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You may find this difficult to believe, but sometimes I run out of thoughts… and then I run out of words… and then I find myself half way through an article, staring at the flat screen with both hands poised on the keyboard, thinking, “Wow! This is crap”. I had a ton of project material deposited all over the shop, on my desk and on the floor. Stuff that would normally keep me locked in the shop twelve or fourteen hours a day, or filled with positive anticipation and starting work at 5AM. But yesterday I was just burnt to a crisp, capable of producing only vacuous thought bubbles. So I went back over to the house and watered the lawn, as though I actually believed the grass seed I planted three months ago was going to be… reanimated. Sure, just like the sea monkeys I bought is ’62.
 
I was trying to think “guns”, but all that came out was, “I need to paint the house trim and porch”, ” I need to patch and reseal the driveway”, “I have to get that walkway put down before fall”, “I need to get a pool up for the grandkids”. My head started to spin like a Mel Brook’s vertigo attack in “High Anxiety”, until I was forced to medicate – Fried turkey with Swiss, lettuce, tomato and mustard on thick crusted French bread I made myself… and a glass of ice tea.
 
I wandered back over to the shop and began going through safes and locked cabinets, hoping something would, metaphorically speaking, jump out at me. Finally something did, the subject of “Remington’s VS SF II .220 Swift Part I“, an article that concluded with “I will be back soon to report how the bullets flew out of the barrel rather than my calculator”. Wow! Liar, Liar Pants on Fire. But I have an excuse… No, actually, I don’t have an excuse. I just didn’t get it done, however, I now had a chance to make amends.
 
Missing this Part II was really unfortunate as the Swift was on my half century old list of rifles I have to own one day. I love the rifle and the cartridge. It is in the words of Eddie Floyd, “Like Lightning. Like Thunder…” It is the only factory built American Hot Rod to retain a seventy five year old speed record. Current factory guns keep handloaders inline with the cartridge’s original intent – long range varmint hunting, by employing a relatively lazy 14″ twist. This  prevents excessive light bullet rotational speed, but limits best accuracy to bullet weights between 40 and 60 grains.

Most people think the Swift is a circa 1935 derivative cartridge, made by necking down the 6mm Lee Navy to 0.224″.  However, as real history can be incredibly boring, I’ll take a page from the Democratic Party’s “Create Your Own Realities'” playbook and attribute the 220 Swift to… Jonathan Swift and its first appearance in Gulliver’s Travelsas one of Gulliver’s cultural encounters; Lilliputians, Brobdingnagians, Houyhnhnms, Yahoos, and the Swifties.

 

 

OK. I think I am now ready to concentrate… A little thinking
 
For the sake of cartridge comparison and capacity, L-R, .25-06 Remington (65.8 grains), .220 Swift (47.0 grains), .243 Winchester (54.0 grains), .308 Winchester (56.0 grains) . The Swift, because of its 2.680″ overall length, will easily fit a short action designed for 2.810″ .308 Winchester length cartridge. While the Swift’s case is 0.190″ longer than the .308 Winchester, the small 0.224″ bullet is considerably shorter, bringing the overall cartridge length below that of the .308 Winchester.
 

I am not sure why the .220 Swift has a reputation for being a barrel eater; an absence of appropriate powder, misapplication of the cartridge, period writers with unsupported theories, and substandard barrel steel in early guns – probably in that order.There is a very exacting formula that places the potential for barrel erosion and wear into relative context… the Basic Universal Laminar Linear calculation and, yes, I did just make this up but it takes into consideration ratio of bore to case capacity as well as the force that initially moves everything across the barrel throat and onto the leade where the most severe erosion might occur. After those points, ever increasing containment volumes, varied gas production and peak pressure dissipation become factors and the whole issue begins to give me a headache.

Cartridge Grains
Capacity
Bullet
Diameter
Pressure
PSI
BULL
Factor
Bore Wear
 Ranking
270 WSM 79.5 0.277 64000 18368 1
25-06 Remington 65.8 0.257 65000 17315 2
243 Winchester 54.0 0.243 60000 13334 3
220 Swift 47.0 0.224 62000 13000 4
22-250 Remington 43.5 0.224 65000 12622 5
308 Winchester 56.0 0.308 60000 10909 6


 

My point is that the 220 Swift is no more overbore than many popular cartridges that are thought to be more mainstream. It is easy to reload and components are inexpensive and it is reasonable to expect 150 rounds from a pound of powder.
 
OK, line up, tallest first,,,
 
In the 0.224″ scheme of things, there are probably four cartridges that see popular use; L-R 220 Swift, .223 Remington and .222 Remington, with the .223 Remington the run away dominant cartridge. The fourth is the 22-250 Remington that I unfortunately don’t handload and had no brass to put on display. The .223 Remington is not leading so much for its performance in accuracy or power, or as an effective varmint round, but rather as a result of the popularity of all of those AR-15 type rifles. From all of the NSSF marketing data I have seen, the .22-250 Remington is the big cheese long distance varmint shooter.
 

Cartridge

Bullet
Grains
Capacity
Grains
Muzzle
Velocity
FPS
Per Grain
PSI
220 Swift 50 47.0 3870 82 62300
22-250 Remington 50 43.5 3800 87 65000
223 Remington 50 28.8 3410 121 55000
222 Remington 50 26.9 3140 116 53600

If there is one great shame the 220 Swift must bear, it is inefficient use of propellant. Sure, just like at the forefront of a Ferrari owner’s thinking is Al Gore, going windmill green and the price of a gallon of gas.

Makes more sense than an opera named Enger…

I always thought that Norma was the family name of the folks who founded the company. Actually, the company was started by the Enger brothers in Norway, then expanded into Sweden. One of the brothers enjoyed Bellini’s opera “Norma” and that is where the company got its name. Today, Norma is owned by Ruag Ammotec AG of Sweden. I don’t know if they like opera. I am not particularly a Bellini fan other than of Momma Bellini’s in Clifton, N.J..

I tend to save Norma brass for special occasions, like when I find I have way too much money in my pocket and I want to get rid of it as quickly as possible. The brass is sort of chamfered and deburred, but still in need of clean up. The primer flash hole is drilled rather than punched for dimensional stability and the cartridge brass alloy seems to be annealed so it is slightly softer than other brands at the neck and shoulders. It is produced mid length dimensional spec. Norma brass does size easily and it does last for many cycles of reloading, even with hyper pressure cartridges. Still, $100 per hundred compared to $49 for Remington and Winchester brass?

OK, which two don’t belong?

Bullet

Weight
Grains
Length
Inches
Projected
Velocity
Twist
Rate”
Sierra 1385 40 0.568 4200 15.9
Remington 22956 45 0.518 4200 17.4
Sierra 1450 50 0.782 4000 11.5
Berger 22307 50 0.720 4000 12.5
C T 51010 50 0.788 4000 11.5
Remington PSP 55 0.690 3900 13.1
Hornady 2278 68 0.982 3400 9.2
Hornady 22832 80 1.110 3200 8.1

A good example of why more than weight should be considered when selecting bullets. The de facto formula for calculating twist rates is Greenhill, where bullet length is the dominant factor, not weight. There are a number of alternative formulas that take into account other factors, but running them all side my side doesn’t seem to result in much of a variance.

Small diameter bullets are more difficult to stabilize as they have less gyroscopic inertia. Heavy small bore bullets have a long nose, which acts as an extended lever under aerodynamic pressure to cause them to yaw and eventually tumble to the tendency is to push them faster. Unfortunately, too high of a rotational speed tends to exaggerate the effects of inconsistencies in bullet material or manufacturing process which also result in a loss of stability. In the case of the 0.224″ bullet at high velocity, there is so much difference in bullet length with each small increment of weight that each increment of twist rate can accommodate only a narrow weight range.

This sensitivity to twist rate doesn’t only apply to the Swift as the ,22-250 Remington, and even the .222 Remington, have the same type of dynamics. The 223 Remington, for the most part, runs with a tighter twist rate in the 12″ range for sporting rifles because of it’s lower velocity. Frequently, a 9″ twist rate is applied to AR-15 type products because heavy bullet weights are the norm within this gun’s common applications where bullet mass, retained energy and controlled expansion are preferred to a varmint rifle’s spectacular, but somewhat superficial bullet impact. If I were to build a Swift for Antelope hunting, I would move up to incredibly wind slippery 80-90 grain bullets with an MV in the 3200-3300 fps range and spin them with a  7″ twist… a realize the exercise was a waste of a really terrific varmint rifle.

Loading notes…

Case weight ran from a low of 166.2 grains to a high of 168.1 grains with pretty much everything in between. No effort was made to sort by weight range or to measure internal case capacity variance to weight.

Cases as received were 2.200″ +/- 0.002″. After full length sizing they were all trimmed to a uniform 2.195″, the trim too length and inside/outside chamfered. I typically use an RCBS trimmer, however, I didn’t have a #11 shell holder so trimming was done with a Hornady lathe type trimmer. Nice piece of equipment and it uses a press shell holder.

New Dimension Hornady dies were used for this project. The expander in the full length sizing die measured 0.223″ which, after brass forming spring back measured 0.221 when checked with a pin gauge. I felt this would provide enough neck tension, however, I may revisit this and polish the expander down another 0.001″.

Bullet – case concentricity was excellent right out of the dies. I used a Hornady Concentricity Tool to check each assembled cartridge and run-out was within 0.001″. Above is the first step in load development; minimum loads for each bullet configuration before stepping up and expanding sampling. Twenty four rounds become seventy two rounds when bracketing minimum, mid and maximum loads, then three hundred sixty rounds, five samples of each, for pressure sampling and measuring velocity consistency.

Shooting Impressions 

The Remington rifle performed well. The chamber was about mid spec, based upon measurements taken from fired brass. The action was smooth, cycling was reliable and there was no problem with COL restrictions in magazine or chamber for any of the handloads identified.

There was no bolt sticking, no bolt face extruded case heads, although the appearance of spent primers would suggest the level of load would be… frisky? … enthusiastic? They are not minimum loads. Measuring headspace on cases before and after firing showed increases between 0.002″ and 0.006″ with degree of change not tracking to a particular powder type or bullet weight.

The Swift’s recoil in this near ten pound scope rifle combination was negligible. Report is brief, a little sharp, but not like the rolling thunder sound of large magnums. It is an easy combination to shoot and the Remington X-Mark Pro Adjustable adjustable trigger contributed to this more than a little.

Performance was good with lighter loads as noted, so I’ve reluctantly concluded that full tilt performance is not necessary all of the time. The 220 Swift is a little like a fighter jet; just because it has afterburners doesn’t mean its always necessary to stay on the throttle. The barrel can generate some heat. In fact, since I was shooting around lunch time, after every ten shots or so we’d grill a dog on the barrel flutes. Really. Well, maybe not really, but ten shots did get the barrel hot enough for me to break out the cool down box to shorten wait time.

Something more quantifiable…

.220 Swift Handloads – 26″ Barrel Remington VS SF II

Bullet Mfg Bullet # Weight
Grains
Length
 “
COL
Powder
Type
Powder
Charge
Calculated
Velocity
Actual
Velocity
Muzzle
Energy
Sierra 1385 40 0.568 2.545 Re15 42.5c 4436 4489 1790
          BL-C2 44.0 4451 4496 1796
          IMR4895 42.5 4491 4417 1733
Remington 22956 45 0.518 2.500 IMR4895 41.5 4303 4292 1841
          AA2520 42.0 4277 4442 1972
          Re15 42.0 4301 4361 1901
Sierra 1450 50 0.782 2.680 IMR3031 38.0 4136 4024 1798
          H414 44.5 4134 4222 1980
          Re15 40.5 4118 4183 1943
Berger 22307 50 0.720 2.680 Re15 41.0 4136 3967 1748
          BL-C2 42.5 4150 4058 1829
          H4350 45.0c 4150 3981 1762
CT 51010 50 0.788 2.680 AA2520 40.5 4092 4166 1927
          IMR3031 38.0 4137 4026 1800
          H414 44.5 4135 4086 1854
Remington PSP 55 0.690 2.670 H414 44.5 4034 4029 1983
          Varget 40.0 3934 3940 1896
          Re15 40.5 4005 3957 1913
          H414* 43.5 3937 3755 1722

*Recreational Target Load  | c = Compressed Load | CCI 200 Primers

At 100 yards, there wasn’t a whole lot separating bullet brands and weights when it came to group size. The target at the left has a 3/4″ bullseye, the group size is 0.4″. It was shot with Remington 45 grain bullets and Re15 powder as the load appears on the table above.

Another good shooting bullet was the Combined Technologies 50 grain bullet that shot numerous sub 1/2″ groups, favoring the H414 load. Remington 55 grain and Sierra 40 grain both were under 0.7, the best coming with BL-C2 powder for the 40 grain and H414 for the 55 grain loads.

At about half an inch, the Berger 50 grain bullets did well at 100 yards, however, they did great at 200 yards, at least within my shooting capability and with a little gusting wind. The five shot group pictured right measured 1.2″.  I like to shoot at longer ranges. I just don’t have the opportunity as often as I’d like. My guess is that the two lower shots were more me squirming at the bench that the rifle.

Remington’s VS SF II .220 Swift and Elite 6500 Bushnell scope make for an excellent combination. It’s always nice to work on data collection and accuracy without getting beat profusely about the head and ears with a heavy recoiling rifle. This is a well mannered combination and one that can be shot at long ranges with confidence.

Remington’s VS SF II .220 Swift Part I
Remington’s VS SF II .220 Swift Part II