Boeing F/A-18E/F Super Hornet

F/A-18E4    F/A-18Evapor


F/A-18E   F/A-18F   
 

Download F/A-18E/F Drawing(pdf)

F/A-18E/F Super Hornet

The F/A-18E/F is a carrier-based fighter/attack aircraft of the US Navy, characterized by light maneuverability and reliability, and is used for multiple purposes (F is a double seat type). As a successor to the F-14 and A-6 retired in the 2000s, development was advanced based on the F / A-18A-D, and in 2001 it began to be assigned to the US Navy aircraft carrier. It is expected to be active until the 2040s even after the F-35C is deployed because it can be improved and adapted to various purposes. It has been active as the leading fighter-attack aircraft in Top Gun Maverick starring Tom Cruise, which was released in 2022, and I think many people were fascinated by its flight. As a jet fighter, the main wing has a relatively small swept angle and a large aspect ratio, and has good flight performance even as a paper airplane. The elongated wing extending in front of the main wing is called LERX (Leading Edge Root Extension) (or strake), and in the actual aircraft it is useful for stabilizing the airflow at high angles of attack, etc.

Manufacturing F/A-18E/F Super Hornet

Print the downloaded drawing on card stock paper. Please install Acrobat Reader to view and print. The paper is thick, so set the printer to thick paper printing such as postcard printing. We recommend using gray or silver gray paper to create the atmosphere of a military aircraft.
Cut out parts from the template along the thick lines. Dotted lines and dashed-dotted lines are mountain folds and valley folds, respectively. Fold the cockpit (pilot seat) part of the fuselage inward. I prepared a separate cockpit so that I can make a two-seat type F/A-18F. When making the F/A-18F, cut off the original (F/A-18E) cockpit along the dashed line, and insert the F/A-18F cockpit in the same position (matching the shape of the nose) instead. Spread out the LEFX/main wing attachment part and the fuselage attachment part horizontally, and attach the main wing part 2. Attach the main wing and fuselage so that the rear ends are aligned. It may be more stable if the main wing has a slight upper half angle. The attachment angle of the main wing and horizontal stabilizer to the fuselage is slightly different, so please adjust accordingly. Attach the vertical stabilizers 3 and 4 along the margins and tilt them outward by 20 degrees from the vertical. The leading edge of the wing is slightly smaller on the underside (to reduce drag). Paste the nose cover 5 to cover the nose. The center of gravity is designed so that it fits without adding weights.
 

Finish           

The main wing should be rounded (camper) with an upward convex bow, and make sure there is no difference in twisting between the left and right sides.
When flying outdoors, apply a thin coat of lacquer throughout to increase water resistance and strength. Clear spray lacquer seems to be good because it applies thinly and evenly. When painted, the center of gravity will be the best position.

Adjustment and flight

When holding the fuselage, please hold the front to center of the fuselage or the base of the main wing. The tail and main wing tips do not have the strength to support the weight of the entire fuselage, so holding them may cause deformation or breakage.
View the fuselage from the front and make sure there is no left or right twist.
Next, carefully adjust the angle of attack of the main wing so that it is almost the same at the root and tip. If it is easy to go into a roll after stalling, add a twist down to the wing tip.
Twist the trailing edge of the horizontal tail slightly upward to adjust for level flight.

When flying with a rubber catapult, it seems generally better to adjust the nose slightly to hold it down.
Adjust for a slight left turn.
Tilt the fuselage to the right, point it fairly high (60-75 degrees), and launch it with the rubber catapult.
If you adjust it well, it will rise while turning and enter the gliding flight in the sky.

 

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