Fokker EIII 66" EZ Build N107

Skill Level: Intermediate

More than 305 parts

Fokker EIII EZ Build 66"

Scale: 1/6
Prop: 15x6
Channels: R/E/A/T
Wheels: Balsa Ply w Neo Tires
Wingspan: 66"
Airfoil Type: flat bottomed
Wing Area: 712 sq in
Cowl: built up balsa and plywood
Designer: M.K. Bengtson
Weight: ~48 oz
Spinner: N/A  
Prototype: Brian Allen
Power System: AXI 2820 Direct Drive brushless motor
Fokker EIII EZ 66"
Fokker EIII EZ 66"
Fokker EIII EZ 66"
Fokker EIII EZ 66"

Decals Available

Instruction Manual

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Uses hidden top hinged trailing edge aileron instead of wing warping. Designed for the AXI 2820 Direct Drive brushless motor but any planetary drive power system with a maximum diameter of 1.4147" with equivalent power should work as well.

      • Flat bottomed airfoils
      • Hidden trailing edge ailerons
      • Dummy engine
      • Scale undercarriage
      • Sub ribs incuded in design


The Fokker E series monoplanes were the first truly effective fighter aircraft. The reason, is that for the first time, a machine gun was placed to fire directly through the propeller. The whole aircraft could be aimed at the target. Finally, accurate targeting was possible. The result was spectacular for the Germans and a disaster for the Allies. Allied observation aircraft became the primary target. The period was referred to as the Fokker Scourge. Before that time, observation aircraft could do their work unfettered with the concern of being shot down. Observation aircraft were designed for optimum stability as a camera platform. Agility and speed were contrary to their purpose. The idea that these aircraft were obsolete or not technically advanced is not the case. Taking aerial photographs with existing camera technology was difficult and required a slow aircraft with low engine vibration characteristics. Further, it required a two man crew. The pilot needed to reach the correct location and verify the target. The camera man needed to concentrate on taking the photographs. Remember in those days, there were no accurate aerial maps and from above, orientation is not easy. Landmarks do not look the same from 5000 feet. Pilots did get lost. A major reason for the Fokker Scourge could be that the "Fokker Fodder" were not designed to consider defensive measures. With hundreds perhaps thousands of Allied vulnerable observation aircraft in the air, it was carnage. The Allies had too much invested and needed the information so badly that these unfortunate crews had to endure the Fokker menace. Later, observation aircraft were fitted with machine guns and could fly higher and faster to counter the Fokker.

Anthony Fokker had designed aileron controls for aircraft but chose the more conventional wing warping technique for the Eindecker. Wing warping required flexibility in the construction but rigidity at the same time. Heavy reliance on wire rigging made this possible. In the AerodromeRC Fokker EIII, wing warping was not used as the method does not make a particularly pleasant flying experience. Construction is difficult and the structure is fragile. Instead, as in the case of other AerodromeRC monoplane designs, hidden top edge hinged trailing edge ailerons are employed. A pair of in wing servos drives these ailerons from below. From the top, the presence of the ailerons is nearly impossible to detect. They are constructed from 1" trailing edge stock which is beveled at the aileron leading edge to allow the aileron to deflect downward.