  Dennis said, "Sir, what is the glide ratio of an A-4E Skyhawk?"  The pilot replied, "about the same as a rock".

 

    When their aircraft finally reached the base and touched down on the runway the pilot radioed to Dennis, "Ha, Ha, I cheated death again".

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