Quote from momoneythansens:
You may be missing the dynamic nature of options (prior to expiration) and also what I alluded to in my two earlier posts: leverage.
I'm happy to consider that I missed something, but I don't really see it. Take the theoretical example, and let's apply it to a real stock. ENER is currently sitting at 47, and we can look at the various options greeks and prices to walk forward. Let's say you "know" it will hit 55 at exactly June expiration. I believe this is almost an exact parallel to the situation posed by the original poster.
My play would be to buy a June 35 call, and sell a June 55 Put. The 55s have some time value, so I don't have immediate assignment risk. Also, as the price climbs towards 55, it will increase in time value, thus making it less likely to be assigned.
That combo would give me a profit of 7.50 (calls) + 8.50 (puts) at June expiration (assuming I did not improve on current bid/ask). Each position I "bought" cost me a credit of 1.00. I will make ~$16 on a $8 stock move (a delta of 2.0).
Again, this is all ignoring margin (which is why this whole argument is silly--you can't win)... You're buying OTM calls for a debit. Each one of my positions nets me 1.00. In other words, I can afford to do an infinite number of these. You can only afford to set these up until you run out of cash.
Do you buy 55 calls? They're currently running .95. They will be worthless at June expiration, so you'll lose. Do you buy Sep 55 calls for 4.00? They will be worth roughly 3.00 at expiration, so you'll lose.
Please show me the winning scenario for pure long OTM calls. How much cash will it cost for you to set them up? How much will you win for this $8 move per "unit"?