.224 Valkyrie Ballistics & Reloading
.224 Valkyrie Cartridge Information
The .224 Valkyrie has a lot of potential and an interesting background. A lot of recent cartridge and rifle development has been geared to “long-range shooting.” (Of course, what is considered “long range” means different things to different shooters). As an example, the 6.5 Creedmoor was introduced in 2008, and is indeed a terrific cartridge—flat shooting, efficient, and super accurate.
A new Starline .224 Valkyrie case head. Note the uniform primer pocket and flash hole.
Federal spent considerable time and energy developing a smaller cartridge to duplicate (and even improve upon) the Creedmoor’s impressive ballistics. The new round, the .224 Valkyrie has had a few starts and fits in its birthing, but it finally seems to be flying high, like its namesake.
.224 Valkyrie vs 6.5 Creedmoor
The Valkyrie and the Creedmoor have several similar features of case design that make them both great cartridges. These features include a longer neck, a shoulder that’s pushed back a bit, and rifle chambers with longer throats. These features allow long, skinny bullets to be seated out further, so they will not intrude into precious powder space. Plus, Valkyrie chamber specs are carefully matched in rifle chambers to enhance accuracy potential.
.224 Valkyrie vs 6.8 SPC
Some writers have described the Valkyrie as a “scaled down Creedmoor.” However, the Valkyrie case is derived from a slightly shortened 6.8 SPC case, necked-down to .22 caliber. The new round’s maximum case length is 1.600 inches, as compared to the 6.8’s case length of 1.686 inches. The rim diameter of both rounds is .442 inch. However, the Valkyrie’s shoulder angle is 30o, while the 6.8’s is 23o. And, since the Valkyrie’s maximum overall cartridge length is 2.26 inches, it fits comfortably in the ubiquitous AR-15 platform—a major plus.
.224 Valkyrie Reloading
.224 Valkyrie Bullets
The .224 Valkyrie has spawned a crop of new high-tech bullets that add significantly to the potential of the cartridge, to help it achieve its lofty goals. Hornady, Sierra, Berger, Nosler, and probably other companies offer long, heavy-for-caliber bullets with high ballistic coefficients that buck the wind and are especially designed for long-range accuracy.
The Valkyrie has spawned a crop of new, high-tech bullets, including (from left): Hornady 70-grain GMX, Hornady 75-grain ELD Match, Hornady 80-grain ELD Match, Hornady 88-grain ELD Match, Sierra 77-grain Tipped MatchKing, Sierra 80-grain MatchKing, Sierra 90-grain MatchKing, Nosler 64-grain Bonded Solid Base, and Nosler 77-grain Custom Competition
.224 Valkyrie Case Measurements
I have been an early, yet trepidant, fan of the .224 Valkyrie, and have tested several rifles with many handloads. I have used Starline cases in numerous cartridges for years and have been impressed with their performance and uniformity. So, I was anxious to try out the new Starline brass in the .224.
The maximum length of the Valkyrie case is listed by SAAMI as 1.600 inches. The trim length, of course, is nominally .010 inch less than that, so cases ready to go should be about 1.590 inches in length. For this report, I first did some metrics on a sample of 50 new Starline .224 Valkyrie cases. The results are shown below.
Starline .224 Valkyrie Case Measurement Data
Cartridge: 224 Valkyrie (50 Cases)
I selected 50 new, unfired Starline .224 Valkyrie cases, and measured their lengths with a digital caliber to 0.0005 inch, weights with an RCBS Charge Master 1500 electronic scale to 0.1 grain, and neck-wall thickness with a Hornady digital caliper to .0005 inch.
(Above) Case weights were uniform, and similar capacities contribute to consistent ballistics.
The average length of these cases was 1.5906 inches, with an extreme spread of only .0095 inch, and an SD of .0016 inch. The average weight of the sample cases was 115.1 grains, with an ES of 2.5 grains, and an SD of .7198 grain.
(Above) The new Starline .224 Valkyrie cases were checked for length with a digital caliper, and were right at the “trim” length, ready for loading.
Uniform case necks are important, and the Starline cases did well in this measurement too. I measured the neck thickness at five points around the neck with an RCBS ball micrometer and averaged the results for each case for its “measurement.” The resulting average neck thickness of all 50 cases was .0139 inch, with an extreme spread of .0014 inch. One case had an ES of 0.000 – no variation.
(Above) Case-neck thickness was checked with a ball micrometer and found little variance.
So, it’s obvious that these cases are ready to go with minimal, but necessary, preparation. This “prep” is carefully described on a card supplied by Starline in their packages. New Starline cases are treated with a corrosion inhibitor. This substance is a mild lubricant that should be removed from the inside of the case necks before loading. Starline suggests doing this by either resizing (with regular case lube on the outside of the case) or running the case neck over the expander ball. This removes the lube and rounds out any dings that can occur in bulk-packed brass. Then chamfer the inside of the case mouth, and they’re ready to load.
I prepped a bunch of new Starline cases, and prepared 28 different handloads, 14 for each rifle, using a wide variety of powders and bullets. I used RCBS dies, but sets are available from Hornady and Redding, as well. The correct shellholder is the same as the 6.8 SPC.
(Above) Test handloads were prepared with RCBS dies.
I shot three, five-shot groups with each load in each rifle from my indoor shooting building. I concentrated mostly on the heavier bullets, as per Federal’s model. I used primers common to reloaders of similar sized cases, i.e., Federal No. 205, CCI-41, and Winchester Small Rifle. The extremely uniform primer pockets of the Starline cases made priming a breeze—no crushed pellets, or “goosey-loosey” pockets here.
My power charges were like those that have performed well for me in other .224 Valkyrie rifles. I tried a slew of powders, but here’s the bottom line—Hodgdon’s CFE 223 was the hands down winner in both rifles. It meters smoothly, it is superbly accurate, and it limits jacket fouling. But IMR-8208XBR did very well with varmint-weight bullets. Significantly, after firing and resizing, the Starline cases lengthened only a smidgen—another bonus. I never had to trim one over the course of testing, something I can’t say about other brands of .224 Valkyrie cases I’ve used.
(Above) Several powders performed well in Starline .224 Valkyrie brass handloads, although Hodgdon’s CFE 223 is probably the best powder overall.
.224 Valkyrie Ballistics Data
As I see it, Federal’s plan for the .224 Valkyrie seems to be geared to that long-range shooting we’ve discussed, and factory ammo reflects that. Federal Premium’s Valkyrie ammo is stoked with Sierra’s sleek, new 90-grain MatchKing BTHP, and the Fusion line has a 90-grain Fusion soft point meant, presumably, for deer hunting. A very economical American Eagle load with a 75-grain FMJ bullet is available for “blasting” ammo, and the varmint hunter is covered with a Nosler 60-grain Ballistic Tip load. In addition, Hornady has its exceptional new ELD Match bullet in an 88-grain version, both in loaded ammo and as a component.
I have tested three .224 Valkyrie rifles, and have been impressed with velocities of heavy-bullet loads, although accuracy can vary a lot. For this review, I “borrowed” two additional rifles that are prototypes from a major American manufacturer. Both are similar bolt actions and have 22-inch barrels. While the standard twist for the Valkyrie is 7 inches, both test rifles have 6.5-inch twists to see if a little extra spin improves accuracy.
The rifles differ slightly in throating. “Rifle #1” has a standard SAAMI-spec throat, but the throat on “Rifle #2” is cut a little shorter so that it provides a .010-inch bullet jump for the Sierra 90-grain MK factory ammo. In my testing, both rifles were usually accurate with 88- and 90-grain handloads, but each was somewhat sporadic. (I fully admit that shooter error is a potential factor.) Reports of similar results here and there have been noted in the online grapevine.
Okay, how about some results? These are all shown in Table 2. The average accuracy of all loads in Rifle #1 was .82 inch, and all but three loads averaged under an inch. The best groups were turned in by the Barnes 70-grain TS-X BT, Nosler 60-grain Ballistic Tip and 70-grain RDF, and the Sierra 65-grain Semi Spitzer. These are excellent bullets, but these lighter bullets are a few bubbles off the .224 Valkyrie’s “heavy bullet” paradigm. The 75-, 77-, 80-, and 90-grain match bullets shot pretty well, too, and would hold up better over longer ranges.
Rifle #2 was only slightly less accurate, averaging .94 inch for all loads tested, and only five came in over an inch—still impressive performance. Again, the Sierra 65-grain SBT shot great, at .66 inch. The Sierra 77-grain Tipped MatchKing over 27.0 grains of CFE 223 registered 2,933 fps and averaged a tidy .77 inch. But the Nolser 55- and 60-grain Ballistic Tips also shot great. The 55-grain BT clocked 3,209 fps with 26.3 grains of IMR-8208XBR and averaged .54 inch. The 60-grain BT preferred 26.0 grains of the same powder, averaging .94 inch at 3,089 fps. Interestingly, both rifles shot most loads with varmint-weight bullets pretty well. So much for “over spin” from the fast twists.
.224 Valkyrie Ballistics Chart
|Barnes 70-grain TSX-BT||Starline||CCI-41||H414||27.5||2,872||11||1,282||2.160||0.57|
|Hornady 70-grain GMX||Starline||Fed-205||CFE 223||27.5||3,033||7||1,430||2.160||1.14|
|Hornady 73-grain ELD-M||Starline||Fed-205||IMR 4166||24.0||2,740||8||1,217||2.220||1.10|
|Hornady 75-grain ELD-M||Starline||Fed-205||CFE 223||27.5||2,982||14||1,481||2.250||0.77|
|Hornady 80-grain ELD-M||Starline||CCI-41||IMR 4451||26.5||2,669||18||1,266||2.250||1.02|
|Hornady 88-grain ELD-M||Starline||CCI-41||Ball-C(2)||23.5||2,524||8||1,245||2.255||0.90|
|Nosler 60-grain Ballistic Tip||Starline||CCI-41||CFE 223||28.5||3,219||15||1,381||2.175||0.61|
|Nosler 70-grain RDF||Starline||Fed-205||CFE 223||27.0||2,944||9||1,348||2.177||0.55|
|Sierra 65-grain Spitzer BT||Starline||Fed-205||Ball-C(2)||27.2||2,998||8||1,298||2.110||0.58|
|Sierra 69-grain MatchKing||Starline||Fed-205||H335||24.0||2,809||21||1,209||2.130||0.80|
|Sierra 77-grain TMK||Starline||Fed-205||LVR||25.0||2,788||10||1,329||2.250||1.22|
|Sierra 80-grain MatchKing||Starline||WSR||CFE 223||26.5||2,808||8||1,401||2.250||0.82|
|Sierra 90-grain MatchKing||Starline||WSR||CFE 223||25.0||2,623||14||1,375||2.250||0.81|
|Swift 75-grain Sirocco II||Starline||Fed-205||Ball-C(2)||26.7||2,867||14||1,375||2.250||0.60|
|Barnes 70-grain TSX-BT||Starline||Fed-205||CFE 223||27.5||3,027||13||1,425||2.155||0.90|
|Hornady 70-grain GMX||Starline||CCI-41||Varget||25.0||2,636||28||1,080||2.153||1.12|
|Hornady 75-grain ELD-M||Starline||CCI-41||H414||27.5||2,844||11||1,347||2.260||0.89|
|Hornady 80-grain ELD-M||Starline||Fed-205||CFE 223||26.5||2,834||13||1,427||2.260||1.55|
|Hornady 88-grain ELD-M||Starline||Fed-205||CFE 223||25.4||2,706||9||1,431||2.260||1.32|
|Nosler 55-grain Ballistic Tip||Starline||CCI-41||IMR 8208XBR||26.0||3,209||18||1,258||2.180||0.54|
|Nosler 60-grain Ballistic Tip||Starline||Fed-205||IMR 8208XBR||26.0||3,089||7||1,272||2.180||0.94|
|Nosler 64-grain Bonded||Starline||Fed-205||IMR 4895||25.0||2,967||7||1,251||2.100||1.00|
|Nosler 77-grain CC||Starline||CCI-41||LVR||25.0||2,779||22||1,321||2.260||0.90|
|Sierra 65-grain Spitzer BT||Starline||Fed-205||CFE 223||28.0||3,103||11||1,390||2.100||0.66|
|Sierra 77-grain TMK||Starline||CCI-41||IMR 4166||24.5||2,790||13||1,331||2.260||0.89|
|Sierra 77-grain TMK||Starline||Fed-205||CFE 223||27.0||2,933||11||1,471||2.260||0.77|
|Sierra 90-grain MatchKing||Starline||CCI-41||IMR 4350||26.0||2,556||22||1,306||2.260||1.01|
|Speer 70-grain SS||Starline||Fed-205||CFE 223||27.0||2,930||7||1,335||2.060||0.64|
1. Two prototype bolt-action rifles were used for all loads. Both have 22-inch barrrels, and 6.5-inch twists.
2. Sights on both rifles were Burris 4.5-14x40 A.O. scope set at 10x.
3. Firing was done off of a Caldwell DFT Lead Sled rest from a shooting building at an elevation of 950 feet MSL.
4. Range temperatures were 72 to 93 degrees F.
5. Abbreviations: TSX-BT, Triple Shock-X Boat Tail; GMX, Gilding Metal eXpanding; ELD-M, Extremely Low Drag RDF, Reduced Drag Factro; CC, Custom Competition; BT, Boat Tail; TMK, Tipped MatchKing; SS, Semi Spitzer.
Overall, these are very respectable results for sportier-weight rifles. While they’re not geared to the long-range crowd, they are light enough to be toted over hill and dale by varmint hunters, and they’d sure be a prairie dog or coyote’s worst nightmare. Whether such an arm would crowd out the .223 or 22-250 Remington’s is a question that can be only answered in the marketplace. The .223 is limited by powder capacity, but not the usual 7- to 9-inch twists. The 22-250 has plenty of powder capacity, but its standard 14-inch twist pretty much rules out heavy bullets. So maybe the .224 Valkyrie’s higher velocities with long, heavy bullets will carve out a unique niche in the shooting ecosystem, as there’s no denying that the new round has the potential to hold its own on the range or in the field.
The .224 Valkyrie is indeed a high-tech, purpose-designed cartridge, and the handloads I tested in Starline cases delivered excellent performance with a wide range of components. I think the round has tremendous potential, but if it is to be the be-all, end-all cartridge with heavyweight .22-caliber bullets, more moderately-priced rifles, like the bolt guns I used, need to enter the marketplace.
Uniform components are very important for accurate handloads, and Starline cases demonstrated their quality, both on the range and in their empirical measurements. They loaded smoothly and held up well over many reloads. Primer pockets were snug, but not too tight—no crushed primer pellets in these cases. Necks were of uniform thickness, and cases didn’t lengthen much at all over the testing program. Their availability will certainly contribute to the successful Flight of the Valkyrie.
Where did the Valkyrie name come from?
The development of the name of this cartridge is no less interesting that the design of the case itself. In Norse mythology, Valkyries were maidens who served the god Oden, who ruled over the realm of Asgard. Oden sent Valkyries to the battlefields to choose one half of the slain who were worthy to go in his afterlife to a magnificent palace in Asgard called Valhalla (“hall of the slain”). (The other half went to Fólkvangr, the afterlife of the goddess Freyja.) Valkyries rode to war on horses wearing shields and helmets; some even flew through the air. The dead in Valhalla were considered heroes and were fed lavish feasts by the Valkyries; Oden feasted there with his heroes, day after day.
“Valkyrie” means “chooser of the slain,” so we may assume that the connotation is that the .224 Valkyrie cartridge is going to go forth to a “battlefield,” and “choose the dead” with its accuracy and long-range power.
Note from the author, Steve Gash:
Serious handloaders know the importance of quality cases for accurate ammo. And for top quality handloads, they know they need top-notch cases. Starline Brass is well known for its large selection of pistol cases, and now offers over 40 rifle cases. A recent addition is the new .224 Valkyrie, developed by Federal as a low-recoil round for long-range shooting. The new brass is available from Starline’s network of dealers in pre-packaged bags of 250, 500, or 1,000 or Factory Direct online at www.starlinebrass.com. The quality of Starline brass is well known, so this is a welcome addition to our loading benches.
(Above) Starline brass makes cases for a host of handgun and rifle cartridges, including the new .224 Valkyrie.
DISCLAIMER: All reloading data in this article is for informational purposes only. Starline Brass and the author accept no responsibility for use of the data in this article.
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