jmason,
Your thoughts make perfect sense, and that is what I'm investigating.
Although the bullets may be experiencing less drop by virtue of a possible 'lift' effect, they would still experience velocity decay and time of flight that's consistent with their actual BC that is something less than the 1.1.
Still speculation at this point.
James,
How did you make your observation that the Hat's are deflected less laterally than the 300 SMK? Did you shoot them both in the same condition, or is it an estimate based on the known deflection of the 300 SMK's in a similar condition?
-Bryan
Brian,
Of course they were shot at the same time. Without that it would have been a totally useless and invalid evaluation. You cannot perform quality control and T&E comparisons with a host of variables and heresay. You have to eliminate the variables and that makes the results more consistent and accurate. I surely hope that you minimize your variables when you do your testing.
I am going to repeat myself here on something.....
These are the .338 Gen II HATS and that is all that is planned for now in .338.
We fully tested the Gen I HATS and they followed the G1 drag profile very predictably. However their BCs were low (.770 for the 265s and .878 for the 280s) and since we wanted something that was better than anything else, we pursued the Gen II bullet profiles. FWIW, the tips on the Gen IIs were designed by a Lockeed Aeronautical Engineer.... These are not just something thrown together in the Georgia swamps by some drunk hillbillies............
The 265s are the entry weight in the Gen II product line and they are not intended to carry the banner of the HATS into the upcoming bullet battles. They were specifically designed for smaller cartridge cases like the RUM and the standard .338 Lapua in an effort to allow those cases to have the capability of something special........
However, the real Marquee bullets in .338 are going to be the ultra sleek 280s and the 300s. We know the BC of the current Gen II 280s is much higher than the advertised Gen I value of .878. We did not think that .878 was high enough to venture into this with the 300 SMK being at an advertised .768.
Anyway with the Gen I 280s being a paltry .878 we needed something much more impressive and now we have the Gen II 280s and 300s. The 300s are .225" longer than a 300 SMK and they look more like missles than bullets.... You can develop some rules of thumb and have a good prediction for what their BC should wind up being.
Again, we test these bullets against the industry standard and when the industry standard changes we will test them against that as well.... That even includes the new Berger .338 if and when they ever get produced in mass quantities.
I am currently awaiting my test bullet shipment and will report the results when they become available.
Some folks are referring to these as magic bullets and for child-like minds who desire nothing else but to jeer and question methods and results, I guess they do seem to be magic, but they are real and I am not the only one who has witnessed their superior qualities.... Heck, if Brian cannot find the mathematical explanation for these things, "magic" may be the best explanation that can be found...........
I do believe that Eddybo shot some deer in somewhat unfriendly conditions and his shots were where he wanted them using the bullet data he derived from shooting his rifle to get his data for his Texas hunts... I am sure he had to dial in both windage and elevation due to the winds he was encountering and ultimately reported to the readership here on the website. Maybe he can more fully elaborate on this as I was not there and only remember what was posted here on the site.
Nobody associated with the HATS have ever claimed a 1.1 BC. We have just reported the data and the number crunchers came up with that.... I use a number that works for my barrel and that is my number. It will be slightly different for each and every barrel. Barrel groove and land orientation are not the same on any two barrels and that is going to affect the performance you see. Also twists are not the exact same for any two barrels and with all the barrel variables, data should be close, but it will not be exact. Everyone will need to find out what his equipment produces in the form of trajectory results. Also, the better tuned loads and finer tuned zero points at the mid ranges will yield more accurate results as well.
Finally, the .338s are not going to be the marquee bullets in the HATS line of bullets.... I fully suspect that once you get away from this website you will find that there are a whole lot more .30s and even 7mms than .338s. Many shooters out there are wanting something that is smaller and does not have the recoil that the bigger .338s exhibit... Some even want to shoot without muzzle brakes.... The 30s and 7mms are the bullets that I think will probably wind up taking up most of the production time.
As I have posted here on the website, I have a new XP-100 in 300 Dakota and we are getting right at 3000 fps with the 210s and that is with them shooting bugholes. The 210 is a fantastic bullet choice for the large pistol cases. Since they work well in the pistol, I can't wait until I get some more for the standard 300 RUM.
I fully expect that the 180s (that can be shot in the 10" twist barrels) with a BC of .716+ will be a huge hit Don't forget about the 210s and 215s for those with faster than standard twist barrels.
Anyway, thanks for all the interest.
James