need some help on optimal bets

i need help on working out the optimal bets on the following game

6 decks cutting off 52-60 cards

no hole card,

DAS, split to 3 hands, Aces split 1 card only,

no surrender,

dealer bj 1bet only,

double on 9 10 11,

working with a 2000unit BR, with 3% ROR,

should be able to get away with 1-8 to 1-10 spread,
what would be the optimal bets be, if using Stanford's halves??
and what would be the optimal bets should the RoR becomes 5%?

HalvesX2,

I ran your problem through CVCX, and found that the optimal betting for two hands is 2x0.9 units for TC<=+1, 2x2.6 for TC=+2, 2x8.7 for TC=+3, and 2x9.0 for TC >=+4. As you can see, this is a 1:10 spread. This produces a win rate of 0.1911 units/100 hands and a RoR of 5.4%, slightly higher than the 5% you specified.

For a lower RoR, set the small bet to 2x0.7, next bet to 2x2.0, then 2x6.7, and finally 2x7.0. This lowers the win rate slightly, to 0.1905 units/100 hands, but drops the RoR to only 2.3%.

Hope this helps!

Dog Hand

thx Dog Hand for the help..
however is poses a real concern for me with that fact that playing a 1-10 spread produces a gain of only 0.19unit per 100hands?
black chipping for a profit of $19/100hands?
or have i mistaken something?

HalvesX2,

Sorry... I slipped a decimal place. The win rates are 10x higher that what I showed: 1.911 units/100 for the 5% RoR, and 1.905 units/100 for the 3% RoR.

I actually ran the program with a $30,000 bankroll, and I inadvertently divided the win rate in units by 10.

Sorry for the confusion.

Dog Hand

thx again Dog Hand for the help..
its good to know at least i can make some decent money out of it rather than playing blacks for $27/hr <-- for 150hands/hr
$270 sounds a lot more attractive