The secret behind every good flyer is a good instructor. No matter how well you do on an online simulator, flying in real life is always going to be harder than you expect. Finding a good instructor is the best way to learn without risking damage to your new helicopter. An instructor will not only correct any mistakes you make as you’re learning, but he will be in control at the same time. This allows you to practice different controls while knowing the instructor has you covered in case you lose control. She will also have training gear to make your first flights easier.

Controlling the Helicopter:
The controls of an RC helicopter are basic and easier to use than more expensive models. While other helicopters allow the blades to be manipulated, the RC helicopter keeps the controls to a minimum to make flying easier. You will be able to move up and down, hover, and move left and right. The tail of the helicopter is designed to make it less likely to spin in circles while you are flying and to make hovering easier. There are no cyclic controls to worry about when flying. This is advantageous for a beginner, but it can also limit the tricks that you can perform with your helicopter.

Hobby Helicopters:
The more expensive, hobby versions of the RC helicopter are for the more advanced flyer. Once you’ve mastered the basic RC, you can move up to the more complex model if you wish. These models allow tricks to be performed and have more maneuverability. However, you’re more likely to spin around while flying. There are also more controls, including the cyclic control that you’ll have to learn how to use. The benefits of learning include the ability to perform at competitions, and to perform more tricks and turns for your own enjoyment.

How to Choose an R Helicopter:

Helicopters, huge popular thing right now are the electric radio control helicopters. Used to be to get into helicopters very expensive and the learning curve was real steep, you spend a bunch of money make a mistake, spend a bunch of money make a mistake. What’s new is that their coming out with these really great electric ready to fly helicopters that for the most part have revolutionized RC helicopters and brought it to a point where just about anybody that has some patients and the desire can learn how to fly them. There’s two types of helicopters, you have your coaxial style. Coaxials are an upper rotor blade, lower rotor blade, and no tail blade, or your conventional style helicopter, as I call it, which is your main upper rotor with pedals and an independent tail rotor as well. Big difference in the way the two of them fly. These coaxials what’s really changing the hobby these are very easy to fly but their limited in their maneuverability and just exactly the stunts and tricks things you can do with them. The conventional style helicopters much more stunt capable they call it 3-d flying but considerably harder to learn how to fly.

]]> http://toyhelicoptersale.com/2011/12/13/toy-helicopters-safety/feed/ 0 http://toyhelicoptersale.com/2011/12/13/toy-helicopters-parts/ http://toyhelicoptersale.com/2011/12/13/toy-helicopters-parts/#comments Tue, 13 Dec 2011 05:24:42 +0000 admin http://webulb.in/toyhelicoptersale/?p=10 Working of an RC Helicopter :

Controls
Many remote control vehicles are relatively easy to work with. That is because there is a limited number of directions in which they can fly. Helicopters, on the other hand, have 6 different directions in which they can manuever: up, down, left, right, forward, and backward. As a result, flying an RC helicopter can be particularly difficult. For most remote control helicopters, the operator can control the throttle, the pitch and roll (which helps control side-to-side movements) and the tail rotor (which controls forward and backward motion).

Types of Engines
There are two main types of engines for a remote controlled helicopter. The most commonly used is the nitro power engine. These engines use a combination of nitromethane and methanol as a fuel source for their combustion. The larger the engine, the bigger the rotor–and thus the larger the aircraft itself–can be. More recently, electrical engines have risen in popularity. Advances in batteries are allowing electrically powered engines that have the ability for longer flight times. While in the past electrical engines were restricted to indoor aircraft, these motors are now powerful enough for larger outdoor helicopters as well. Electrical engines are often favored because they are much quieter than nitro engines.

Radio Controls
Many smaller helicopters have a fixed pitch, meaning that their forward angle can’t be changed. In these cases, the controls only need 4 channels to control the aircraft. For helicopters that can tilt up and down, 5 or 6 channels of information may be necessary. There are also two different ways in which the radio signals can be sent out, although their actual mechanism doesn’t differ significantly between the two methods. Regardless, all radio control helicopters have controls that send a signal through the air at different frequencies that control the operation of the different motors.

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Balancing RC Helicopters

Learning to control RC (radio-controlled) helicopters poses the greatest challenge for beginners. Because the radio controls used to operate an RC helicopter are virtually identical to the ones used to control a real helicopter, considerable practice is required in order to learn to balance RC helicopters properly when hovering.

Warning :

Get advice from people who already know how to balance RC helicopters. Helifever.com (see Resources below) is a comprehensive source of information, where you can also connect to other RC helicopter enthusiasts in blogging forums to ask questions and get advice.
Avoid contact with spinning RC helicopter blades at all times. They spin quickly enough to cause serious injury.
Never fly an RC helicopter indoors. Always take it outside, and keep away from overhead hazards such as telephone wires.

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Setting Up a RC Helicopter .

Remote control toys have become a very popular gift during the winter holidays over the past several years–in particular, remote control helicopters. Some of these helicopters have removable propellers. These toys can be tempting to take out of the box and play with right away, but there is some preparation needed to ensure that you get the most out of them.

Step by step instructions :

Step 1
Plug the battery unit into the charger and charge the battery to its full capacity for the first use. On most remote control toys a light will turn on or flash when the battery has a full charge.

Step 2
Choose an area to fly the remote control helicopter that has very few obstacles. This will help you avoid collisions as you get used to the sensitivity of the controls.

Step 3
Check the area for any electronic devices that might interfere with the frequency of the remote control unit for your remote control helicopter. The frequency of the remote control unit should be indicated on the back of the remote control and in the directions for the remote control helicopter as well.

Step 4
Check the batteries in the remote control unit to make sure they are new for a first-time trial of your remote control helicopter.

Step 5
Attach any blades that come with your remote control helicopter. Depending on the model these may already be attached. Other models might need one or two propeller blades to be attached before flying.

Step 6
Turn on the power for both the remote control unit and the remote control helicopter. Both pieces will have their own power switches.

Step 7
Practice elevating the helicopter with the control that handles the lift of the remote control helicopter. After you have it elevated, practice with the thrust control to get a feel for how sensitive each of these controls are.

Toy helicopters in the 1980s and 1990s were typically disappointments for children and parents alike, as they tended to be very bulky and heavy and never flew quite as well as advertised. They also used up batteries at an alarming rate. In the early 2000s, though, the popularity of miniature remote-control helicopters increased. The ease of control and the light weight of these toys made them popular gifts.

Function:
Controlling the indoor remote-control helicopters is very easy and accomplished with two levers. One of the levers controls the lift of the helicopter. The other lever controls the thrust, which is the movement of the helicopter, forward and backward, once it is in the air. There is a learning curve in maneuvering each type of indoor remote-control helicopter, but after about a half an hour, most devices are ready to fly, even in tight spaces.

Types:
Indoor remote-control helicopters have come a long way. The early versions only had one propeller and could run for about 3 to 5 minutes on a single charge. There are now indoor remote-control helicopters that come with multiple propellers; some serve as replacement parts, and others allow the helicopter to do tricks in the air. They also come in a variety of colors. The remote controls have improved, too, as they no longer all share the same radio channel. Most allow you to select from three different frequencies so you can fly three such helicopters in the same area without interference.

Size:
Indoor remote-control helicopters are small, which allows them to be great indoor toys and easier to fly around the house. Some of the newer models are only 3 inches in length, with a 6-inch radius for the propeller. This makes it easier to fly several indoor helicopters at once, meaning children don’t have to wait their turn.

Warning:
Indoor remote-control helicopters are now charged using a power cord instead of batteries to make them lighter to fly. Unfortunately, these charges still do not last very long. Some of the higher-priced helicopters can fly for up to 15 minutes on a single charge, but most only fly for 3 to 5 minutes. A full recharging can take up to 15 minutes as well.

Adjusting the pitch is an important requirement to flying any remote controlled model helicopter well. If your mini RC doesn’t have enough positive pitch it won’t leave the ground, and with too much positive pitch it becomes over powered and difficult to control. The pitch of your helicopter is controlled by the throttle on your transmitter, and changes as the throttle position changes. Your mini RC instructions should come with a pitch setting that’s right for your helicopter, but to find and alter the pitch to the needed setting requires that you follow the proper procedure and use a pitch gauge.

Step by step :

Step 1

Prepare the helicopter for pitch adjustment. Disconnect the motors from both the main and tail rotors to prevent accidental movement of the rotors while making adjustments. Secure the flybar so that it lies level horizontally. The flybar is the small horizontal bar attached to the main rotor assembly, generally located above the rotor blades. To secure it, place a spare flybar vertically against the flybar and the main chassis bar of the helicopter. Secure the spare to both using rubber bands.

Step 2
Attach the pitch gauge and read the present pitch of your helicopter. Turn on the radio transmitter and connect the battery to your helicopter. Move the throttle stick on the radio transmitter so that it’s set to mid-throttle, and then place the pitch gauge on the main rotor blade centered on one of the blades and aligned parallel with the flybar with the top line of the gauge horizontally aligned with the flybar. Take a reading of the pitch of your blade. You’ll want this reading to be as suggested by your helicopter manufacturer; if it isn’t, you’ll need to adjust the pitch until it reads as correct.

Step 3
Adjust the pitch by turning the control link of the blade. The control link is the metal pole connecting the blade to the rotor assembly. Adding length to the control link will add pitch to the helicopter. Add or remove pitch until the pitch gauge reads the suggested pitch level.

Step 4
Repeat the process for the other blade on the rotor, adjusting the pitch as necessary.

Step 5
Disconnect the battery from the helicopter and return the transmitter throttle to the lowest position. Remove the pitch gauge from the helicopter blade and then remove the spare flybar. Reconnect the motors and the helicopter should be ready for efficient flight.

For more information about Toy helicopter visit: About toy Helicopters, Remote control toy helicopters, Indoor remote control toy helicopters, How to Choose RC Chopper Parts, Toy Helicopters safety measures

Talking about helicopters. Course what comes up must come down, I do my best to not ever crash my helicopters but no matter what I always do fact I’ve gone to some air shows where they’ve had the best in the world and they crash harder then we do. They’ll walk over there, scope up the parts, break out another new one. Most of us aren’t sponsored so your, a good hobby stores going to carry plenty replacement parts for a helicopter. Believe it or not, their not that expensive.

The helicopter that we just flew the, Blade CX, the rotor blades for it you can get a package of four rotor blades for about 4 dollars, so about a dollar a blade. You go through more stuff when you’re learning to fly but after you get a little bit better you won’t be buying nearly as many parts cause you won’t be crashing it as much. So pretty much every single part, we’ve got a few empty hooks here today but pretty much every single part on that helicopter is represented here. So when you crash it you can just take it, pull it apart, and put it right back together again, and your back up in the air in no time at all.

For more information about Toy helicopter visit: About toy Helicopters, Remote control toy helicopters, Indoor remote control toy helicopters, Adjusting the pitch of a mini rc toy helicopters, Toy Helicopters safety measures

Get advice from people who already know how to balance RC helicopters . Helifever.com (see Resources below) is a comprehensive source of information, where you can also connect to other RC helicopter enthusiasts in blogging forums to ask questions and get advice.
Avoid contact with spinning RC helicopter blades at all times. They spin quickly enough to cause serious injury.
Never fly an RC helicopter indoors. Always take it outside, and keep away from overhead hazards such as telephone wires.

Indoor remote-control helicopters are now charged using a power cord instead of batteries to make them lighter to fly. Unfortunately, these charges still do not last very long. Some of the higher-priced helicopters can fly for up to 15 minutes on a single charge, but most only fly for 3 to 5 minutes. A full recharging can take up to 15 minutes as well.