RoboCopter

Is it a Robot ? Is it a Helicopter ?

No it’s RoboCopter! a superb indoor 2ch radio controlled (not infra-red) micro helicopter on 2.4GHz that looks like a Robot.

Weighing in at only 12.5gm’s this amazing Micro Helis advanced electronic mixing and proper ‘modelstyle’ fly bar rotor head for a smooth, stable, realistic flight performance. The transmitter also features digital audible flight trims and onboard charging.

RoboCopter’ s 2.4GHz radio system uses a unique Transmitter to Heli ‘binding’ system (each transmitter is digitally linked to its RoboCopter) so up to80 RoboCopter’s can be flown at the same time. This means that family, friends and colleagues can all fly together. Each RoboCopter can also be trimmed with an onboard slide weight to increase its speed for optimum flight performance. Great for ‘drag racing’ and ‘spot landing’ competitions.

RoboCopter Features:

• 2.4GHz Radio Control (Not infra-red)
• Proportional control for precision flying
• ‘Digital’ Audible flight trim’s
• Real ‘model style fly bar’ stabilser system
• Weighs only 12.5gm’s
• Easy to use, smooth, stable, precision flight characteristics
• Built in transmitter charging (7-8 Minute flights)
• Tx to Heli binding so multiple RoboCopter’s can be flown together
• Ready to fly from the box (Only requires 4 x AA batteries)

RoboCopter FAQ

The RoboCopter utilizes advanced 2.4Ghz radio control technology which requires a binding procedure prior to flying if the original transmitter or RoboCopter is lost/broken and replaced with a new one.

Binding procedure for 2.4G radio: With the RoboCopter and transmitter "turned off" press down the left steering trim button and then holding it down "turn on" the transmitter. Next release the left steering trim button and you will hear a string of beeps bebebebe. While the transmitter is beeping turn on the RoboCopter, wait for 2 seconds, then move the steering stick to one side. The beeping will stop and the binding procedure is complete when the red LED indicator on the receiver board glows solidly.

Please note: The RoboCopter and transmitter set sold together in the box were already 'bound' to each other by the manufacturer. There is no need to 'bind' RoboCopter and transmitter together prior to use.

• The LED of Robocopter is flashing
• How can I get my RoboCopter turn left?
• Why would the main rotor pulse once I switch the transmitter and RoboCopter on?

Q: The LED of Robocopter is flashing, but the unit doesn't operate. What's causing this and how do I fix it?
A: Your Robocopter just lost of binding. Please rebind as instructed above.

Q: How can I get my RoboCopter turn left? I tried to move the steering stick but it gives no reaction.

A: In this case, trim adjustments will be necessary. If your RoboCopter is inclined to turn left, press the right trim until the RoboCopter moves in your desired direction, vice versa.

Q: Why would the main rotor pulse once I switch the transmitter and RoboCopter on?

A: The pulse is part of our programmed setting. This should be considered normal. If the rotation make your RoboCopter out of control, simply re-switch the RoboCopter LED on and then will return to normal operation.

	READY-TO-FLY   [YNIFLYROB] Yuneec RoboCopter Flying Robot - latest micro helicopter powered by LiPo and guided by 2.4G radio technology. This super stable heli is clearly a cut above the rest of the micro helis. Download RoboCopter Flyer

RoboCopter Spare Parts

	YN1000-01 Yuneec Robo Copter Main Rotor Set incl Tail Rotor   YN1000-02 Yuneec Robo Copter Landing Gear   YN1000-03 Yuneec Robo Copter Plastic Hand Control Arms   YN1000-06 Yuneec Robo Copter Transmitter w/Decal   YN1000-20 Yuneec Robo Copter Body   YN1000-21 Yuneec Robo Copter Decal Sheet   YN1000-22 Yuneec Robo Copter Tail Wing w/Decal

You will need the following

	Note: Comes in a 4 pack		Sanyo AA alkaline batteries - 4 in a pack