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Global Professional RC Model Brand Instruction Manual 49” Challenger ARF Version Zhuhai Edge Smart Drive Technology Co., Ltd.
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OMPHobby 49” Challenger Balsa wood Airplane OMPHobby Challenger 49” is a sport RC model airplane built in the traditional way: balsa and film cover. The air fighter has a slender and smooth fuselage with good route capability. At the same time, a larger control surface with strong power can easily complete P3A actions and some 3D actions. The overall design is light and the wing load is extremely low. It is designed and positioned as an easy to use balsa airplane.In addition to high‐speed precision and violence, it also has the elegance of low speed. Novices can grow faster with this aircraft, and senior model friends can feel the precise and neat high‐speed route action when flying, and also the smooth rolling axis. Everyone can find their own flying style on this plane. The plane can use the most common 3s 2200 battery to fly and the use cost is low. www.omphobby.com www. ohiomodelproducts.com Zhuhai Edge Smart Drive Technology Co., Ltd.
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OMPHobby 49” Challenger Balsa wood Airplane Parameter Specification Item: 49” Challenger Green ▢ ▢ Color: WingSpan: 1250mm(49in) Full Length: 1006mm(39.6in) Flight Weight: 1170g The Center of Gravity (CG): Approx.62mm Wing Area: 27.37d㎡ Wing Load: 41.8~55.7g/d㎡ Wing Angle of Incidence: Motor Thrust Angles: 2° Down 2° & Right 4° Pack Dimension 104*30*16 (L*H*W)cm Gross Weight: 5.3KG Servo: OMPHOBBY SG5 17g *4 : (Aileron*2,Elevator*1, Rudder*1) Cord/lead: 300mm*2,600mm*4 Servo Arm: 17g, 0.9"plastic servo arm Electric Power (Recommended): Motor: Sunnysky 2820, ESC: 40A, Propeller: Eolo 13x7E/12x6.5E, Lipo battery:3S/4S 2200-2600mah Recommended Settings of Dual Rates and Exponentials of Control Surfaces Low rate Low rate exp High rate High rate exp Aileron...
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Landing gear Assembly Ø Landing Gear Installation 1. Attach the axles first with the two belts, then slot the wheels on and use the cap and the bolt on that end. 2. Underneath the fuselage, undo three bolts, then attach the landing gear Horizontal stabilizer Assembly 1. Use a art knife cut open the hole which threading the tail wheel wire and located on horizontal stabilizer.Align the horizontal stabilizer slot with the fuselage slot and clip it into the fuselage. Zhuhai Edge Smart Drive Technology Co., Ltd.
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Horizontal stabilizer Assembly 2. Stick the carbon plate to the horizontal stabilizer and screw on three cross‐screws. 3. Punching the hole which threading the tail wheel wire to plug in rudder; Threading the tail wheel wire from the bottom to the top; Stick the rudder into the tail wheel wire, and insert the rudder hinge into fuselage hinge slot;Use 502 gluing and fixing it. Zhuhai Edge Smart Drive Technology Co., Ltd.
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Wings, Elevator and Rudder serovs Assembly 1. Gluing the control horns into the control surfaces; 2. After the control horns are fixed, install the servos; 3. Install the elevator servo, rudder servo, wings servo, the rudder servo connected up with the provided push rods and ball links. Power Systems Assembly Taking the motor and attaching the back plate with the four screws. Take off the four bolts from the front of the fuselage and attach the motor with the three phase wires going downwards. Then install the aluminum alloy base → propeller → gasket → nut → fairing → two cross screws. Zhuhai Edge Smart Drive Technology Co., Ltd.
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Guarantee The KAVAN Europe s.r.o. products are covered by a guarantee which fulfils the currently valid legal requirements in your country. If you wish to make a claim under guarantee, please contact the retailer from whom you first purchased the equipment. The guarantee does not cover faults which were caused in the following ways: crashes, improper use, incorrect connection, reversed polarity, maintenance work car- ried out late, incorrectly or not at all, or by unauthorised personnel, use of other than genuine KAVAN Europe s.r.o.
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