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**Data for each of these
characteristics can be
obtained by contacting
the EICO Aviation Specialist
at the NAVFAC Criteria
Office.

F/A-18E/F Super Hornet
Picture of F/A-18E/F Super HornetThe F/A-18E/F is a twinjet, carrier based, fighter/strike system, whose primary missions are fighter escort and interdictions. The F/A-18F is identical to the F/A-18E except the F model has a dual crew station, larger canopy, and less fuel capacity in number one fuel tank.
The F/A-18E/F configuration is based on U.S. Navy Lot XVIII F/A-18C/D aircraft. Planned upgrades focus on improved carrier suitability, provisions for substantial future growth, and achieving reliability and maintainability levels that meet or exceed those of the F/A-18C/D. The F/A-18E/F retains the multi-mission capability and high reliability of the F/A-18C/D while providing increased effectiveness, range, endurance, and payload to meet future requirements.
The F/A-18E/F can be utilized in the tanker configuration utilizing the current GFE Airborne Refueling System (ARS). The ARS pod is centerline mounted (station 6). The four 480 gallon external fuel tanks mounted on suspension points 3,4,8, and 9 (wet stations) provide the tanker's refueling capacity. See Figure 1-3 for suspension points (stations). The role of this configuration is primarily as a mission tanker versus a recovery tanker.
Major changes for The F/A-18E/F include a lengthened fuselage, larger wings, and dual-pressure 3000/5000-psi hydraulics control surfaces. General Electric F414-GE-400 engines with larger high performance inlets improve the propulsion system. Other improvements include a third wing pylon station; increased fuel capacity; modified and strengthened landing gear; improved crew station; increased payload.
The Flight Control mechanical back-up system in the F/A-18C/D is removed in the F/A-18E/F. Existing wiring provisions from the control stick through the Flight Control Computer to the specific actuators/control systems are used for aircraft control. The mechanical throttle linkage to the engines is removed and replaced with electrical transducers. The flight control actuators are modified to operate at 3,000 psi (low surface load) and 5,000 psi (full surface load - maneuvering flight). The Speed Brake and associated components are removed.
The F/A-18C and D models are the result of a block upgrade in 1987 incorporating provisions for employing updated missiles and jamming devices against enemy ordnance. C and D models delivered since 1989 also include an improved night attack capability.

General Information

 Aircraft Type

 Fixed Wing Fighter

 Aircraft Manufacturer

 Boeing & Northrop Grumman

 Engine Manufacturer

 General Electric

 Engine Number

 F414-GE-400

 Type of Landing Gear

 Single Tricycle

 Design Gear Load

 27,100 lbs. Main; 11,800 Nose

 Design Tire Pressure

 200 psi

 Pass/Cov Ratio Channelized

 8.22

 pass/Cov Ratio Unchannelized

 16.44


Geometry

 Wingspan

42.8 ft

 Length (Overall)

60.2 ft

 Height (Overall)

16.0 ft

 Wheelbase

10.5 ft

 Nose to centerline of main gear

37.4 ft

 Wheel track (tread) Main

11.5 in

 Wheel track (tread) Nose

6.6 in

 Vertical clearance of wingtip at maximum weight

7.8 ft

 Centerline of fuselage to approximate pivot point based on maximum
 steering angle or locked wheels

5.6 ft

 Height of jet engine on centerline of fuselage

**


Parking Apron Design Information

 Minimum turning radius

37.5 ft

 Engine operating danger areas - idle

50 fps @ 65' Aft

 Ground clearance

**

 Electrical Service

 • Maximum kVa by aircraft for 400Hz distribution

39.9 kVa

 • Ground Maintenance Mode

15.1 kVa

 Mechanical Service

 • Air starting system

132.00 lb/min - 45psig

 • Preconditioned air

50.00 lb/min - 3psig

 • Environmental control air

110.00 lb/min - 45psig


Weights & Takeoff Distances

 Min takeoff weight

48 klbs

 Min takeoff distance with min takeoff weight

1,305 ft

 Min takeoff distance with min takeoff weight with abort distance

**

 Max takeoff weight at peace-time

66 klbs

 Max takeoff weight at war-time

66 klbs

 Min takeoff distance with max takeoff weight

3,680 ft

 Min landing weight

**

 Max landing weight (Carrier)

42,900 lbs

 Max landing weight (Field)

50,600 lbs

 Min landing distance at min landing weight

**

 Min landing distance at max landing weight (over 50 foot obstacle)

4,875 ft

 Peace-time weight used for pavement evaluation

**


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