[00:44] of the rouet wheel firstly we've got the metal deflectors otherwise known as diamonds around the wheel this wheel has eight of them we've got four of the vertical diamonds and we've got the four of the
[00:58] horizontal diamonds horizontal because it goes that way and vertical that way the spinning part of the wheel we've got the pockets where the ball actually lands the pocket separators the metal
[01:13] part between the pockets and the ball track the ball track is where the ball actually rolls it's subject to wear and tear it's usually coated in a kind of tear it's usually coated in a kind of epoxy
[01:28] called dominant diamonds we've got the diamonds here now dominant diamonds is more frequently than others say for example a wheel with two dominant diamonds say here and here the ball will hit these diamonds roughly 60
[01:45] 70% of the time uh more often than not you might find that the ball will miss these particular diamonds now that's not random and we can actually take advantage of that
[02:09] consistent Revolution timings now especially towards the end of the spin with the last four or five four or five revolutions the actual timing for the revolution of the ball is reasonably consistent so when there's say four
[02:23] revolutions to go it might be about 5 or 6 seconds for the ball to complete those last four revolutions hit that diamond then fall from that point the ball might
[02:35] 9 or so Pockets so if we knew uh especially on a a rotor that's consistent speed if we knew when the ball had four revolutions to go we could look at the number
[02:50] diamond and then we compare where the ball actually does land and might bounce ball actually does land and might bounce that many pockets and then we know from revolutions to go that's where we place
[03:03] our bets so just to recap just to explain what I mean we look we have a method and there's very a lot of different methods to me measure the actual ball speed but
[03:15] let's say for example we knew every time when the ball has four revolutions to go before it actually hits this diamond or lands in this region and then we know from there the ball mostly bounces about 9 or so
[03:28] Pockets it what visual ballistics actually does is marks the point when there's four or so revolutions to go until the ball Falls in that region and until the ball Falls in that region and bounces
[03:56] marked the point in time when the ball is here and there's four revolutions to go and there's number 27 underneath the diamond then we wait for the ball to diamond then we wait for the ball to fall and safeer lamps on number 33 so on
[04:10] one particular line on a piece of paper we'd write down 27 comma 33 that tells we'd write down 27 comma 33 that tells us the initial reference number is 27 and the winning number is 33 then we count the distance in Pockets
[04:24] between them we chart we do repeat that process over about 20 30 depends on the wheel how many spins you need can be up to 60 or so to repeat that and find out what particular distances most frequently
[04:39] happens now you can also get a lot of different conditions such as multiple Peaks bodal Vis whatever you want to call it there's a lot of different things that can happen but this is only explaining the
[05:47] predict when there's one revolution to go and when there's one revolution to go the ball will be here and then we'll look at the number underneath that that look at the number underneath that that diamond
[06:02] a revolution off here and there that's perfectly fine all it does is just increase the number of Peaks but they overlap anyway but that's that's a bit looking for when there's one revolution to
[06:20] what speed the ball Falls the more gradual the ball Falls the more gradual the ball deceleration the harder it is
[06:34] probably the last Revolution not hard to there's one revolution to go and we're looking when there's one
[06:48] revolution to go looking to know what number is underneath look uh for one there's one revolution we go
[07:00] we go almost there last one now coming around okay so it's pretty easy to
[07:15] gets a lot more involved in this this time we're going to be doing the same to go observe the number under that diamond
[07:31] revolution off that's perfectly fine looks like about six maybe one more fine looks like about six maybe one more Revolution yep
[07:44] case you WR down 31 comma case you WR down 31 comma 23 so 31 to 23 you count back negative a 23 so 31 to 23 you count back negative a few spaces 9 or
[08:21] this will be the last one coming up now seven possibly not yep that's right okay so we got seven to 17 so just looking at the last Revolution and the reference number in the next part I'll show you
[08:35] how to get a prediction uh much earlier with enough time to place your bets uh before they call no more bets in case you were you were wondering it was a