KO PROPO EX-RR
#2
EX-RR
Rcjaz had it listed at $549. No release day yet. Here is the link about the new HSC system. https://www.kopropo.co.jp/en/specials/view/21.
The RR is not using std 1.5 ms neutral width in HSC mode. only narrow pulse compatible servos such as new ko HSC series servo and Sanwa ssr narrow pulse servo and few others are compatible.
The RR is not using std 1.5 ms neutral width in HSC mode. only narrow pulse compatible servos such as new ko HSC series servo and Sanwa ssr narrow pulse servo and few others are compatible.
Last edited by cup racer; 12-19-2017 at 02:16 AM. Reason: Info update
#3
Rcjaz had it listed at $549. No release day yet. Here is the link about the new HSC system. https://www.kopropo.co.jp/en/specials/view/21.
Seems the RR is still using std 1.5 ms neutral width. I don't understand how the servo can start to move in 1ms as ko claimed. Anybody has insight.
Seems the RR is still using std 1.5 ms neutral width. I don't understand how the servo can start to move in 1ms as ko claimed. Anybody has insight.
#4
ko propo ex-rr
http://www.rcmodelreviews.com/what_is_latency.shtml.
So far this one has most details about rc radio latency.
I also read it on rctech that Sanwa's latency excludes servo latency. (The above article say the biggest latency is servo latency. it can be up 50ms.) So KO could be using narrow pluse width like sanwa and improved the decoding speed of the receiver and the servo plus dual receivers to) to improve 1ms on servo latency.
KO web site says ex1 and ex2 can utilize HCS becasue it is the high speed communication between receiver and servo. In another word, the TX can process the signal fast enough. but the receiver and the servo was too slow.. (The dual receiver and increased resolution of the pots ... is very important for consistency of our driving.... lap after lap).
Very excited to get one and see how precise and fast it can be.
So far this one has most details about rc radio latency.
I also read it on rctech that Sanwa's latency excludes servo latency. (The above article say the biggest latency is servo latency. it can be up 50ms.) So KO could be using narrow pluse width like sanwa and improved the decoding speed of the receiver and the servo plus dual receivers to) to improve 1ms on servo latency.
KO web site says ex1 and ex2 can utilize HCS becasue it is the high speed communication between receiver and servo. In another word, the TX can process the signal fast enough. but the receiver and the servo was too slow.. (The dual receiver and increased resolution of the pots ... is very important for consistency of our driving.... lap after lap).
Very excited to get one and see how precise and fast it can be.
Last edited by cup racer; 12-18-2016 at 09:42 PM. Reason: correction. 1ms faster not 1ms total
#5
Tech Fanatic
iTrader: (15)
i have a .06 speed servo and the 413fh rx with the ex-1. seems as fast as i could begin to even tell.
i would try the HCS but i cant even fit that foot print in my XB2, definitely could in my XB8 and XB4, but I prefer to have all the same rx's and setups for consistency.
i would try the HCS but i cant even fit that foot print in my XB2, definitely could in my XB8 and XB4, but I prefer to have all the same rx's and setups for consistency.
#6
So will this be better than my 4PKRS?
Ill have to keep a eye on this page.
Ill have to keep a eye on this page.
#8
#9
Kinda always felt you were at the mercy of your servo. Keeping latency at single digits speeds and buying the fastest servo you can afford works for me. The ergonomics and feel in your hand are the most important to me. Like to keep my latency at around 5 or less. Interesting how these Radio companies don't reveal in numbers what thier latency is.
#10
Tech Fanatic
iTrader: (15)
Kinda always felt you were at the mercy of your servo. Keeping latency at single digits speeds and buying the fastest servo you can afford works for me. The ergonomics and feel in your hand are the most important to me. Like to keep my latency at around 5 or less. Interesting how these Radio companies don't reveal in numbers what thier latency is.