Maple syrup is typically made by reducing maple sap by a factor of 40. For some time I was wondering what raw maple sap tastes like. A recent stop in a local grocery store’s Expensive Water section turned up quarts of Vermont “maple water” selling for $4.50! To satisfy my curiosity I bought one of these:
It smells something like diluted coconut water and tastes relatively neutral, with only a hint of sweetness and a woodsy aftertaste.
Of course the economics of this are crazy: A quart of Vermont maple syrup runs under $15. Why not buy maple syrup and dilute it with water, 40:1, thereby reconstituting “maple water” for a tenth the cost?
I guess you wouldn’t get the fancy packaging advertising the not-from-concentrate version’s “electrolytes, antioxidants and prebiotics,” some of which might be lost in the process of reducing sap to syrup?
Over the winter I accumulated a bunch of new factory ammo, and a few handloads, I was waiting for a nice day to test. That day finally came! Suffice it to say that with four rifles, two of which I switched in the field from .338LM to also test .308, this was an all-day affair. Now I need to find time to analyze all the targets and radar data….
This Remington R51 is a really great gun. I bought it at the end of 2017 for $500 (including the Crimson Trace laser sight) while Remington was offering a $100 mail-in-rebate. I have to applaud Remington for going through the significant trouble of launching a pistol based on the Pedersen “hesitation lock.”
Previously, pocket guns with such a low profile were only available with simple blowback actions, which limits them to .380ACP or lighter cartridges. The R51 is rated for 9mm +P, which puts it in the realm of “full-power” defensive handguns. At one time I owned a Sig P232, which is a very slick .380ACP pocket gun, but I sold it some years ago during a caliber consolidation. Subsequently my only gun that really fit a pocket holster was the S&W 642 revolver. Lacking the cylinder bulge, the R51 is easier to carry in a pocket. If you’re looking for an “everyday carry” gun, you could end your search here on that basis alone.
“Full-power” Sub-compacts: S&W 642, Remington R51, Sig P239
I have never leased a car for myself, but since interest rates crashed a decade ago I have considered it several times. (I generally prefer to buy new cars, and when you have cash to cover the purchase one drawback to leasing is that you have no choice but to pay interest on the residual value of your lease for the full term of the lease. With lower interest rates that’s a less significant cost.)
I just helped another friend arrange a lease and realized I haven’t published my guidance on this. Since dealers often use the complexity of lease contracts to pad their margins, here’s all you need to know to cut through the charade:
The three numbers that matter in a lease
1. Purchase price. This is pretty much the only thing you can negotiate. Unless the car you want is in extremely high demand, you should demand the dealer set the “sale price” no higher than dealer invoice minus any factory discounts currently applicable. (If you’re a good negotiator, or you hire one, you can often get the dealer to sell below invoice. But invoice is usually considered “fair.”)
While dealers try to mix the two to confuse buyers and increase their profit, the lease agreement is done after you have a purchase agreement. (You can actually shop around for financing, but whenever I have checked I have found the best lease terms come through the manufacturer’s finance arm, which means you’ll probably end up talking to the same dealer about the lease agreement.) This is where the other two numbers that matter come up:
2. Residual value. This is entirely a function of how long you want the lease to run and how many miles you want to be allowed to drive. Usually the best residual values are given for standard leases (e.g., 36- or 39-month with 12k or 15k miles/year.) But sometimes manufacturers want to push other lease terms to control their resale inventory, so if you’re flexible it’s worth asking about those.
3. Money factor. This is the interest rate you are paying (quoted, oddly, as the annual rate divided by 24). This is almost entirely a function of your credit score. But often a higher initial payment can reduce this, so if you have cash available you should look at options to reduce the money factor by increasing your up-front payment. (In the limit you can pay the full cost of the lease up front.)
This was a strange one to debug: I upgraded the LED bulbs in my garage door openers from 60W to 100W (equivalents). My wife’s garage door uses a track-mounted motor head with a lightbulb on each side. She began reporting that she couldn’t close the garage door after she pulled out. After some investigation using multiple transmitters we confirmed that it would reliably open from up to 100 feet away, but it would only close using the remote transmitters if they were within about 15 feet of the receiver, which is in the motor head … next to the lightbulbs … which are turned on by default when someone is in the garage or crosses the threshold, but usually off when approaching the garage from the outside with the door closed.
Sure enough: some (but not all) LEDs emit RF energy at the same frequency as garage door openers!
So the newer LED bulbs I installed were unintentionally serving as garage door opener jammers!
Interesting announcement today: The Summit toggle action 10/22 will now be manufactured by Volquartsen!
From the press release:
Dean Sylvester, PWS President and Summit designer commented “The Summit has been one of our most requested products over the years. We feel combining the unique features of the Summit design with the impeccable manufacturing standards and reputation of Volquartsen Firearms will allow both companies to focus on our core markets and ensure all customers are getting the best product possible.”
Here’s a .22LR bullet that went through my paper target at 50 yards and then somehow ricocheted back to hit me on the forehead. (It then bounced onto the bench in front of me, leaving me scratched and bewildered, but nothing more serious.)
I’m well aware that bullets can do surprising things, and I’ve even researched some of them in depth. I’ve seen videos of people supposedly getting hit by ricochets of their own bullets fired into conventional backstops, but this is the first time I can offer a first-hand account of such an event.
I was doing more precision testing with a rifle in my machine rest, which meant that I was firing tight five-round groups very quickly. The last shot in one group made an unusual impact sound in the earthen berm behind the target, and as I lifted my head from the scope I heard a snap in the trees to my left and then something like a small pebble hit me in the forehead hard.
I was alone on a private range, and as I rubbed my head feeling for blood or a welt (and finding neither), I saw this slug on the bench in front of my machine rest. It was too hot to hold, so I set it aside while I finished shooting my test plan. After photographing it back in my shop I weighed it at 40.7gr, so if it shed any lead during its trip it appears to have made up for it by catching dirt in its crevices.
Does this story come with a lesson? Well, for one thing, wear eye protection! If this had hit me in an eye it would have produced a serious ocular injury. Another: Unlikely things can happen! I would still say it’s extremely unlikely for an unjacketed, subsonic bullet fired into an earthen berm to ricochet a full 180 degrees and cover another 50+ yards. (And, in that rare event, the bullet would not have enough energy to cause serious injury, unless it hit someone in the eye.) But however unlikely something may seem, just realize there’s probably somebody who’s going to have an astonished look on his face when it eventually does happen. Do what you reasonably can to make that the worst consequence!
There are various reasons to take up handloading ammunition, including:
- Producing ammunition that shoots with greater accuracy in a particular gun than non-customized loads.
- Producing ammunition that is not available on the commercial market.
- Saving money.
But the last benefit depends in large part on how one values one’s time.
Following some review of the recent Buckmark accuracy test, some readers wondered if the suppressor was hurting precision. Others, noting that Buckmark barrels are well known for their accuracy, wondered how the stock 5.5″ barrel would fare.
I ran the standard barrel through the same procedure as before. The aggregated data and analysis are in this Excel workbook, and the summary results with links to the 50-yard targets are here:
This pistol shot everything well. In fact, the best four loads tested would all be expected to hit inside a Bullseye 10-ring virtually 100% of the time.
Running the Tactical Solutions barrel without the suppressor seemed likely to help its score also, at least with some loads. At 4″, it gives up 40-50fps vs. even the 5.5″ barrel. But the accuracy of CCI SV went from CEP of 2.0 MOA to 1.3 MOA. Groups of Eley Club (essentially the same performance as Eley Target) showed CEP under 1.4 MOA. However, it was not able to tighten performance of the Gemtech load. (Detailed data were added to the spreadsheet from the previous test.)
How accurate is a typical rimfire pistol? Out of curiosity I mounted my Buckmark, with its 4″ Tactical Solutions barrel and 5″ AAC Element II suppressor, on my test stand and recorded shots simultaneously at 25 and 50 yards.
As usual, I digitized the paper targets using OnTarget TDS, and followed the statistical analysis outlined at ballisticaccuracy.com. The aggregated data and analysis are in this Excel workbook.
I was surprised at how much more dispersion this gun shows than the 10/22 rifles I have tested. It’s certainly nothing to brag about: The 10-ring on NRA Bullseye Pistol targets (shot competitively with autoloading rimfire pistols) typically has a radius of 3MOA, and even with zero shooter error the good ammo here would only hit that 80% of the time.