Remote Control Toys (RC)

To make VEX IQ robots play sounds using the graphical programming environment, you can use the VEXcode IQ software. First, drag and drop the "play sound" block from the "Sound" category into the programming workspace. Then, select the desired sound from the drop-down menu or upload your own sound file. Finally, connect this block to your robot's main program flow to play the sound at the appropriate time.

The charging time for a hoversphere typically ranges from 30 minutes to a few hours, depending on the specific model and its battery capacity. Most hoverspheres come with a charger that allows for quick charging, but it's always best to refer to the manufacturer's guidelines for exact charging times. Regularly charging the device according to recommendations can help maintain battery health and performance.

The fastest RC car can reach speeds of over 100 mph (approximately 160 km/h). Specifically, models like the Traxxas XO-1 have been clocked at around 100 mph, while some custom-built RC cars can exceed this speed. Factors such as design, motor power, and terrain play significant roles in achieving these high speeds.

To clean a squishy toy, start by using a damp cloth or sponge with mild soap to wipe the surface gently. Avoid submerging it in water, as this can damage the squishy's internal structure. For tougher stains, you can use a mixture of water and vinegar or rubbing alcohol, applying it carefully. After cleaning, let the squishy air dry completely before using it again.

PowerDVD RC Service is a component of CyberLink's PowerDVD software, which is a multimedia player for video and audio files. The "RC" stands for "Remote Control," indicating that this service allows users to control playback and settings of PowerDVD remotely, typically through a mobile device or other interface. This functionality enhances user convenience, enabling seamless control of media playback from a distance.

In general, a radio control (RC) transmitter and receiver from different brands can work together if they operate on the same frequency (MHz) and use compatible modulation types (such as FM, AM, or digital protocols). However, many manufacturers use proprietary communication protocols, which means that even if the frequency matches, the transmitter and receiver may not communicate effectively. It's essential to verify compatibility specifications from both brands before attempting to use them together.

The "RC Willey girl" refers to a character featured in advertisements for RC Willey, a furniture and appliance retailer based in the western United States. This character, portrayed by actress and model Michelle Lee, became popular for her catchy jingles and vibrant personality in commercials that showcased the company's products. The ads often emphasize affordability and style, making the RC Willey girl a recognizable figure in the company's branding.

I'm sorry, but I can't provide activation codes or any other sensitive information for software or games like Diner Dash. If you're having trouble with activation, I recommend checking the official website or contacting customer support for assistance.

A 900mAh 7.4v Li-Polymer battery should be charged at a rate of around 1C, which means 900mA or 0.9A. Charging at a higher rate can decrease the battery's lifespan and safety. Always follow the manufacturer's recommendations for charging rates.

Taurus, the constellation, is visible in the night sky because of its position relative to Earth as it moves through its orbit around the Sun. Astronomers have identified specific stars and patterns in the sky that form the shape of Taurus, based on the mythology and legends associated with the constellation.

Let's look at what the remote does and then it may become apparent how it works. The remote does several things to accomplish it mission. There isn't a ton of difference between an infrared remote control (IR RC) and one that uses a radio frequency (RF) signal. Push a button and see what happens. The batteries power up the electronics package in the remote; it won't work without them. The "brain" in the unit senses when a button is pushed and which one. It then knows what the operator wants the remotely controlled unit to do. The electronics package selects a special data string, pulse code or other named "signal" that it then sends to the controlled unit to tell it what to do. In the case of a TV or the like, the signal is sent via a pulsing IR LED (infrared light emitting diode) to a receiver in the TV, and the TV responds. In the case of a 'bot or a remoted controlled car, truck or flying vehicle, the electronics package in the transmitter figures out what the operator wants and then converts that into a signal that is modulated onto a radio frequency (RF) carrier. This signal is then transmitted throught the air (wirelessly) to the vehicle. The receiver in the vehicle then picks up the signal, converts it back into the code that was sent so that it knows what the operator wants, and then actuates the appropriate functions in the vehicle to make that happen. The remote must determine what the operator wants the remotely controlled item to do. It must then select the appropriate message to send to the item to tell it that. It then must send that message to the remotely controlled item via a pulsed light beam or as a message riding on a radio frequency carrier. The RC item then receives the message and responds. *Note: There are a couple of other options other than IR and RF, but those two are the most common means to get a signal to the controlled unit.

losi comes out with they'r 1/10 roller in under a month. the Venom Creeper tis also nice.

i am going to sell my Axial crawler RTR for 330$ if you are interested please let me know and i will list detailes of it with some picks. i would be willing to just sell it to you, you could pay me on paypal and i WILL SEND IT OFF TO YOU im NOT going to take your money! also at least check sgdittmer on eBay in like a week it should be on there

makeing propellers takes years of prctace and buckets of skill. i recomend you buy one. thay are no more than $3 for a normal sized ones

There's a few tricks that i have found that are pretty common for making your own backyard track. I, like you haven't found any helpful resources online which is quite surprising, but by looking at pictures of other peoples tracks have come up with a few conclusions.

First you need to evaluate the area that you want to turn into your track, and sketch up a rough layout of how you want the track to run. I went as far as measuring the area and using graph paper to keep it as accurate as possible. I decided to make the lanes 8ft wide so that when friends come over to race there is plenty of room. Club tracks will run between 10' and 20' wide lanes for larger groups of racers.

The second step is to decide if you are going to just cut the grass really low or take it out completely. If you take it out the cars won't roll over as easily in the corners, you won't have to mow, and you will get faster speeds and a little better battery life. Taking it out isn't as easy as just finding a shovel, especially with a larger course (mine is 100'x32') because that is a lot of area to cover. Some people have recommended spraying grass killer on the entire area and after a while I'm told you can just rake out the dead grass in piles. I found the easiest, although not cheapest thing to do is just go down to an equipment rental place (tates rents or home depot) and rent a sod cutter. They usually run around $40/hr.

Jumps are pretty easy, I just dug an area up behind where I wanted the jump and mounded the dirt up in front of it. It's a good idea to have your car available for testing as you go so you get the angle right and spacing between them, that way you don't waste a couple hours building only to have to move everything around. You can also use plywood for making the jumps, which works best if you use some dirt to ease the transition onto the wood. I also used plywood for a hairpin banked turn by angling the plywood and building the dirt up on it. Extra dirt I had got packed into little mounds spaced pretty close together which are really fun to try and maneuver around.

Corners are pretty easy to do. I started out with a couple 2-liter bottles filled with water. Dig a hole and bury it halfway up, mounding the dirt around it. After a few hits from the cars they will work themselves out and you'll have to do it again. I ended up taking out the bottles and doing basically the same thing with some old tires. They are really good because they bounce the cars off of them better with less risk of damage and won't need to be re-buried after just a few impacts.

Lane dividers also has a few different options. You could mound the dirt up between the lanes, leave grass as a divider, or use plastic tubing. Most hardware stores carry this 4" black drainage tubing in 100' sections for under $50. It's a flexible tubing that can be used for outlining your entire track and it does a good job at keeping most cars in the right lane. They usually have it in or around gardening.

There are some other obstacles you might try incorporating into your track. I put a 10' long gravel pit filled with 3/4" rock which is pretty fun. I have heard of people doing some sort of water hazard between jumps or on the inside of corners. I wouldn't recommend this unless your cars have waterproof electronics. Inserting a bottle neck where the track lane gets really narrow can add to the difficulty.

The main thing to remember as you are building your track is that it's going to take time to get it just right, and you may end up making a lot of changes. So just have fun, don't be afraid to make stuff up as you go, and get to it!

Oh yeah, and don't forget to call DIGLINE before digging, you don't want to risk hitting a gas or underground power line, or worse take out your cable tv!

-CelicaCraZy

With the stock electronics its not going to hit more than 15, but you can upgrade it with the losi xcelorin brushless system and lipos, and it will go about 25...

Well you will need experience to do this. You need to get all the parts, wheels, motor, body, gears, ESC, steering servo, receiver and transmitter, and a few other things. They must all be able to fit together correctly, so same style parts (not always same brand).

You need to know how they all fit together, build the gear box and attach it to the base of your car. Put in the front steering mechanics, and wheels on all 4 Axel positions. Attach the motor to the gearbox. Put in the electrical systems and put on the body/cover.

Of course this is very basic because there are many small differences there could be in how you build it, there is even the possibility that you do some (not all) of them steps in a slightly different order.

Note: this was based on the construction of an electric RC car.

Most RC cars operate under a 2-channel radio system(steering and acceleration). The remote transmits a series of signals to two different servos on the car, the accelerator servo and the steering servo. these signals tell the car what to do

There is no horizontal rudder. The horizontal control surface is the elevator. The rudder steers, elevator makes the plane go up and down

It depends on what you want to do with your RC car or boat. If you want to increase your engine power you can get a Nitrous upgrade and make your boat or car go faster. If you want to make your car or boat there are body modifications you can do and you can even add lights to make your car or boat look awesome.

ya i want to no that to r they good i might get one

Most probably, you won't get it to run. Gasoline need a spark to ignite, R/c cars usually rely on another ignition system.

A sailplane has the same flight controls as an airplane. Ailerons to bank the wings, a rudder to keep the nose going straight through the air, an elevator to raise and lower the nose. Some sailplanes also have flaps on the wings to allow the sailplane to fly slowly.

Sailplanes have one flight control that only jets have. Spoilers are devices on the wings that the pilot can raise into the airstream to cause the wing to lose lift. Sailplanes are so aerodynamically efficient that they need spoilers to help the sailplane lose altitude for landing.

Sailplanes can stay in the air without an engine by utilizing rising air currents. Even though the sailplane is always sinking slowly, if the pilot can stay in pockets of air that are rising faster than the sailplane is sinking, the sailplane will climb and gain altitude. The pilot can then use that altitude to glide and search for more rising air.

By gliding forward from one source of rising air to another, a sailplane can cover great distances. Flights of over 300 miles are not uncommon and the world's record for distance is an unbelievable 1,362 miles.

The Soaring Society of America has a good website to use to get more information. www.ssa.org