Finally be able to keep their full bullet line in production?
Ha! Now THAT would be a BREAKTHROUGH!
A buddy of mine who knows Jason said they're discontinuing the 257cal/100 gr Interlock which seems weird since there is no corresponding SST to take its place. Now obviously this HUGE NEWS isn't specifically about that, but I wonder if they're announcing something that'll revamp their product line.
Like Speer did w/ the bonded full curl or whatever it was almost called after they got people enthused but before they decided not to make em...
Hornady products that interest me are in good supply locally.
That said - a single die for reloading (does it all) with 0 run out?
Originally I was thinking "The Hornady Rifle" but doubt it. While tight with Ruger - I really don't think the shooting industry is clamoring for a "semi-custom" in the 1500-3000 dollar range. That's an itch already scratched several times over.
Given the display of the doppler in the beginning - I also wonder if it's some sort of new chronograph or bullet shape that provides high BC at shorter lengths? Is that possible?
Finally be able to keep their full bullet line in production?
Ha! Now THAT would be a BREAKTHROUGH!
A buddy of mine who knows Jason said they're discontinuing the 257cal/100 gr Interlock which seems weird since there is no corresponding SST to take its place. Now obviously this HUGE NEWS isn't specifically about that, but I wonder if they're announcing something that'll revamp their product line.
Like Speer did w/ the bonded full curl or whatever it was almost called after they got people enthused but before they decided not to make em...
Terrible news! The 257, 100 grain Interlock is a superb bullet.
Finally be able to keep their full bullet line in production?
Ha! Now THAT would be a BREAKTHROUGH!
A buddy of mine who knows Jason said they're discontinuing the 257cal/100 gr Interlock which seems weird since there is no corresponding SST to take its place. Now obviously this HUGE NEWS isn't specifically about that, but I wonder if they're announcing something that'll revamp their product line.
Like Speer did w/ the bonded full curl or whatever it was almost called after they got people enthused but before they decided not to make em...
Terrible news! The 257, 100 grain Interlock is a superb bullet.
No offense to JB, but I'm kinda hoping for the plasma rifle...
Yeah Yeah, Plasma rifle ,
Like they say up north "you betcha"!
It'd be easy to get reloads, I hear there's folks in the "desperate" sections of larger metro areas that "donate' that plasma stuff for cheap. A fella could just outbid the blood banks and get a lifetime supply for next to nothin' I bet! No more worry about component shortages. Probably could get it to work on plasma from other critters if one got into a SHTF scenario and the "donators" were too hard to get to. Maybe even get it set up to work on "Bug" plasma, there'll be lots of them around when the ships arrive.
Well, I guess the cat is out of the bag. I'll let you guess who developed this rifle. The maker's name was kept out of the video, but the sharp eyed among you will know who cobbled this together.
My apologies for the dark, grainy picture. It was shot with a phone.
It will be advertised as,
The first rifle that cooks as it kills.
Quiet. Accurate. Green.
You cannot miss! Just walk the beam onto the target.
That's enough. I'll let you argue amongst yourselves now.
I saw the engineers on tv hunting with the Best of the West crew down in NM. They were using a new bullet that they basically said performs well at all ranges. They did not expound on it much, or show it. They used it on antelope at several different ranges and it performed well, but then again, it was on antelope.
It's been an open secret for some time among those with covert government contacts that Hornady is developing a line of cermalube coated projectiles. Initial top secret testing shows a velocity of 5777 for the .30-06 guaranteed except for the times it reduces the velocity.
Finally be able to keep their full bullet line in production?
Ha! Now THAT would be a BREAKTHROUGH!
A buddy of mine who knows Jason said they're discontinuing the 257cal/100 gr Interlock which seems weird since there is no corresponding SST to take its place. Now obviously this HUGE NEWS isn't specifically about that, but I wonder if they're announcing something that'll revamp their product line.
Like Speer did w/ the bonded full curl or whatever it was almost called after they got people enthused but before they decided not to make em...
Terrible news! The 257, 100 grain Interlock is a superb bullet.
sadly they've discontinued a lot of good bullets... or at least a bunch of the ones I've always loved...
Finally be able to keep their full bullet line in production?
Ha! Now THAT would be a BREAKTHROUGH!
A buddy of mine who knows Jason said they're discontinuing the 257cal/100 gr Interlock which seems weird since there is no corresponding SST to take its place. Now obviously this HUGE NEWS isn't specifically about that, but I wonder if they're announcing something that'll revamp their product line.
Like Speer did w/ the bonded full curl or whatever it was almost called after they got people enthused but before they decided not to make em...
Terrible news! The 257, 100 grain Interlock is a superb bullet.
sadly they've discontinued a lot of good bullets... or at least a bunch of the ones I've always loved...
Yep. They discontinue good bullets and replace them with that SST crap that dynamites on a paper cup.
...Hornady has not made any product or marketing mistakes the last 15 years.
Yes they have. Foremost is their refusal to produce Hornady ammunition for the 300 WSM.
I saw Steve Hornady on two different hunting shows recently where he was testing a prototype bullet. He was looking for one shot DRT's. It happened on the camera 4 for 4. But, that doesn't mean it will every time.
...Hornady has not made any product or marketing mistakes the last 15 years.
Yes they have. Foremost is their refusal to produce Hornady ammunition for the 300 WSM.
I saw Steve Hornady on two different hunting shows recently where he was testing a prototype bullet. He was looking for one shot DRT's. It happened on the camera 4 for 4. But, that doesn't mean it will every time.
Tazer bullet. Picks up an electrical charge from the air molecules as it passes by them, then shocks the animal.
What's old is new again. Steve's just trying to improve on Bullet Balm.
THIS IS AN UNPAID ADVERTISEMENT FOR BULLET BALM!
- transcript from the Satellite Hunting Network (SHN)
Bob and that Other Guy Go Grizz Hunting in BC
Bob: Geez, you've got him mad now, Bill. Time to get outta here! But, before we run for our lives, what bullet did you use? It looked like a good hit...
Bill: Same bullet as always, Bob - Knosler Killer Cores. Why?
Bob: Well, they're not going to live up to their reputation today. I'll bet your 458 would have done a better job if you treated your Knoslers with Bullet Balm.
Bill: Bullet Balm? What's that?
Bob: I'm surprised that a world traveled, big game hunter like you hasn't heard of it. It's the answer to every hunting situation...
Bill: How so?
Bob: Well, it uses the latest scientific developments in transmetallic layering and valence technology. Actually, it's the brainchild of Canada's research giant - Bio Sonic Technologies Inc. of Cold Lake, Alberta. Originally made for Canada's military, it's cutting edge! Each bullet is enhanced with frequency matched "Resonant Atmospheric Coatings" and the latest "Hyper Wave Progressive Ogive Technology". Finally, they're topped with a Transonic, Turbulence Buffering, T-Plated Meplat. That's T for titanium, Bill."
Bill: Wow, what a mouth full! It sounds complicated. But what does it mean and how does it work?
Bob: In a nutshell, you coat your bullets in Bullet Balm and the ingredients chemically bond with the bullet jacket for improved performance. It improves performance in three ways:
1. It changes the flow of air around the projectile. It does this by infusing a negative charge to the bullet which emits valance electrons when the bullet heats up in flight. Air friction causes the reaction to start and the electrons pulse omnidirectionally around the bullet's body. They bombard the immediate area (turbulence zone) and smooth both the forward direction and spin of the bullet. This keeps them on track more accurately to the target.
2. It reduces bullet deformation. Bullets are put under considerable stress when the powder begins to deflagrate. The quickly rising pressure and associated temperature increase will cause the bullet to become "out of round" and therefore less aerodynamic. Bullet Balm uses proven layering technology to put a barrier between the pressure and heat waves. The result - the bullet stays perfectly in shape with no deformation.
3. It fills in small nicks, gouges and weak spots on the jacket's surface which can ruin accuracy and bullet integrity. This is especially important on impact. Small defects in any bullet can cause them to come apart prematurely or not expand and function as designed. In effect, it creates a secondary shell for comprehensive jacket uniformity.
Bill: That's great news for every hunter, Bob. But what about factory bullets? Isn't Bullet Balm just for reloaders?
Bob: Heck no. Bullet Balm comes in a small twist top can and can be applied directly to a clean bullet. Even one that's already inserted into the case. Treated bullets have to sit for approximately five minutes, but that's no big deal. The bonus is that any excess balm stays soft and can easily be wiped away. The Balm is the bomb!
Bill: Well, I'm sold. Where can I get some?
Bob: Almost every gun shop is stocking Bullet Balm, but it will go fast. Run, don't walk to your nearest dealer!
Bill: And speaking of running, let's go! That grizz didn't get the Bullet Balm treatment!
Bullet Balm has aloe vera in it. You'll find it's healthy for the skin.
I was one of the technical staff tasked with developing the bonding chemistry. The director never liked my jokes about using Elmer's School Glue...
Or my insistance at referring to the chemistry as mucilage...
I be willing to bet that 90% of the folks here on the 'fire that graduated high school after 1980 would not know what "mucilage" is and would be utterly lost if asked to use it in a sentence! (Oh, I think there might be about 3 that graduated so I figure a 66.666666 % chance of winning if even one could get it right!)
And the Bullet Balm, love it. If I had any people I'd have my people get together with your people. I'm a SJ SHarks fan and I know there's some investors over that way, techie types and such, that are not risk averse. Of course, some might shy away as Bullet Balm or anything Bullet related over there might be looked upon as politically incorrect.
Way cool that you managed to incorporate "deflagrate" into the story too. Couple of other big words in there too.
I be willing to bet that 90% of the folks here on the 'fire that graduated high school after 1980 would not know what "mucilage" is and would be utterly lost if asked to use it in a sentence! (Oh, I think there might be about 3 that graduated so I figure a 66.666666 % chance of winning if even one could get it right!)
How's this Geno, I was BORN after 1980 and can tell you that mucilage was/is used by old fuddy-duddys as a dry fly/fly line flotant.
Or at least, when I worked in a fly shop, we sold a product labeled as "mucilin"
I be willing to bet that 90% of the folks here on the 'fire that graduated high school after 1980 would not know what "mucilage" is and would be utterly lost if asked to use it in a sentence! (Oh, I think there might be about 3 that graduated so I figure a 66.666666 % chance of winning if even one could get it right!)
How's this Geno, I was BORN after 1980 and can tell you that mucilage was/is used by old fuddy-duddys as a dry fly/fly line flotant.
Or at least, when I worked in a fly shop, we sold a product labeled as "mucilin"
Dunno if it had anything to do with "mucilage"
Thank God there is someone else on here who is "young"
I be willing to bet that 90% of the folks here on the 'fire that graduated high school after 1980 would not know what "mucilage" is and would be utterly lost if asked to use it in a sentence! (Oh, I think there might be about 3 that graduated so I figure a 66.666666 % chance of winning if even one could get it right!)
How's this Geno, I was BORN after 1980 and can tell you that mucilage was/is used by old fuddy-duddys as a dry fly/fly line flotant.
Or at least, when I worked in a fly shop, we sold a product labeled as "mucilin"
from wikipedia (that infallable source of ALL internet knowledge)
"Mucilage is a thick, gluey substance produced by nearly all plants and some microorganisms. It is a polar glycoprotein and an exopolysaccharide. Mucilage in plants plays a role in the storage of water and food, seed germination, and thickening membranes. Cacti (and other succulents) and flax seeds especially are rich sources of mucilage"
If something is "mucilaginous" it is "snotty".
Ever seen a hagfish? If you ever do you'll get the idea!
nice try you young pup.
Geno
PS, you and J can get to bed now! It's past your bedtime
PPS, you may be partially right but I'd hate to admit it. The British "mucilins", not the silicone ones, probably had/have some mucilage in the formula from what I found out pokin' around.
I'm wondering if they are considering form function characteristics and changing the bullet shape accordingly to increase the BC considering the shift to G7.
Berger has been on the path for a little while. Changing the boattail from 9 to 7 degrees, updating the G7, and actually using fired data to check BC's published.
OR they could be dipping them in Bullet Balm I suppose.
I'm wondering if they are considering form function characteristics and changing the bullet shape accordingly to increase the BC considering the shift to G7.
Berger has been on the path for a little while. Changing the boattail from 9 to 7 degrees, updating the G7, and actually using fired data to check BC's published.
OR they could be dipping them in Bullet Balm I suppose.
Todays guess for me will be:
Liquid fueled projectile with onboard gyroscopic stabilization, micro camera linked to optic (company to remain anonymous today) with built in laser ranging/guidance capability and computer motion detection to decrease chance of game moving during flight. All blue toothed thru latest phone app that will take into effect magnetic fields, gravitational force, and coriolis effect, and whether or not the shooter is holding their mouth right.
Bullet Balm will only be applied to 7 degree boattails, 9's will get cermalube.
Geno
PS, forgot to mention, sensors on barrel to detect actual velocity of each round as it leaves barrel. No more using averages from dinosuar age chronographs. Backup will be optic's ability to gauge speed during flight. Shooter may not be able to see bullet, but optic will.
PPS, reference someone's earlier post regarding silver tip "vampire" bullets.... I don't know who is leaking you such misinformation. Silver tips are for werewolves. Special garlic/holy water based poly tips are for vampires.
They be bringing out a precision expanding boattail, plastic tipped non fouling monolithic alloy/lead mix bullet for high velocity rifles and long distance hunting similar to TTSX, e-tips, GMX that costs $12 per 100/ $100 per 1000.
I be willing to bet that 90% of the folks here on the 'fire that graduated high school after 1980 would not know what "mucilage" is and would be utterly lost if asked to use it in a sentence! (Oh, I think there might be about 3 that graduated so I figure a 66.666666 % chance of winning if even one could get it right!)
How's this Geno, I was BORN after 1980 and can tell you that mucilage was/is used by old fuddy-duddys as a dry fly/fly line flotant.
Or at least, when I worked in a fly shop, we sold a product labeled as "mucilin"
from wikipedia (that infallable source of ALL internet knowledge)
"Mucilage is a thick, gluey substance produced by nearly all plants and some microorganisms. It is a polar glycoprotein and an exopolysaccharide. Mucilage in plants plays a role in the storage of water and food, seed germination, and thickening membranes. Cacti (and other succulents) and flax seeds especially are rich sources of mucilage"
If something is "mucilaginous" it is "snotty".
Ever seen a hagfish? If you ever do you'll get the idea!
nice try you young pup.
Geno
PS, you and J can get to bed now! It's past your bedtime
PPS, you may be partially right but I'd hate to admit it. The British "mucilins", not the silicone ones, probably had/have some mucilage in the formula from what I found out pokin' around.
I know we used glue in school called mucilage. Was elmers, clear bottle, with a rubber tip, like a chisel point. push down and the slot opened up.
Didn't taste nearly as good as plain old elmers or the paste that had kind of a minty wintergreen flavor.
What my Hornady contact indicated the new product would be was a Long Range "Salt Treated" bullet for use by Campfire members only on those Extra Long Range Shots. This will help so the critter will not spoil by the time they can walk up to it.
They're bringing out a whole new line of non-toxic bullets and ammo to stay ahead of coming State and Federal regulations. They'll be "state of the art" in material and design.
Just got off the phone with Jason and Steve, we were pretty close growing up. Kinda like next door neighbors (I'm from Kansas, them Neb). Hell we even shared different mothers and attended different schools together. Anywho they told me on the down low that they had been watching this site and seeing all the traction the 7mm Mashburn has gained, they have decided to commercialize the cartridge
Like they said, they solved a problem they didnt even know existed
Just got off the phone with Jason and Steve, we were pretty close growing up. Kinda like next door neighbors (I'm from Kansas, them Neb). Hell we even shared different mothers and attended different schools together. Anywho they told me on the down low that they had been watching this site and seeing all the traction the 7mm Mashburn has gained, they have decided to commercialize the cartridge
Like they said, they solved a problem they didnt even know existed
I heard from a very well VETTED squirrel that not only the 7mm Masher, but a whole line derived from that cartridge starting with it necked up to 9.3mm, 'cause they know how popular that caliber is around here too. (but shhhhh, only 4 more days to go)
Geno
PS, word is it's also coming out in an AI'd version. For AR's.
PPS, don't worry you long range 6.5 lovers, it's third on the list, coming out just in time for Christmas gift giving.
What my Hornady contact indicated the new product would be was a Long Range "Salt Treated" bullet for use by Campfire members only on those Extra Long Range Shots. This will help so the critter will not spoil by the time they can walk up to it.
Dear Hornady,
Some of us long range shooters are older and suffer from hypertension. Will you be releasing a reduced sodium version of your Long Range "Salt Treated" bullet for our use also?
A buddy of mine who knows Jason said they're discontinuing the 257cal/100 gr Interlock which seems weird since there is no corresponding SST to take its place.
Bugger me!!!!! That's my favourite bullet in both the .250 Savage and .257 Roberts. Why would they cut that bullet from their line-up???????
I know we used glue in school called mucilage. Was elmers, clear bottle, with a rubber tip, like a chisel point. push down and the slot opened up.
Didn't taste nearly as good as plain old elmers or the paste that had kind of a minty wintergreen flavor.
Damn, you….da….man! I never knew anyone who tried eating mucilage. (The paste in the jar, OTOH, was actually quite tasty. Gotta admit, though, I don't much care for wintergreen anymore; perhaps I ODed? Then again, maybe if me and Stan ran across Maydell again, we might try to impress her again. )
They're bringing out a whole new line of non-toxic bullets and ammo to stay ahead of coming State and Federal regulations. They'll be "state of the art" in material and design.
Completely Hollow copper jacketed 150 grain 308 bullet with bc over 1.0 and a helium filled fmj version that rises above the line of sight and never returns.
Completely Hollow copper jacketed 150 grain 308 bullet with bc over 1.0 and a helium filled fmj version that rises above the line of sight and never returns.
With that I could shoot bug holes at a 1000 all day long with my 30-30.
I be willing to bet that 90% of the folks here on the 'fire that graduated high school after 1980 would not know what "mucilage" is and would be utterly lost if asked to use it in a sentence! (Oh, I think there might be about 3 that graduated so I figure a 66.666666 % chance of winning if even one could get it right!)
How's this Geno, I was BORN after 1980 and can tell you that mucilage was/is used by old fuddy-duddys as a dry fly/fly line flotant.
Or at least, when I worked in a fly shop, we sold a product labeled as "mucilin"
from wikipedia (that infallable source of ALL internet knowledge)
"Mucilage is a thick, gluey substance produced by nearly all plants and some microorganisms. It is a polar glycoprotein and an exopolysaccharide. Mucilage in plants plays a role in the storage of water and food, seed germination, and thickening membranes. Cacti (and other succulents) and flax seeds especially are rich sources of mucilage"
If something is "mucilaginous" it is "snotty".
Ever seen a hagfish? If you ever do you'll get the idea!
nice try you young pup.
Geno
PS, you and J can get to bed now! It's past your bedtime
PPS, you may be partially right but I'd hate to admit it. The British "mucilins", not the silicone ones, probably had/have some mucilage in the formula from what I found out pokin' around.
I know we used glue in school called mucilage. Was elmers, clear bottle, with a rubber tip, like a chisel point. push down and the slot opened up.
Didn't taste nearly as good as plain old elmers or the paste that had kind of a minty wintergreen flavor.
You must have been from a rich family to have Elmer's. We had Lepage's, which despite the name, ain't from France.
I think it's going to a sleepless night for many...too full of anticipation...hopefully they'll announce it first thing in the morning so that some of us can get some relief!!!
I think it's going to a sleepless night for many...too full of anticipation...hopefully they'll announce it first thing in the morning so that some of us can get some relief!!!
I don't normally bite my nails,...but have a couple of the cleaner fingers chewed off back to the first joint.The greasy and nasty tasting ones are going quick.
So, an A-Max with an IL ring and a non-melting tip. Curiously, the 7mm 162AM has a better BC than the 162ELD-X. I think I'll stick with the AM...
Setting aside the idea of a melting tip (they are smarter than I am so I'll reserve judgment on that) - what they've done is provide a product with an out for those people who say "Why use a match/paper punching bullet on game? It's unethical!!!" - regardless of actual performance of the AMAX on critters - there were a lot of people who wouldn't use it because it's not labeled a "hunting bullet".
Notice the focus on the tips of the OTM types - the irregularities - that's a marketing deal. Does it really matter? I don't know - I don't shoot that long, I don't shoot bergers, I don't own a Doppler. I do know that they don't look as nice and immediate thought would be - they can NOT be as consistent in the air as something with a tip like the Hornady offering. Does that really matter? Dunno - people kill big things at long ranges with OTM types and Bergers. It works obviously but we don't really know if there's an issue because I'm not shooting them myself.
At the end - Hornady has a new bullet, it's going to compete in the minds of those purchasers who say "you can't shoot match bullets at deer - need hunting bullets, but I also want to shoot long range so I get Berger Hunting VLDs"
IMO - that's what these are aimed at (pun there).
Regardless of if the heat resistant tip is BS or truth - I sincerely doubt that Hornady has introduced a bullet that is garbage front to back.
I like and use Hornady products - admit it. The Amax's I have all measured exactly the diameter they are supposed to with 2 different set of verniers. Doesn't mean much I suppose - really but they are consistent, box to box - bullet to bullet. IME
Agreed on all counts. Only thing is- they already have the SST for the long range/won't use match bullets on game, kinda guys.
And I agree that the OTM design doesn't seem to prevent people from winning matches due to tip irregularities...
I don't know of anyone who prefers the SST and when someone mentions them to me - I think "Hornady's Ballistic Tip" more than "match bullet for meat". With the SST being .075 less in BC too - I don't know if people are substituting the SST for the AMAX their conscience won't let them buy.
Dunno how true the tip issue is or if there really is a problem with non uniform metplats and tip melting - is the problem caused measurable on targets and not only on a doppler. Kinda like watching a dial indicator bounce around - it's showing a massive swing on the dial but reality is that's 2 ten thousands of an inch.
So knowing that the current tip material that they are using is a nonconformance , are they going to change the tip material, or is Hornady going to continue using tips that melt in other products?
They're naming names and making "accusations" for the lack of a better term. Not in a malicious way but definitely saying X is doing Y and I'm sure their lawyers were involved in it. So that would lead me to believe that their math and claims have to be rather right as far as they know - lest they be sued.
So knowing that the current tip material that they are using is a nonconformance , are they going to change the tip material, or is Hornady going to continue using tips that melt in other products?
There's a video in the longrange hunting section that explains it.
I too noted how they politely listed some names and politely said "we have a better way of looking at it". I still think it will be interesting if others will say what they are saying... down the road.
They seem to be saying we've tested this and are confident in our findings...and you can bet others will test it...especially Mr. Litz.
I guess whatever they are doing is killing of the 257 120 Interlock HP. I just received a notification from Midway that it's been discontinued.
It's still on their website; doesn't mean Midway won't carry it however.
But you guys are missing the important announcement they made. They discovered another use for that for dehydrator that sits idle after all the jerky has been made…. you can store your handguns in it!
Since they've just admitted to manufacturing a defective product, I'll stand by for the recall notice on the lifetime supply of the defective bullets I have in 3 calibers.
I just loaded up a bunch of 52 grain Amaxes to use on gophs out of my .223.
They seemed to work great last spring, but I guess if the tips are melting Id better set them aside for use on sno-gophs only.
And Ill be shooting 60 grain NBTs on predators in Texas this coming February...but hopefully it will be cold enough even there in February that the tips wont melt....
Agreed on all counts. Only thing is- they already have the SST for the long range/won't use match bullets on game, kinda guys.
And I agree that the OTM design doesn't seem to prevent people from winning matches due to tip irregularities...
I don't know of anyone who prefers the SST and when someone mentions them to me - I think "Hornady's Ballistic Tip" more than "match bullet for meat". With the SST being .075 less in BC too - I don't know if people are substituting the SST for the AMAX their conscience won't let them buy.
Dunno how true the tip issue is or if there really is a problem with non uniform metplats and tip melting - is the problem caused measurable on targets and not only on a doppler. Kinda like watching a dial indicator bounce around - it's showing a massive swing on the dial but reality is that's 2 ten thousands of an inch.
I know of lots of people who shoot the SST on game because they won't use the AM. These are mostly guys who haven't a clue, which is obvious, because they're using the SST
I would imagine Nosler is having a good chuckle over the this huge announcement, much like I am. Nosler can't keep up with demand now. Imagine how busy they'd be if their tips didn't melt off in mid flight. Did Hornady get all the smart guys to be able to figure this out when nobody else could?
Wonder if there's gonna be a trade-in program? What am I gonna do with all the SSTs, VMax's and AMax's that I already have loaded or waiting to be loaded !!!
Wonder if there's gonna be a trade-in program? What am I gonna do with all the SSTs, VMax's and AMax's that I already have loaded or waiting to be loaded !!!
Well we now know they won't work much past 600 yards so use them for off hand practice.
I will gladly buy any of the faulty Amax and Vmax bullets you fellows want to get rid off. At the price of $5.00 per hundred. Only interested in .22,25.264 and .284 calibers at this time. You really need to get rid of these faulty bullets because with the advent of the new tips the old ones will likely not work anymore. PM a list of what you need to get rid off.
Well, that was a bit of a disappointment. No liquid fuel, or gyroscopic stabilization or nothing along those lines.
And all those other features and it's not even a "bonded" bullet?
I'll wait to see how everyone else does with them and how much they charge. I already have a bunch of other bullets I want to try anyway and nowhere near enough seasons to try them all.
It always amazes me that Hornady keeps coming out with more stuff-gun safes, magic bullets etc., and they cannot even keep their standard bullets on shelves.
The website says $48/100 for the new bullets. That is nearly twice the tried and true Interlock. No farther than I shoot, I can't see even considering them, considering the type of accuracy and performance I get from Interlocks and Partitions.
It always amazes me that Hornady keeps coming out with more stuff-gun safes, magic bullets etc., and they cannot even keep their standard bullets on shelves.
The website says $48/100 for the new bullets. That is nearly twice the tried and true Interlock. No farther than I shoot, I can't see even considering them, considering the type of accuracy and performance I get from Interlocks and Partitions.
Clearly Hornady could take notes from Seirra. Always easy to find Seirra bullets....
For those too lazy (or unmotivated) to actually read the article. Here are some key points presented therein. (I attempted to maintain any emphasis Hornady had used in their paper).
Quote
Doppler radar is incredibly useful and effective for analyzing the aerodynamic performance of a projectile. Doppler radar provides velocity, distance and drag data literally every one to two feet of projectile flight.
Quote
After early testing of prototype bullets it was observed that all currently manufactured tipped projectiles drag curves were convex, not concave and that abnormally low ballistic coefficients were being observed over long ranges. The drag was rapidly increasing at high velocities.
Quote
At this point extensive testing was done with all types of commercially available tipped projectiles. They all exhibited this behavior to a greater or lesser extent depending on their ballistic coefficient and launch velocity. Most projectiles exhibited BC’s relatively close to published values for 150 to 200 yards of flight. Beyond these distances they all showed BC’s substantially below published values.
Quote
It was obvious that something was changing in the tipped projectiles to cause a rapid increase in drag at higher velocities. The drag increases were most noticeable from 100 to about 500 yards. Drag increases stopped at velocities below approximately 2,100 fps. This behavior was not observed with hollow point or exposed lead (spitzer) style designs. The problem magnified as the velocity was increased. The problem was worse for heavier, higher BC projectiles that maintained higher velocities longer.
Quote
The tip of a bullet at 3,000 fps will see temperatures as high as 850 degrees F and decreasing as the bullet slows down. These temperatures on the tip were a known fact. What wasn’t known was how long it would take at these peak and decreasing temperatures for the polymer tips to begin showing effects, if at all. As it turns out it is within the first 100 yards of flight. Currently used polymers in projectile tips begin to have properties like rubber at approximately -65 to 50 degrees F and will melt at 300 to 350 degrees F, depending on the exact polymer.
Quote
All current polymer tipped projectiles have tips that are at best softening and deforming in flight and under many circumstances melting and badly deforming. To cut through a lot of technical discussion the problem becomes worse at higher ambient air temperatures (summer) and higher launch velocities. Projectiles that have a high BC and retain velocity well see higher stagnation temperatures for longer lengths of time and have greater degradation of the tip.
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As a result of these findings Hornady conducted months of testing and research with different polymer tip designs and different polymer materials. The result of this research is the development of the Heat Shield Tip™ which employs a patent pending polymer tip. The material in the Heat Shield Tip™ does not begin to exhibit rubber like properties until above 420 degrees F. It does not have a discreet melting point, but instead maintains rubber like properties to very high temperatures. The polymer has to be heated to temperatures of over 700 degrees F just to be pliable enough for high pressure injection molding.
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Because of the stable tip shape and consistent drag from bullet to bullet we have seen increases of approximately .25 - .3 moa in accuracy of ELD™ Match bullets over existing conventional tipped bullets at longer ranges as well as match accuracy from the ELD-X™ projectiles.
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So as not to cause everyone to go throw out all their tipped projectiles, this problem has very little impact on shooting inside of 400 yards with typical hunting or varmint projectiles. The change in BC is still occurring over these distances but flight time has not been sufficient to cause changes in trajectory that most shooters are capable of detecting. In addition, most commonplace hunting and varmint projectiles have modest BC’s and do not exhibit the extent of drag increase and BC loss because they lose velocity much more rapidly than the very low drag (VLD) type projectiles we are concentrating on in this discussion. They are not exposed to the high stagnation temperatures as long and don’t see as much degradation of the tip. However, with VLD projectiles this is not the case.
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The new Hornady ELD-X™ hunting bullets are designed to deliver the highest BC possible for the specific bullet caliber and weight. They also provide match level accuracy at long range and effective terminal performance from maximum safe initial velocities down to ~1600 fps. In addition, the Heat Shield™ tip creates the perfect meplat that is replicated every single time, and is not affected by aerodynamic heating.
The study then shows ballistic gelatin tests & recovered bullets, which I found interesting. All-in-all, I think the article was an interesting read. I'm not sure this "breakthrough" applies to me as I neither shoot in matches nor do I typically take game much past 400 yards. But for those who do, I guess you have a new bullet from which to choose...
For those too lazy (or unmotivated) to actually read the article. Here are some key points presented therein. (I attempted to maintain any emphasis Hornady had used in their paper).
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Doppler radar is incredibly useful and effective for analyzing the aerodynamic performance of a projectile. Doppler radar provides velocity, distance and drag data literally every one to two feet of projectile flight.
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After early testing of prototype bullets it was observed that all currently manufactured tipped projectiles drag curves were convex, not concave and that abnormally low ballistic coefficients were being observed over long ranges. The drag was rapidly increasing at high velocities.
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At this point extensive testing was done with all types of commercially available tipped projectiles. They all exhibited this behavior to a greater or lesser extent depending on their ballistic coefficient and launch velocity. Most projectiles exhibited BC’s relatively close to published values for 150 to 200 yards of flight. Beyond these distances they all showed BC’s substantially below published values.
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It was obvious that something was changing in the tipped projectiles to cause a rapid increase in drag at higher velocities. The drag increases were most noticeable from 100 to about 500 yards. Drag increases stopped at velocities below approximately 2,100 fps. This behavior was not observed with hollow point or exposed lead (spitzer) style designs. The problem magnified as the velocity was increased. The problem was worse for heavier, higher BC projectiles that maintained higher velocities longer.
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The tip of a bullet at 3,000 fps will see temperatures as high as 850 degrees F and decreasing as the bullet slows down. These temperatures on the tip were a known fact. What wasn’t known was how long it would take at these peak and decreasing temperatures for the polymer tips to begin showing effects, if at all. As it turns out it is within the first 100 yards of flight. Currently used polymers in projectile tips begin to have properties like rubber at approximately -65 to 50 degrees F and will melt at 300 to 350 degrees F, depending on the exact polymer.
Quote
All current polymer tipped projectiles have tips that are at best softening and deforming in flight and under many circumstances melting and badly deforming. To cut through a lot of technical discussion the problem becomes worse at higher ambient air temperatures (summer) and higher launch velocities. Projectiles that have a high BC and retain velocity well see higher stagnation temperatures for longer lengths of time and have greater degradation of the tip.
Quote
As a result of these findings Hornady conducted months of testing and research with different polymer tip designs and different polymer materials. The result of this research is the development of the Heat Shield Tip™ which employs a patent pending polymer tip. The material in the Heat Shield Tip™ does not begin to exhibit rubber like properties until above 420 degrees F. It does not have a discreet melting point, but instead maintains rubber like properties to very high temperatures. The polymer has to be heated to temperatures of over 700 degrees F just to be pliable enough for high pressure injection molding.
Quote
Because of the stable tip shape and consistent drag from bullet to bullet we have seen increases of approximately .25 - .3 moa in accuracy of ELD™ Match bullets over existing conventional tipped bullets at longer ranges as well as match accuracy from the ELD-X™ projectiles.
Quote
So as not to cause everyone to go throw out all their tipped projectiles, this problem has very little impact on shooting inside of 400 yards with typical hunting or varmint projectiles. The change in BC is still occurring over these distances but flight time has not been sufficient to cause changes in trajectory that most shooters are capable of detecting. In addition, most commonplace hunting and varmint projectiles have modest BC’s and do not exhibit the extent of drag increase and BC loss because they lose velocity much more rapidly than the very low drag (VLD) type projectiles we are concentrating on in this discussion. They are not exposed to the high stagnation temperatures as long and don’t see as much degradation of the tip. However, with VLD projectiles this is not the case.
Quote
The new Hornady ELD-X™ hunting bullets are designed to deliver the highest BC possible for the specific bullet caliber and weight. They also provide match level accuracy at long range and effective terminal performance from maximum safe initial velocities down to ~1600 fps. In addition, the Heat Shield™ tip creates the perfect meplat that is replicated every single time, and is not affected by aerodynamic heating.
The study then shows ballistic gelatin tests & recovered bullets, which I found interesting. All-in-all, I think the article was an interesting read. I'm not sure this "breakthrough" applies to me as I neither shoot in matches nor do I typically take game much past 400 yards. But for those who do, I guess you have a new bullet from which to choose...
Nicely done.
I'm not seeing anything that makes me want to run out and ditch my Scenars, but I'll wait and see what happens when actual shooters start shooting vs naysayers flinging poo....
For those too lazy (or unmotivated) to actually read the article. Here are some key points presented therein. (I attempted to maintain any emphasis Hornady had used in their paper).
Quote
Doppler radar is incredibly useful and effective for analyzing the aerodynamic performance of a projectile. Doppler radar provides velocity, distance and drag data literally every one to two feet of projectile flight.
Quote
After early testing of prototype bullets it was observed that all currently manufactured tipped projectiles drag curves were convex, not concave and that abnormally low ballistic coefficients were being observed over long ranges. The drag was rapidly increasing at high velocities.
Quote
At this point extensive testing was done with all types of commercially available tipped projectiles. They all exhibited this behavior to a greater or lesser extent depending on their ballistic coefficient and launch velocity. Most projectiles exhibited BC’s relatively close to published values for 150 to 200 yards of flight. Beyond these distances they all showed BC’s substantially below published values.
Quote
It was obvious that something was changing in the tipped projectiles to cause a rapid increase in drag at higher velocities. The drag increases were most noticeable from 100 to about 500 yards. Drag increases stopped at velocities below approximately 2,100 fps. This behavior was not observed with hollow point or exposed lead (spitzer) style designs. The problem magnified as the velocity was increased. The problem was worse for heavier, higher BC projectiles that maintained higher velocities longer.
Quote
The tip of a bullet at 3,000 fps will see temperatures as high as 850 degrees F and decreasing as the bullet slows down. These temperatures on the tip were a known fact. What wasn’t known was how long it would take at these peak and decreasing temperatures for the polymer tips to begin showing effects, if at all. As it turns out it is within the first 100 yards of flight. Currently used polymers in projectile tips begin to have properties like rubber at approximately -65 to 50 degrees F and will melt at 300 to 350 degrees F, depending on the exact polymer.
Quote
All current polymer tipped projectiles have tips that are at best softening and deforming in flight and under many circumstances melting and badly deforming. To cut through a lot of technical discussion the problem becomes worse at higher ambient air temperatures (summer) and higher launch velocities. Projectiles that have a high BC and retain velocity well see higher stagnation temperatures for longer lengths of time and have greater degradation of the tip.
Quote
As a result of these findings Hornady conducted months of testing and research with different polymer tip designs and different polymer materials. The result of this research is the development of the Heat Shield Tip™ which employs a patent pending polymer tip. The material in the Heat Shield Tip™ does not begin to exhibit rubber like properties until above 420 degrees F. It does not have a discreet melting point, but instead maintains rubber like properties to very high temperatures. The polymer has to be heated to temperatures of over 700 degrees F just to be pliable enough for high pressure injection molding.
Quote
Because of the stable tip shape and consistent drag from bullet to bullet we have seen increases of approximately .25 - .3 moa in accuracy of ELD™ Match bullets over existing conventional tipped bullets at longer ranges as well as match accuracy from the ELD-X™ projectiles.
Quote
So as not to cause everyone to go throw out all their tipped projectiles, this problem has very little impact on shooting inside of 400 yards with typical hunting or varmint projectiles. The change in BC is still occurring over these distances but flight time has not been sufficient to cause changes in trajectory that most shooters are capable of detecting. In addition, most commonplace hunting and varmint projectiles have modest BC’s and do not exhibit the extent of drag increase and BC loss because they lose velocity much more rapidly than the very low drag (VLD) type projectiles we are concentrating on in this discussion. They are not exposed to the high stagnation temperatures as long and don’t see as much degradation of the tip. However, with VLD projectiles this is not the case.
Quote
The new Hornady ELD-X™ hunting bullets are designed to deliver the highest BC possible for the specific bullet caliber and weight. They also provide match level accuracy at long range and effective terminal performance from maximum safe initial velocities down to ~1600 fps. In addition, the Heat Shield™ tip creates the perfect meplat that is replicated every single time, and is not affected by aerodynamic heating.
The study then shows ballistic gelatin tests & recovered bullets, which I found interesting. All-in-all, I think the article was an interesting read. I'm not sure this "breakthrough" applies to me as I neither shoot in matches nor do I typically take game much past 400 yards. But for those who do, I guess you have a new bullet from which to choose...
The current tip materials exhibit the aerodynamic heating problem even at low ambient temperatures and get worse at higher ambient temperatures.
Shooting in cold weather doesn't fix things, but shooting in hotter weather makes things worse.
I can't figure out why we have found complete plastic tips in like new condition stuck in the meat of the animals we killed with tipped bullet....
One of lifes mysteries....
Ingwe
My understanding of the tech paper that they wrote is that tip degradation occurs as a result of heat caused by friction from flight at high speeds. They state that the degradation doesn't begin until ~100yds (presumably it needs a millisecond or two to reach temps). The degradation is most noticeable from about 100-500yds - after 500yds, the bullet is generally moving slow enough to not have the heat required to degrade the tip.
They also state that this is a degradation of the tip profile - Hornady isn't saying "the tips melt off". They're saying that after about 500yds the tip has degraded to the point that it changes the BC enough that it can be noticed at long range. It wouldn't take much of a flattening of the tip to affect BC such that it could be noticed at 800+.
Given the ranges game is typically shot at, it does not conflict at all with Hornady's claims for a platic tip to be recovered in "like new condition".
FYI - I mostly shoot/hunt w/ Scenars and LRX's. The only AMAX's I shoot regularly are the .22cal 75's. Not being a fanboy here, just trying to read and understand their claims.
I can't figure out why we have found complete plastic tips in like new condition stuck in the meat of the animals we killed with tipped bullet....
One of lifes mysteries....
Yup found hundreds of them laying on the surface of the butts at the range when the snow melts in the spring. Have actually found lots of intact bullets that didn't expand after travelling through the snow and stopping, nothing but engraving from the rifling on them. Found a bunch of 168A-maxes lying there one spring in pristine looking condition, tips intact, so being the astute cheap bastard I am I reloaded and shot them again. Shot a group around 12" @ 100yds. Thinkin I should have indexed the groves on the bullet to line up with the lands in the barrel and see how they shoot next time.lol