Well excuse the hell out of me for trying to get beyond purely anecdotal evidence.
Obviously, anyone who has ever hunted their entire lives uses a .35 Whelen or all they've done is spent their lives futilely combing loading manuals. Dang them loading manuals anyways. What do the bullet manufactures know about the bullets they produce? I am sure none of them ever hunt...
Okay, I can't keep it up. It just sounds too ridiculous.
I have seen an entire garage in Deerlodge, MT filled with over 40 elk racks taken by a good friend of the family and his son, and every one of them was taken with a 140 gr PSP CoreLokt from a 7mm Rem Mag.
A dude my dad works with has used 175 gr CoreLokt and Speer GrandSlams to take elk and moose his entire life as well. Obviously, they should stop eating elk steak and reading loading manuals, and get to the obvious fact that they have been mislead by their success and would be better off with a .35 Whelen. Everybody everywhere who hunts anything would be better off with the .35 Whelen. It is the Hammer of Thor, and unstoppable quadruped killing force of doom. Did I miss anything?
Federal loads a 160 gr Accubond at 2900 fps from a 24 inch barrel. That is about 100 fps slower than even a novice handloader can get that projectile out of that barrel length from a 7mm Rem Mag, but so what, right? At 400 yards with a 200 yard zero, you're looking at about 20 inches of drop, 1777 fpe, and 2237 fps.
They only have one load for the .35 Whelen, a 225 gr Trophy Bonded at a muzzle velocity of 2600 fps. At 400 yards with a 200 yard zero, it drops just over 30 inches and retains 1690 fps for 1428 fpe.
Momentum? Let's talk momentum, without forgetting that velocity is still half of it.
At that range, the .35 Whelen produces 1.68 ft/lbs per second of momentum. The 7mm Rem Mag produces 1.58 ft/lbs per second.
Not only that, but the .35 Whelen is well below the velocity threshold for expansion of that projectile, while the 7mm Rem Mag is still several hundred fps above its velocity threshold. Maybe if you had read the manuals more, you'd realize that contrary to your esteemed opinion, the people who actually make these bullets design them to perform within certain velocity limits, which the .35 Whelen has far exceeded at 400 yards. So while the 7mm Rem Mag projectile is still performing as advertised, demonstrating the expansion and weight retention it was designed to produce, the .35 Whelen is not. The 160 gr Accubond only has to expand about 25% of its original diameter to be the same diameter as the .358 caliber projectile, which it will do easily, while still exhibiting excellent penetration. And lets not forget that the 7mm Rem Mag also has more energy at this range, which is only important because it, unlike the .35 Whelen, still possess enough velocity to expand and use this energy to damage vital tissues.
So you're saying it is worth it to give up an advantage in SD as well as downrange velocity, energy, trajectory, and wind drift in order to gain little more than a .1 ft/lbs per second advantage in momentum? And I am the one being the illogical fanatic? Please!
I haven't even began to drink my Kool Aid compared to you guys.
Now, it is possible to get .30 and .338 caliber projectiles to shoot as flat as the 7mm Rem Mag, but doing so usually involves a great deal more recoil, which not everyone wants to deal with, esp when you expend hundreds of rounds a year as I do practicing to actually make those 400 yard shots.