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AI may be searching you for guns the next time you go out in public by Steven Zeitchik

When Peter George saw news of the racially motivated mass-shooting at the Tops supermarket in Buffalo last weekend, he had a thought he’s often had after such tragedies.

AI may be searching you for guns the next time you go out in public

© Evolv TechnologyAI may be searching you for guns the next time you go out in public

“Could our system have stopped it?” he said. “I don’t know. But I think we could democratize security so that someone planning on hurting people can’t easily go into an unsuspecting place.”

George is chief executive of Evolv Technology, an AI-based system meant to flag weapons, “democratizing security” so that weapons can be kept out of public places without elaborate checkpoints. As U.S. gun violence like the kind seen in Buffalo increases — firearms sales reached record heights in 2020 and 2021 while the Gun Violence Archive reports 198 mass shootings since January — Evolv has become increasingly popular, used at schools, stadiums, stores and other gathering spots.

To its supporters, the system is a more effective and less obtrusive alternative to the age-old metal detector, making events both safer and more pleasant to attend. To its critics, however, Evolv’s effectiveness has hardly been proved. And it opens up a Pandora’s box of ethical issues in which convenience is paid for with RoboCop surveillance.

“The idea of a kinder, gentler metal detector is a nice solution in theory to these terrible shootings,” said Jay Stanley, senior policy analyst for the American Civil Liberties Union’s project on speech, privacy, and technology. “But do we really want to create more ways for security to invade our privacy? Do we want to turn every shopping mall or Little League game into an airport?”

Evolv machines use “active sensing” — a light-emission technique that also underpins radar and lidar — to create images. Then it applies AI to examine them. Data scientists at the Waltham, Mass., company have created “signatures” (basically, visual blueprints) and trained the AI to compare them to the scanner images.

Executives say the result is a smart system that can “spot” a weapon without anyone needing to stop and empty their pockets in a beeping machine. When the system identifies a suspicious item from a group of people flowing through, it draws an orange box around it on a live video feed of the person entering. It’s only then that a security guard, watching on a nearby tablet, will approach for more screening.

Dan Donovan, a veteran security consultant who rents Evolv’s systems out to clients for events, says that by allowing guards to focus on fewer threats, it avoids the fatigue metal-detector operators can feel. Like other consultants, he notes no system probably would have stopped the Buffalo shooter, who began firing in the parking lot.

Consumers can expect to see Evolv a lot more. Sports franchises like the Tennessee Titans and Carolina Panthers now use it; so do the New York Mets and Columbus Crew. The Super Bowl at SoFi Stadium in February deployed for an outside perimeter. In New York City, public arts institutions such as the Lincoln Center are trying it. So is a municipal hospital. (NYC Mayor Eric Adams has touted it as a potential subway security measure, but tight spaces and underground signal interference make that less plausible.)

North Carolina’s Charlotte-Mecklenburg school system, with 150,000 students, has also licensed Evolv. Theme parks are excited, too — all 27 Six Flags parks across the country now use it. Evolv has now conducted 250 million scans to date, it says., up from 100 million in September.

George believes accuracy and lack of friction make Evolv compelling. “No one wants a prison or an airport everywhere they go, which is what you have with a dumb analogue metal detector,” he said. “And the cost of doing nothing is going up by the day.”

The company, which went public last year, has raised at least $400 million, with diverse figures including Jeb Bush, Bill Gates, Peyton Manning and Andre Agassi investing. (The space is growing, with a system from Italian rival CEIA also gaining popularity.) Relying primarily on the four-year subscriptions it sells, Evolv more than doubled its revenue in the first quarter to $8.7 million compared to 2021, though also more than doubled its losses, to $18.2 million.

Retails stores are an appealing use case, George said, because people want to feel safe shopping but don’t want to be stopped and checked every time they walk in to buy some groceries. (About 60 people can be scanned every minute, Evolv says.) George said that when the system was installed at an Atlanta-area mall, Lenox Square, in January, it caught 57 guns in the first four hours.

Overall, George said, at least 15,000 guns were flagged by Evolv in the first quarter of 2022. (These numbers are not publicly vetted.)

But IPVM, a security-industry trade publication, concluded after a review that Evolv has “fundamental technological limitations in differentiating benign objects from actual weapons.” One issue, IPVM said, citing its examination of the company, is that some metallic objects confuse the AI, including particularly the ruggedly designed Google Chromebook.

IPVM says Evolv has not provided sufficient data. The publication also says the company will not engage with it due to its inquiries; it says the firm has even asked it to stop reporting on Evolv in the name of public safety.

In a statement to The Washington Post regarding the conflict, Evolv said: “We believe that publishing a blueprint of any security screening technology is irresponsible and makes the public less safe by providing unnecessary insights to those who may try to use the information to cause harm.”

Alan Cowen, a former Google scientist and AI expert, says he’d also worry about “adversarial examples,” in which bad actors learn how to circumvent the AI — say, by putting tape around a gun handle — as well as a delay in figuring this out because Evolv won’t flag it.

Some techno-ethicists say accuracy is only one fear.

“If it can reduce false positives while still catching the real positives, that seems like a benefit,” said Jamais Cascio, the author and founder of Open the Future, an organization examining technology’s consequences. “My concern is what happens when it moves beyond looking for weapons at a concert — when someone decides to add all kinds of inputs on the person being scanned, or if we enter a protest and a government agency can now use the system to track and log us. We know what a metal detector can and can’t tell us. We have no idea how this can be used.”

George says that no data is applied to a scanning subject and no information captured or catalogued. As for accuracy, he acknowledges the Chromebook has been an issue but says the algorithm is being improved. He suggests students might simply come to realize they need to hold them up on their way in to school, a small price to pay. “Why shouldn’t there be a system where kids can learn safely and also enter without breaking stride?” he asked.

Whether that will be possible in large districts like Charlotte-Mecklenberg, though, remains to be seen. Requests for comment from the police department overseeing the district’s security were not returned.

Several Evolv clients The Post spoke to say they’re happy with the system.

“We went from 30 metal-detector lines to four lanes, and we’re not stopping people for every cellphone or house key,” said Jason Freeman, Six Flags’ vice president of security, safety, health and environmental. He said overall stops have gone from 32 percent to 15 percent, with the great majority still not considered threats. The idea is not just to catch more weapons; it’s to waste less time on everything else.

Mark Heiser, venue director for the Denver Performing Arts Complex, says the system is light years ahead of the metal detector. “We’d never go back,” he said.

Heiser cited fewer alarms for items like pen knives — “which is good, because it allows us to focus on [the more destructive weapons].” And, he noted, a lot of audience members feel freer walking in.

But Stanley of the ACLU remains unconvinced.

“Devices being more subtle is a good thing. But they can also be more insidious or even just annoying,” he said. “You’re going to have a lot of people shocked an umbrella tucked inside a coat pocket is suddenly leading to an encounter with a security guard.”

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A CZ 27 (Pistole Modell 27), manufactured during Czech occupation in WWII by Germany in caliber 7.65mm

CZ 27 (Pistole Modell 27), manufactured during Czech occupation in WWII by Germany 7.65mm - Picture 5
CZ 27 (Pistole Modell 27), manufactured during Czech occupation in WWII by Germany 7.65mm - Picture 6
CZ 27 (Pistole Modell 27), manufactured during Czech occupation in WWII by Germany 7.65mm - Picture 7
CZ 27 (Pistole Modell 27), manufactured during Czech occupation in WWII by Germany 7.65mm - Picture 8
CZ 27 (Pistole Modell 27), manufactured during Czech occupation in WWII by Germany 7.65mm - Picture 9
CZ 27 (Pistole Modell 27), manufactured during Czech occupation in WWII by Germany 7.65mm - Picture 10

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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After 30 Years, Genetic Study Confirms Sarin Nerve Gas As Cause of Gulf War Illness

Helicopter Gulf War

 

Troops who had genes that help metabolize sarin nerve gas were less likely to develop symptoms.

For three decades, scientists have debated the underlying cause of Gulf War illness (GWI), a collection of unexplained and chronic symptoms affecting veterans of the Persian Gulf War. Now researchers led by Robert Haley, M.D., Professor of Internal Medicine and Director of the Division of Epidemiology at The University of Texas Southwestern Medical Center (UT Southwestern), have solved the mystery, showing through a detailed genetic study that the nerve gas sarin was largely responsible for the syndrome.

 

The findings were published on May 11, 2022, in Environmental Health Perspectives, a peer-reviewed journal supported by the National Institute of Environmental Health Sciences, with an accompanying editorial on the paper by leading environmental epidemiologists.

Dr. Haley’s research group not only identified that veterans with exposure to sarin were more likely to develop GWI, but also found that the risk was modulated by a gene that normally allows some people’s bodies to better break down the nerve gas. Gulf War soldiers with a weak variant of the gene who were exposed to sarin were more likely to develop symptoms of GWI than other exposed veterans who had the strong form of the gene.

Robert Haley, Kay Bailey Hutchison, and Ross Perot

Robert Haley, M.D. (left) visits with two longtime GWI research supporters, former Sen. Kay Bailey Hutchison and the late Ross Perot, at a campus event in 2006. Credit: UT Southwestern Medical Center

 

“Quite simply, our findings prove that Gulf War illness was caused by sarin, which was released when we bombed Iraqi chemical weapons storage and production facilities,” said Dr. Haley, a medical epidemiologist who has been investigating GWI for 28 years. “There are still more than 100,000 Gulf War veterans who are not getting help for this illness and our hope is that these findings will accelerate the search for better treatment.”

In the years immediately following the Gulf War, more than a quarter of the U.S. and coalition veterans who served in the war began reporting a range of chronic symptoms, including fatigue, fever, night sweats, memory and concentration problems, difficulty finding words, diarrhea, sexual dysfunction, and chronic body pain. Since then, both academic researchers and those within the military and Department of Veterans Affairs have studied a list of possible causes of GWI, ranging from stress, vaccinations, and burning oil wells to exposure to pesticides, nerve gas, anti-nerve gas medication, and depleted uranium.

Over the years, these studies have identified statistical associations with several of these, but no cause has been widely accepted. Most recently, Dr. Haley and a colleague reported a large study testing veterans’ urine for depleted uranium that would still be present if it had caused GWI and found none.

“As far back as 1995, when we first defined Gulf War illness, the evidence was pointing toward nerve agent exposure, but it has taken many years to build an irrefutable case,” said Dr. Haley, who holds the U.S. Armed Forces Veterans Distinguished Chair for Medical Research, Honoring Robert Haley, M.D., and America’s Gulf War Veterans.

 

Sarin is a toxic man-made nerve agent, first developed as a pesticide, that has been used in chemical warfare; its production was banned in 1997. When people are exposed to either the liquid or gas form, sarin enters the body through the skin or breathing and attacks the nervous system. High-level sarin often results in death, but studies on survivors have revealed that lower-level sarin exposure can lead to long-term impairment of brain function. The U.S. military has confirmed that chemical agents, including sarin, were detected in Iraq during the Gulf War. In particular, satellite imagery documented a large debris cloud rising from an Iraqi chemical weapons storage site bombed by U.S. and coalition aircraft and transiting over U.S. ground troop positions where it set off thousands of nerve gas alarms and was confirmed to contain sarin.

Previous studies have found an association between Gulf War veterans who self-reported exposure to sarin and GWI symptoms. However, critics have raised questions of recall bias, including whether veterans with GWI are simply more likely to remember and report exposure due to their assumption that it may be linked to their illness. “What makes this new study a game-changer is that it links GWI with a very strong gene-environment interaction that cannot be explained away by errors in recalling the environmental exposure or other biases in the data,” Dr. Haley said.

Robert Haley

Robert Haley, M.D., here reviewing brain scans of Gulf War veterans, has been studying the illness for 27 years. Credit: UT Southwestern Medical Center

In the new paper, Dr. Haley and his colleagues studied 508 deployed veterans with GWI and 508 deployed veterans who did not develop any GWI symptoms, all randomly selected from more than 8,000 representative Gulf War-era veterans who completed the U.S. Military Health Survey. They not only gauged sarin exposure – by asking whether the veterans had heard chemical nerve gas alarms sound during their deployment – but also collected blood and DNA samples from each veteran

 

The researchers tested the samples for variants of a gene called PON1. There are two versions of PON1: the Q variant generates a blood enzyme that efficiently breaks down sarin while the R variant helps the body break down other chemicals but is not efficient at destroying sarin. Everyone carries two copies of PON1, giving them either a QQ, RR or QR genotype.

For Gulf War veterans with the QQ genotype, hearing nerve agent alarms – a proxy for chemical exposure – raised their chance of developing GWI by 3.75 times. For those with the QR genotype, the alarms raised their chance of GWI by 4.43 times. And for those with two copies of the R gene, inefficient at breaking down sarin, the chance of GWI increased by 8.91 times. Those soldiers with both the RR genotype and low-level sarin exposure were over seven times more likely to get GWI due to the interaction per se, over and above the increase in risk from both risk factors acting alone. For genetic epidemiologists, this number leads to a high degree of confidence that sarin is a causative agent of GWI.

“Your risk is going up step by step depending on your genotype, because those genes are mediating how well your body inactivates sarin,” said Dr. Haley. “It doesn’t mean you can’t get Gulf War illness if you have the QQ genotype, because even the highest-level genetic protection can be overwhelmed by higher intensity exposure.”

This kind of strong gene-environment interaction is considered a gold standard for showing that an illness like GWI was caused by a particular environmental toxic exposure, he added. The research doesn’t rule out that other chemical exposures could be responsible for a small number of cases of Gulf War illness. However, Dr. Haley and his team carried out additional genetic analyses on the new data, testing other factors that could be related, and found no other contributing causes.

 

“There’s no other risk factor coming anywhere close to having this level of causal evidence for Gulf War illness,” said Dr. Haley.

The team is continuing research on how GWI impacts the body, particularly the immune system, whether any of its effects are reversible, and whether there are biomarkers to detect prior sarin exposure or GWI.

References:

“Evaluation of a Gene–Environment Interaction of PON1 and Low-Level Nerve Agent Exposure with Gulf War Illness: A Prevalence Case–Control Study Drawn from the U.S. Military Health Survey’s National Population Sample” by Robert W. Haley, Gerald Kramer, Junhui Xiao, Jill A. Dever and John F. Teiber, 11 May 2022, Environmental Health Perspectives.
DOI: 10.1289/EHP9009

“Invited Perspective: Causal Implications of Gene by Environment Studies Applied to Gulf War Illness” Marc G. Weisskopf and Kimberly A. Sullivan, 11 May 2022, Environmental Health Perspectives.
DOI: 10.1289/EHP11057

Other UTSW researchers who contributed to this study include John Teiber, Gerald Kramer, and Junhui Xiao. The U.S. Military Health Survey was a collaborative effort of UTSW and a large survey research team at RTI International including Jill Dever, who also contributed to this paper. The study was funded by the U.S. Departments of Defense and Veterans Affairs. Opinions, interpretations, conclusions, and recommendations are those of the authors and are not necessarily endorsed by the U.S. Departments of Defense or Veterans Affairs.

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The Colt Anaconda .44 Rem. Mag. Revolver Is Back After being out of production for over 20 years, Colt’s double-action Anaconda revolver in .44 Remington Magnum is back.

The Colt Anaconda .44 Rem. Mag. Revolver Is Back

For the benefit of those who are not familiar with Colt’s Anaconda, it is the big-bore member of the company’s family of “snake” revolvers and was originally produced from 1990 to 1999. To touch on a bit more history, the first of Colt’s deadly serpents to emerge was the Cobra in .38 Special in 1950, and it remained in production for 31 years. It was followed by the Python in .357 Magnum (1955 to 2005). Next came the Diamondback in .38 Special (1966 to 1988). Rarest are the Viper in .38 Special, built during 1977 only, and the Boa in .357 Magnum made during 1985.

Leaping forward to 2017, Colt introduced a redesigned version of the Cobra, followed by the King Cobra in 2019 and the Python in 2020. The Anaconda is the big news for 2021, and like all handguns now produced by Colt, it is built at the historic Hartford, Connecticut, factory. Today’s Anaconda is basically an upsized version of the new Python, and internally, it has nothing in common with the old revolver of the same name.

The Colt Anaconda .44 Rem. Mag. Revolver Is Back

Turning out a retention screw at the front of the barrel rib allows the 0.130-inch-wide red ramp front sight to be removed for replacement.

A Real Handful

Built on Colt’s MM-size frame, the Anaconda is a handful, but its 59.4-ounce weight (for the 8.0-inch-barreled model) does a good job of dampening .44 Magnum recoil. Open sights consist of a fully adjustable leaf with a 0.130-inch notch at the rear and a 0.130-inch-wide ramped blade with red insert up front. Switching out the front sight for another style is as easy as turning out a small retention screw at the front of the barrel rib.

Barrel length options are 6.0 and 8.0 inches, and my test gun had the 8.0-inch barrel. From 0.835 inch in diameter at the receiver, the barrel tapers to 0.825 inch at the muzzle, where it has a recessed crown. The barrel is fairly heavy, and the added weights of a ventilated rib along with a full-length underlug minimize muzzle rise when firing heavy loads. My Lyman Digital Borecam revealed extremely smooth six-groove, left-hand rifling. The twist rate is 1:20.

The topstrap of the frame is drilled and tapped for mounting a Picatinny rail available from Colt. Two holes are in permanent view, and a third is exposed when the rear sight is removed. Detaching the sight is easy. Using a small screwdriver, remove the elevation screw and its spring, push out the horizontal pin with a 2.5mm punch, and the job is done. When switching back to the open sight, use a small plastic mallet to gently drive the pin back into position.

 

The Colt Anaconda .44 Rem. Mag. Revolver Is Back

The reintroduced .44 Magnum Anaconda is being offered with 6.0- and 8.0-inch barrels. (Mark Fingar photo)

The optic rail is held in place by the three screws, while the recoil load is handled by contact of a thick integral shoulder at the bottom of the rail with a vertical flat machined into the frame for rear-sight clearance. When accuracy testing the Anaconda at 100 yards from an MTM K-Zone handgun rest, I used a Nikon Force XR 2.5-8X handgun scope attached to the rail with three rings from Weigand Combat Handguns. That put fully loaded weight at 5.0 pounds. Loctite 248 applied to the threads of all screws was allowed to dry for a week prior to the gun being shot. Close to 200 rounds of full-power rounds were fired, and the mounting system never loosened or budged.

As revolvers in .44 Magnum go, the six-round cylinder of the Anaconda is uncommonly long at 1.905 inches for a considerable increase in chamber length. In comparison, the cylinders of the Ruger Super Redhawk and Smith & Wesson Model 29 are 1.750 inches long. The cylinder of the Model 29 is recessed for cartridge rims, and that puts actual chamber length a bit shorter than for the Super Redhawk. Whether or not any of this really matters is dependent on the overall cartridge length desired. SAAMI maximum for the .44 Magnum is 1.610 inches, and since factory ammo as well as most handloads listed in various reloading manuals are held within that, it matters not to most shooters.

The Colt Anaconda .44 Rem. Mag. Revolver Is Back

Detaching the Anaconda’s rear sight allows an optional optics rail to be installed via three drilled and tapped holes in the topstrap.

On the other hand, longer chambers become more important when ammo loaded with uncommonly heavy cast bullets is used. Examples in the .44 Magnum section of Hodgdon’s Annual Manual are cartridge lengths of 1.710 inches for a 355-grain cast bullet and 1.730 inches for those weighing 325 and 330 grains. The Rim Rock 335-grain bullet I shot in the Anaconda was loaded to a cartridge length of 1.730 inches.

With those cartridges in the chambers of the three guns, the distance from bullet nose to front of cylinder is 0.234 inch for the Anaconda, 0.022 inch for the Model 29, and 0.077 inch for the Super Redhawk. While the three loads will fire in those guns, should recoil cause a bullet to jump its roll crimp and creep forward, it will have much farther to travel in the Anaconda before blocking cylinder rotation.

I hasten to add that lighter bullets are capable of handling most of the game taken by most handgun hunters, but when an enraged bear is headed your way and no other option remains, the increased penetration and huge energy delivery of a long, heavy, hard-cast bullet is good to have. And for those who believe increasing free-travel of lighter bullets from case to barrel engagement harms the accuracy of a revolver, I will point out that when fired from the Anaconda, the handload carrying the stubby Hornady 240-grain XTP averaged just 3.14 inches at 100 yards.

The Colt Anaconda .44 Rem. Mag. Revolver Is Back

With the Hogue rubber grip removed, Colt’s relatively new LL2 Linear Leaf Trigger System’s leaf mainspring is visible. The original Anaconda had a coil-type mainspring.

Uniform, Consistent, Accurate

With diameters ranging from 0.4310 inch to 0.4314 inch, the new Anaconda’s chamber throats were quite uniform. Cylinder gap at lockup was a snug 0.005 inch. The cylinder had slight amounts of rotational looseness and endshake, but considering the impressive accuracy of the gun, neither was enough to matter. Chamber wall thickness is 0.120 inch.

An extractor star travel of 0.970 inch proved to be plenty long for sending spent .44 Magnum cases flying from heavily fouled chambers.

The transfer bar safety system of the Anaconda requires a frame-mounted firing pin. The gun also has what is described by Colt as an LL2 Linear Leaf Trigger System. Said another way, its mainspring is the leaf-type rather than the coil-type. The single-action pull was quite smooth with no creep and only a trace of overtravel, but its average weight on my Lyman digital scale was a bit heavy at 5.75 pounds.

The double-action trigger pull was a happier story, as it was plenty smooth and light enough for accurate rapid-fire shooting. On a rapidly incoming grizzly (which looked a lot like paper plates stapled to wooden stakes at five, 15, and 25 yards), I began with a two-handed hold, raised the Anaconda (wearing its factory open sights), and rapid-fired two rounds at each target, beginning at 25 yards and ending at five yards.

This was repeated five times using handloads with the Rim Rock 335-grain bullet, and average elapsed time for the runs was 5.4 seconds. The 10-shot group at 25 yards measured just over 5.0 inches, and due to closer distances, groups on the other plates were considerably smaller. Counting my first-shot reaction time, a real grizzly charging from 50 yards would have been on me after only two, maybe three shots, so the deadliest blow possible from each bullet would be important. Common sense tells us that uncommonly heavy bullets deliver the goods.

The Colt Anaconda .44 Rem. Mag. Revolver Is Back

Uncommonly long chambers in the Anaconda’s cylinder allows loading handloads to an overall cartridge length too long for other .44 Magnum revolvers, but they didn’t appear to affect accuracy with cartridges of shorter overall lengths.

A clockwise-revolving cylinder originated at Colt with percussion revolvers of the 1800s, and the Anaconda follows that tradition. Cylinder rotation is just the opposite for most other revolvers of American design, including those made by Smith & Wesson. Another obvious difference is in their cylinder latches. To swing out the cylinder, you pull on the Colt latch and push on the S&W latch. Through the years, I have shot many more S&Ws than Colts, yet when shooting the Anaconda, pulling rather than pushing presented no problem. But then, I shoot quail in the morning with a side-by-side shotgun with a single trigger and switch to one with two triggers for the afternoon hunt without giving the difference a single thought.

The original Anaconda had checkered wooden grip panels, but the new version has a Hogue one-piece rubber grip with finger grooves. As is often the case these days, the new is not as pretty as the old, but it does make the gun more comfortable to shoot. The trigger guard is plenty roomy for shooting with gloves during cold weather.

Today’s 8.0-inch-barreled Anaconda is an excellent choice for hunting (see “Galco Kodiak and Kodiak Hunter Shoulder Holsters” for more on my carry rig), but I would opt for the slightly more compact 6.0-inch barrel for camping, hiking, and fishing in bear country. The original was available with a 4.0-inch barrel, and while it would likely sell quite well today, there’s no official word from Colt on that. The same goes for an Anaconda in .45 Colt.

Anaconda Specifications

  • Manufacturer: Colt’s Mfg. Co. LLC, colt.com
  • Type: Double-action revolver
  • Caliber: .44 Magnum/.44 Special
  • Cylinder Capacity: 6 rounds
  • Barrel: 6.0, 8.0 in. (as tested)
  • Overall Length:  15.0 in. (8.0-in. barrel)
  • Width: 1.76 in.
  • Height: 6.75 in.
  • Weight, Empty: 59.4 oz. (8.0-in. barrel)
  • Grips: Hogue rubber
  • Finish: Semi-bright stainless steel
  • Sights: Fully adjustable rear, red ramp front
  • Trigger: 5.75-lb. single-action pull (as tested)
  • MSRP: $1,499
The Colt Anaconda .44 Rem. Mag. Revolver Is Back