|
■What is the difference between original R/C system electronic waves and 2.4GHz?
The radio waves transmitted by existing R/C transmitters use a single frequency. A 2.4GHz R/C spread spectrum transmitter use multiple frequencies across a band 100 to 200 times as wide. Due to this, noise interference on one frequency is easily negated by using other frequencies allowing a more stable and reliable transmission. In addition, the spread spectrum uses a special code that must be decrypted in order for the data transmission to take place and reduces likelihood of any 3rd party interference for even more stable control.
|
|
■Transmitter specific ID prevents interference.
Each transmitter is allocated a specific ID number at the time of manufacture. The first time it is used, the transmitter registers it's ID with the receiver during a pairing process and from then on does not recognize any signals from other transmitters. In addition, as soon as it is switched on it automatically scans for open frequencies so it does not cause or receive interference. With these features you don't have to worry about other people operating models in the same area so you can power up and start using your model any time you want. |
|
■Key Benefits
●No organizing, checking or carrying additional bands.
●As soon as power is switched on and control response is verified, you can start running or flying your model.
●2.4GHz almost totally eliminates interference and so is much safer than existing R/C systems.
●A transmitter's ID can register with multiple receivers and therefore can be used with multiple R/C models.
●Short antenna on the transmitter provides unobstructed view.
●Shortness of the receiver antenna doesn't spoil the external appearance of the R/C model.
|
|
■For Best Use
While the 2.4 GHz R/C system is great for many reasons, following the points below can make operation even safer.
■With any frequency band, if there is something between the transmitter and the R/C model the radio signal can not be received. At all times, please control the model from where you can see it.
■Electric wave output is weakest from the tip of the antenna and most efficient from the side of antenna. Although it has little impact with the short range of R/C cars, please try not to point the antenna at the R/C model.
■Please use the transmitter specified for each R/C model. Even if it uses the same frequency band, the system and setup can be different for each type of model, so do not use a transmitter with models outside the product series it is specified for.
■The number of models that can be operated simultaneously depends of the type of model because each R/C model series has a different way to delimit the frequency band. Please note the maximum number of models that can be run simultaneously. *The number of cars/airplanes which can be operated simultaneously are recommended numbers.
|
|
