18sz/2- rx
#2
You can link as many receivers as you want to is each model type. It works like this:
1) the receivers have to be the same protocol on each model,so
FASSTest+FASSTest
FASST+FASST
SFHSS+SFHSS
TFHSS+TFHSS
You cannot mix and match
2) When using FASSTest 18-channel mode you can use 2x7008 and link in Dual RX Mode which allows you to have channels 1-8 on RX #1 and 9-16 on RX #2
3) All other protocols give you the same number of channels (same channels) on all receivers.
1) the receivers have to be the same protocol on each model,so
FASSTest+FASSTest
FASST+FASST
SFHSS+SFHSS
TFHSS+TFHSS
You cannot mix and match
2) When using FASSTest 18-channel mode you can use 2x7008 and link in Dual RX Mode which allows you to have channels 1-8 on RX #1 and 9-16 on RX #2
3) All other protocols give you the same number of channels (same channels) on all receivers.
#3
Thread Starter
My Feedback: (98)
You can link as many receivers as you want to is each model type. It works like this:
1) the receivers have to be the same protocol on each model,so
FASSTest+FASSTest
FASST+FASST
SFHSS+SFHSS
TFHSS+TFHSS
You cannot mix and match
2) When using FASSTest 18-channel mode you can use 2x7008 and link in Dual RX Mode which allows you to have channels 1-8 on RX #1 and 9-16 on RX #2
3) All other protocols give you the same number of channels (same channels) on all receivers.
1) the receivers have to be the same protocol on each model,so
FASSTest+FASSTest
FASST+FASST
SFHSS+SFHSS
TFHSS+TFHSS
You cannot mix and match
2) When using FASSTest 18-channel mode you can use 2x7008 and link in Dual RX Mode which allows you to have channels 1-8 on RX #1 and 9-16 on RX #2
3) All other protocols give you the same number of channels (same channels) on all receivers.
#6
The easiest way is to simply get a male/male extension. Several places sell them. Plug into any open port including the S.Bus2 port. They are all wired in common. I always suggest doing this simply because that way you preserve the power redundancy when splitting the plane. Batteries and switches fail far more often than receivers fail.