Mä en ny oikein käsitä tuota mainintaa "säästän ja käytän kiteitä". Mulla ei oo vielä tähän päivään mennessä ollu ainoatakaan kantama/häiriö ongelmaa 35Megasilla laitteilla. Gigasiin EN siirry ennenku johonkin mun laitteeseen tulee niin hirveät häiriöt ettei megaisilla siitä selviä!
Ja totuushan on se että ei ne gigaradiot niitä häiriölähteitä korjaa! Omasta mielestäni ennen gigasiin siirtymistä ois kuitenkin ensin tutkittava ja eliminoitava ne olemassa olevat häiriöt koneesta!
Ja tästä asiasta ei tämän enempää tässä säikeessä!!
This is a very basic explanation of the differences between 35 MHz and 2.4 GHz.
You may be thinking what is 2.4 GHz or 35 MHz? Well simply it’s the frequency the transmitter and receiver operate on in radio control helicopters.
What is the difference?
35 MHz has been around for many years; these radio systems use crystals to determine the exact frequency, for example 35.010. If you want to use two models together you need to make sure these frequencies don’t clash otherwise you will suffer interference. 2.4 GHz doesn’t have this problem, when you have a 2.4 GHz transmitter and receiver they are paired when you initially power up and are then locked on the particular frequency. You can fly as many models together as you want without the risk of interference.
The high data rate of 2.4 GHz offers marginally quicker and more responsive control over 35 MHz radio systems. However in reality you probably wouldn’t notice this improvement.
2.4 GHz radio systems are not susceptible to interference where as 35 MHz radio systems can be sometimes affected by interference by electrical devices meaning with 2.4 GHz you can fly anywhere with confidence you wont get any glitching.
2.4 GHz radio systems use much less power than 35 MHz radio systems, you will normally find that 35 MHz transmitters will take 8 AA batteries and 2.4 GHz transmitters only need 4 AA batteries and will last much longer.
Because the 2.4 GHz works on a higher frequency the wave length is sorter than 35 MHz meaning the antenna is much sorter. You don’t have the long telescopic antenna common to the 35 MHz radio systems which is easy to catch, bend, kink etc…
The only downside to 2.4 GHz is that it is more expensive than 35 MHz. Price increases are around £15.00 on a 4 channel RC helicopter and around £30.00 on a 6 channel RC Helicopter.