Illuminated-Reticle AR Scopes: We Prefer Leupold and Hi-Lux
Low-power scopes with illuminated reticles bridge the gap between close-range red-dot sights and high-power scopes. These scopes are built with ARs in mind, but could be used on other types of rifles. We recently tested a trio of these dual-use optics, which were compact, lightweight, employed a 30mm tube with a small objective lens, and featured an illuminated reticle. The distinctive differences between them were the reticles. The players were the Leupold Model VX-R Patrol 1.25-4x20mm, $580; Hi-Luxs CMR 1-4x24mm, $400; and the Millett DMS-1 1-4x24mm, $405.
All three scopes featured a fast-focus ocular lens, came with a battery, wore a matte black finish, and had some magnification. The Millett and the Hi-Lux came with flip-up lens covers that allowed use of the fast focus on the ocular lens housing. The turrets for all scopes clearly indicated adjustment direction. Before any lead was fired downrange, we went through our usual battery of tests.
With the illuminated reticle turned on we whacked the scopes on a wooden bench to determine if a jolt would have an effect, slamming both the objective and ocular with enough force to drive a roofing nail. The scope reticles remained lit and turrets and magnification rings operated. They were then subjected to a deep freeze (-4 F) and then soaked in hot water to see if seals leaked. The Hi-Lux and the Leupold do not have turret covers; the Millett does. We kept the turret covers on the Millett so not to give the other two scopes an advantage. The scopes were unfazed by the cold, with controls working with ease. Fogging was anticipated when they were removed from the freezer to room temperature, and all three fogged slightly, giving a milky view that still could be used effectively. The Millett took the longest, about 5 minutes, to completely clear. When placed in hot water, the Hi-Lux expelled a string of bubbles from the magnification ring and illumination knob. We anticipated the worse, but found the Hi-Lux to be fine. There was no water in the scope to be seen and controls worked perfectly. The Millett spat out a few bubbles from the turret caps, but like the Hi-Lux was unaffected. The Leupold expelled no bubbles. The reticles stayed lit during the soaking.
All scopes had the same resolution, with a clear view up to the very edge of the lens. No scope seemed to have an advantage with color/contrast. It was during the brightness test at dusk when the Leupold showed its stuff. It by far used the most light and provided the most brightness, our testers agreed. The Hi-Lux came in second, then the Millett.
We did note that the Leupold and Millett reticles, when not illuminated, were the easiest to employ because of their thick, black crosshairs. The Hi-Lux had much finer crosshairs, and when not illuminated, took more time to see. The three scopes showed a signature at night that was apparent downrange when viewed head on. A slight red glow could be seen from the Leupolds and Milletts objectives; we could see a green glow from the Hi-Lux. Reticles were adjusted across a grid and brought back to zero with no issues. All three scopes passed the non-shooting tests, so they progressed to range testing.
Range time was broken into two segments. First was close-range shooting at 50 yards, and second was precision shooting at 100 yards. We shot with and without the reticle illuminated. Close range consisted of what we dubbed the Romero Routine. With zombie targets at 50 yards, the rifle was shouldered with the muzzle pointing down at about 45 degrees, then the shooter raised the barrel and squeezed off two shots as fast as he could into the cranial area of a Zombie Industries (ZombieIndustries.com) target. George Romero directed Night of the Living Dead in 1968, and from this cult classic we all know only head shots kill zombies. Then, from a benchrest at 100 yards, we shot the box to check tracking and return to zero. We also checked point of impact by shooting at minimum and maximum magnifications. Zombies at 100 yards were also on the agenda.
A Stag Arms Model 7 (StagArms.com) flattop in 6.8 SPC was used with a Leupold Mark 2 IMS (Integral Mounting System) with 30mm rings for all scopes. The Mark 2 IMS provided the correct height needed for an AR. Ammo consisted of Silver State Armory (SSArmory.com) cartridges loaded with 110-grain Nosler AccuBond bullets that zipped at 2550 fps. The combination of rifle, ammo, and any of the scopes were a good setup. They worked like a team. The scopes, which are all close in length and weight, balanced nicely on the rifle, placing weight between a shooters hands. Testers felt any of the scopes would work and work hard, but it was the subtle details of each scope that tipped the ratings. Heres what we discovered once the brass cooled.
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.410 Handguns and Long Guns To Consider for Self Defense
After reading the test of .410-bore shotshells adjacent, shooters may wonder what guns are good choices to shoot the small-gauge self-defense rounds. While we can't attest to how a given gun will work with a given shell, we can recommend some firearms that generally suit the .410 shotshell in home-defense situations.
About a year ago, Ray Ordorica compared two handguns chambered for the .410 shotshell, the S&W Governor 45 ACP, 45 LC, 410/2.5-inch, $679; and the Taurus Judge Model 4510TKR-3BUL 45 LC/410 2.5-inch, $620. We learned back then that these handguns performed better with smaller shot. Ray first patterned the Gov at 3 yards, which gave a pattern with Winchester Super-X No. 7.5 shot that fit onto a sheet of 8.5-inch x 11-inch paper. At 5 yards from the muzzle, the pattern with the Governor spread to about 18 inches. This was far superior to what we got with shot loads from the Judge, he reported, which would spread to about a foot at only 3 feet. The same held true with the #4 shot. The Governor's pattern slightly overlapped a sheet of paper with a spotty pattern fired from 9 feet, but at that same range the Judge barely struck the paper. At 15 feet, the pattern differences were astounding. The Smith Governor put all its shot into a 17-inch circle. The Judge put its shot into a 34-inch circle, twice the diameter. The Judge's pattern had many holes, but the Governor's pattern was even, and quite impressive. The shotshell results very much favored the Smith & Wesson.
With 000 buck from 20 feet, the results from both guns were spotty. He concluded the maximum range for 000 buck is about 20 feet.
22 LR Takedowns: Browning, Ruger, Marlin Go Head to Head
We recently had the pleasure of testing one of the first copies of Ruger's just-announced new 10/22 Takedown, $389, and as is usual in this magazine, we wanted to test it against other takedown rifles. To that end we organized the simultaneous testing of the age-old but still in production semi-auto Browning SA-22, $700, and the even older lever-action design by Marlin, the 39A, $702. All of these rifles come apart easily for storage or transportation. Other than that feature, the rifles were miles apart in design and also in overall weight. However, considerations of not only weight but also shortness, ease of disassembly, and retained accuracy when reassembled, have major effects on the choices of one or the other of these for boat, off-road, or light-aircraft use. We kept that in mind as we examined each one. We tested with Federal AutoMatch, Eley Match EPS, CCI MiniMag solids, and Winchester Power Point HPs. Here's what we found.
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Inexpensive Red Dot Sights-BSA, NcStar, Tasco, & Bushnell
Back in 1975, Aimpoint offered the first commercial red-dot sight. Those initial sights were heavy and good luck trying to find a replacement battery. Today's red-dot units are lighter and use batteries sold at convenience stores and gas stations, and as the weight of the sight decreased, so too did the price. One of our testers cringes at the price he paid for a used Aimpoint in the ‘80s. Today, he could purchase eight $50 modern red dots for the same money.
We wondered, however, if the sub-$50 red dots really did keep their utility as they got more affordable. To find out, we tested three affordable sights, the Tasco BKRD30 ($50), BSA Model RD30 ($40), and NcStar DBB130 ($40). To give us some contrast, we also tested a potential ringer, the Bushnell TRS-25, which costs about $100. Would the extra cost prove to be a good investment, or would the sights that cost half deliver similar performance to the Bushnell? Before we began range work with the red dots, they were shock-tested by dropping them on a wood floor from a height of 4 feet. The jolt had no effect on the sights; dots remained illuminated and the knobs still turned.
Next, the dots were activated with the turret covers left on and frozen at -4 F then soaked in hot water. Some of the instruction manuals stated the battery and turrets caps need to be secured when using the sights in extreme conditions. We abided and left the turret caps on. All had some type of pliable gasket on the turrets to seal out dust and moisture. So, too, did the battery compartments. There were no hiccups from the cold. In the water, all the sights released a few air bubbles form the rheostat knob, but again there were no malfunctions.
We used a Ruger 22/45 for range testing. Shooting was from a rest using a two-hand hold. We fired 40-grain Remington Thunderbolt cartridges with a velocity of 1255 fps at NRA 50-foot timed- and rapid-fire pistol targets.
All the sights had Picatinny rail or Weaver-style bases for mounting. The NcStar and BSA both had one clamp that was adjustable. The Tasco's mounts were fixed. The Bushnell had only one mounting clamp. All the clamps could be tightened with a flat screwdriver or coin. Only the Bushnell required a hex wrench, which was supplied with the sight. These sights are made to be zeroed and left alone, but we cranked the windage and elevation around the horn, while noting the number of clicks to see if they returned to zero. None of them did.
We also looked at the ability to pick up the dot with both eyes opened, consistency shot after shot, and ease of use. Here's what we thought about each unit.
Options for Concealed Carry: Two Nines Vs. a Forty Wheelgun
When it comes to concealing a handgun, there is only so much space available on the hip, inside a handbag, or somewhere else on the body or in clothing. That's why there are snubnosed revolvers and subcompact pistols. Choosing a handgun, then, becomes a balance of firepower versus weight and overall structural dimensions. In this test, we will limit the size of our test guns to three guns that will fit into a box approximately 5-by-7 inches in size — which represents a handgun that can be carried easily in just about any manner of traditional concealment.
However, we are purposefully mixing apples and oranges, that is, pistols and revolvers, because either design can do the job of self-protection at close range. Our three test guns were the $747 9mm Kimber Solo Carry, the $299 9mm SCCY Industries CPX-2, and the $523 Taurus 40 S&W M405 stainless-steel revolver. Each gun offered at least one advantage not shared by the other two. The Kimber Solo was the most concealable. The SCCY pistol offered the highest capacity, and the Taurus revolver fired the biggest bullet.
The cartridge versus cartridge debate rages on, largely based on the stopping power of one single shot. But let us offer an alternative viewpoint suggested by TacPro Shooting Center's Bill Davison. Davison, a former Royal Marine and one of the most complete training consultants in the United States, offers that when rating the firepower of a handgun, the amount of energy it can deliver should be the sum of its entire capacity rather than the energy of one lone shot. For example, a 9+1 capacity pistol, wherein each bullet registers about 330 foot-pounds of energy at the muzzle, should ultimately be considered more powerful than a six-shot pistol that fires ammunition capable of delivering 500 foot-pounds with each round of fire. Food for thought.
For our tests, we began by shooting five-shot groups (the capacity of the Taurus) from the 15-yard bench. Then, we applied what we think was a more realistic test. Each gun was fired from a distance of 5 yards at a humanoid paper target. Start position was with the gun lowered to rest on a oil-barrel top about waist high. We used a CED8000 shot-activated timer to provide a start signal and record elapsed time of each shot. We took note of the first shot to see how fast we could get the gun into action and the last shot to see how long it took to deliver two shots to center mass and one shot to the head area. Altogether we recorded five separate strings of fire. We scored the hits A, B, C, or D, looking for ten hits to the preferred 5.9-inch by 11.2-inch A-zone at center mass and five hits to the A-zone in the head, which measured 4 inches long by 2 inches high. The catch was that the test was performed strong hand only. (By a right-handed shooter holding the gun with only his right hand). We weren't trying to be cowboys or go Hollywood. It's just that in close-range fighting where guns such as these would most likely be used, applying a support hand may not be possible. On the semiautos, there wasn't much room for a support hand in the first place.
For testing the Taurus revolver, we chose Winchester 165-grain FMJ ammunition sold in a value pack, Federal Premium 135-grain Hydra Shok JHP ammunition, and Hornady Custom 180-grain XTP jacketed hollowpoint rounds. The 165-grain rounds were also used in our action shooting test. For testing the semi-automatics, we ended up using four test rounds. After testing with 115-grain FMJ, 115-grain JHP EXP hollowpoints, and 124-grain JHP rounds from Black Hills Ammunition, we learned that Kimber had declared that the Solo should only be used with 124-grain and 147-grain bullets. So, we went back to the test range with a supply of Federal 147-grain Federal Hydra Shok ammunition and resumed our bench session. Naturally, we retested the SCCY pistol with the 147-grain ammunition as well. All test rounds were standard pressure, including the Black Hills EXP ammunition, which was designed for maximum performance in firearms not recommended for +P ammunition. Here is what we learned.