BALLET 3D 1200 mm EPO ARF CENA 2016

Téměř hotový 3D akrobat z EPO o rozpětí 1200mm se střídavým motorem s regulátorem a osazenými 4 servy pro napájení 4S LiPo. Ovládaná křidélka, směrovka, výškovka. Výborný jako první 3D akrobatický mod

4ST1481-A

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BALLET 3D model is ideal continuation for anyone safely mastered basic acrobatics with hornoplošným coach, such as our PIONEER, and already has some experience with a mid or low-wing, such as our SCOUT. This 3D aerobatic plane with a wonderfully lightweight design lets you hone turnovers 3D and classic aerobatics ... just prepare you for flying with more and more mature 3D acrobat or energizing (semi) mock some of the Extra or Edge. The manual for the recommended settings pilots of all levels - from modelers who are just getting started with acrobats, flying over piles rather classical acrobatics to experienced athletes who hangs on the propeller from morning till night!

Fuselage of EPP foam comes fitted with a brushless outrunner with fitted AC servos and control the rudder and elevator. In a bow to the bottom of the hull tent beneath a removable cover is space for batteries and the receiver. To drive the model, you'll need a Li-poly čtyřčlánky load capacity of 2200 mAh to 25C. If you use the kit with a load capacity of 30 or 40C model will come alive even more and better "go behind the propeller."

The wing is symmetrical profile of EPP foam is a two-piece carbon-jointed pipe clamps; After insertion into the fuselage with two screws provided. The ailerons hinged on plastic hinges are controlled by two micro stored in the wing. Plastic winglets on the ends of the wings are fixed with screws.

The tail surfaces are made of EPP and for easy transport and storage are removable - a torso with fixed pins and two screws. Servo rudder and elevator are located at the rear of the hull and rudders are connected by short straight rods. Before connecting rods recommended to helm "motion" repeated cautious deflection up and down respectively. left and right.

Landing gear consists of two-wheeled chassis with wire legs fastened to the fuselage screws; wheels are lightweight foam. Controllable spur is coupled with the rudder.

To control the model you need at least four channel radio system. In this case the two aileron servos involved using the Y-cable in one channel. The ideal is of course the use of at least five channels of computer RC system that allows independent control of aileron servos, accurate sizing displacements, deflections or dual programming. exponential deflections to reduce sensitivity of the rudder around neutral, allowing very precise control while maintaining a large maximum deflections. The instructions are three versions of settings - for beginners acrobatic pilots, flying acrobatics and classical for full 3D flying. There is also a detailed Ten trimmed for proper tuning and acrobatic model for maximum performance.

ARF kit includes: ready-made model with installed AC motor, speed controller and four servos, propeller 13x4 "with cone, main undercarriage with wheels, the building instruction.

Margin [mm] 1200
Length [mm] 1340
Weight [g] 1700
Wing area [dm 2] 37.8
controlled functions S, V, K (2), M
Building intensity S1
Difficulty piloting P2, P3

Drive and RC equipment:

Engine * CD4130
Regulator * AC 40A
Propeller * 13x4 "
battery FOXY G2 14.8 V 2200 mAh
Serva * 4x Micro
RC rig min. 4 channels, preferred 5-6 channel computer
*) Part A RF set

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