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March 4.5-28x52 High Master Review and Comparison to Tangent Theta 5-25x56 Page 2

TURRETS
This review does not cover the accuracy of each scope but covers the functionality – since any manufacturer is capable of producing a lemon it’s always a good idea to test your scope to ensure its mechanical accuracy.
Tangent Theta
I have never considered myself a turret purest, having had many other scopes by numerous manufacturers over the years I could never quite understand what the “fuss” was all about with regard to turret feel. My general rule is – can it get me where I want to go quickly? If the turret can do that and is repeatable then it is a win in my book. That being said, I have experienced some somewhat lackluster turrets that leave much to be desired, so I assume we all have a threshold we are willing to accept. All that being said, if turret feel is your game, then Tangent Theta owns it – very distinct, no play whatsoever and a nice clunk between each .1 mrad gives you a sense of confidence anytime you spin the elevation or windage. Keep in mind these are 15 mrad per rev, and sometimes the spacing can be too tight, but TT decided to give you something more akin to a Ferrari stick shift to grab onto – it is meaty and with a diameter that allows for refined spacing throughout the 15 mrad of travel for each rev. Another unique feature is the toolless zero, something else that is unmatched in the industry. Have you ever found yourself at the range and forgot that tiny little hex wrench? What usually follows is #@&^%#$. With the Tangent you simply use your fingers to loosen the top plate of either elevation or windage and then you pull up slightly and spin to wherever zero is, push back down and tighten the top plate, that’s it, no hex wrenches needed. The Zero stop is always .5 mrad under 0 so this is automatically set wherever you set zero. Something I wish every manufacturer would introduce and if you don’t have that feature then do what Kahles did and stick a magnetic hex wrench inside the illumination battery cover so you have easy access in the field. My one and only complaint is that for such a massive turret housing, TT opted to put little tiny numbers, for young eyes this may not be a big deal, but ZCO got this one right with their large numbers and bold lines, something I wish TT and others would offer.

March FFP High Master turrets
Having reviewed the March 5-42x56 HM last year I fell in love with those turrets, not just for their unique locking mechanism but for the superb feel that is one of the closest to Tangent Theta I have felt to date. I was really hoping that March was going to offer the same locking turrets on the new 4.5-28x52 but unfortunately that is not the case (currently). That being said, these are still nice turrets with very little play and nice clicks. One unique thing March has done is offer a cleverly designed turret shroud that has a larger diameter and larger numbering than the turret on the scope itself, not only are the numbers easier to read, but the larger diameter is almost TT size giving a better feel to the turret in general. Another clever feature that March has had for a number of years is the 0-Set (or Zero Stop) which is “almost” toolless – if you have a coin or a key in your pocket you should be able to turn the 0-Set to define your zero stop after you have reset zero which does take a 1.5mm hex key. While it’s not toolless, and it’s not like Kahles with the key hidden in the illumination cover, March does give you a little key chain sized hex tool that doesn’t take up too much room on the key chain. The windage does come capped; however, it does have a nice feel so those who prefer to dial for wind can simply remove the cover to have a nice exposed windage turret that is still big enough to grab and spin even if gloved.

Turret Mechanical Assessment criteria (rating 1-10 with 1 being worst and 10 being best):
Turret Click Spacing – Advantage March: March – 10 | Tangent Theta – 9
This is more or less a personal preference, but my hand feels better with wider spacing. Tangent Theta is the best I have felt from a 15 mil per rev turret while the Nightforce has one of the best 12 mil turrets in the ATACR series and the Schmidt DT II+ aligns with the ATACR as some of the best 120 click per rev turrets, but the March with it’s 10 mrad per rev spacing is still very good indeed.
Turret Click Feel – Advantage Tangent Theta: March – 8 | Tangent Theta – 10
This can be very subjective, but I am drawn to more distinct click sounds with very little play between marks, the Tangent has very distinct clicks with no play, the March is less distinct but also has no discernible play.
Turret Alignment – Advantage Tangent Theta: March – 7 | Tangent Theta – 10
Both Tangent Theta and March turrets aligned perfectly through my testing running the turret out to the extreme and back. Because of March’s translatable design, it does rise pretty high above the center mark which gives a slight perception you are off mark if your eye is not perfectly centered, but with the larger turret shroud may be even more difficult for some to verify alignment. I much prefer the non-translatable design of the Tangent Theta.
Turret Reset Zero and Zero Stop – Advantage Tangent Theta: March – 7 | Tangent Theta – 10
In order to reset zero on the March you have to loosen the side hex bolts on the turret housing, then spin the turret to align zero and re-tighten, this is typical of most long range scopes today and is only bested by the toolless design of the Tangent Theta turrets. March offers the coin/key adjustable zero stop mechanism; however, some may find an issue as this feature does not always stop below zero at the same spot – depending on how much effort you give it you may stop short or overtravel from where you intended to set the actual stop. Tangent is always fixed at .5 mrad below zero and that is something you can count on every single time which has its advantages for night shooters and those who prefer to count up after hitting the stop vs. visual recognition.
Turret Locking Mechanism – Tie: March – NA | Tangent Theta – NA
Neither of these scopes offer a locking mechanism so I am not going to rank them for that. The March does offer a capped windage which some shooters prefer. No one who owns a Tangent has ever said it has been bumped out of position in competition, YMMV.
Total Travel Adjustment – Advantage March: March – 9 | Tangent Theta – 8
March offers a total of 30 mrad of elevation travel while Tangent has 28mrad. On the windage side the March offers over double that of the TT with 20 mrad of travel vs. Tangent’s 6 mrad.
Overall Turret Mechanical Assessment – Advantage Tangent Theta: March – 41 | Tangent Theta – 47 (50 points possible)
No surprise here, the Tangent Theta is simply the best of the best with regard to feel and function. March has a slight advantage with a bit more travel and the larger numbers on the dial. Does the March provide a Theta like experience, no it does not, but take Tangent Theta out of the picture and the March turrets are well equipped against the rest of the competition.

MECHANICAL ASSESSMENT OF MOVING PARTS
Besides the turrets you have other moving parts on a scope: the magnification ring, the parallax adjustment and an illumination module, which all require some type of adjustment. Sometimes manufacturers make the resistance too tough or too light. These parts are evaluated based on “resistance” which allows them to turn freely with two fingers, but not so loose that they could get bumped out of position accidentally.

Mag Ring, Parallax, Diopter and Illumination Mechanical Assessment criteria (rating 1-10 with 1 being worst and 10 being best):
Magnification Ring Movement – Advantage Tangent Theta: March – 7 | Tangent Theta – 8
The Tangent Theta has had a history of fairly tight magnification resistance and for which some prefer to use a throw lever, the mag ring on my copy (manufactured in 2020) is not nearly that bad and I do not feel it necessitates a throw lever, yes, the resistance is a bit more than I’d like but does not require a pipe wrench to operate. The March has slightly more resistance than the Tangent and the March provides a throw lever right from the factory should you decide you need one, the throw lever is a plastic attachment but looks like it will hold up to some abuse so no complaints there. Of note is that the Tangent Theta increases magnification in a CCW direction while the March is the opposite in the CW direction.
Parallax knob Movement – Advantage March: March – 9 | Tangent Theta – 8
The parallax on the Tangent has more resistance than the magnification and takes some force to turn, I would not say the force is too much, but rather more than I would prefer. The resistance on the March is softer than the magnification and more in line with what I would like for both – sufficient resistance to avoid accidental bumps but allows for easy setting with two fingers.
Parallax Adjustment – Advantage Tangent Theta: March – 8 | Tangent Theta – 10
Neither Tangent Theta nor March has distance numbers marked, both have a symbol indicating smaller to larger. Tangent Theta has more forgiving parallax when transitioning between objects both far and near while the March held its own throughout the range but not quite as forgiving as Tangent. One must be aware that parallax correction does not always equate to an in-focus image so time was taken to ensure parallax was correctly adjusted for.
Diopter Adjustment – Tie: March – 9 | Tangent Theta – 9
Both the March and Tangent Theta offer a “fast focus” diopter allowing for quicker adjustments, both also offer a threaded locking ring to help keep the adjustment from moving after being set. The knurling on TT’s lock lever is thin and aggressive which cut into my fingers a bit more. Resistance on both was ideal.
Illumination Dial – Advantage Tangent Theta: March – 8 | Tangent Theta – 10
March is using a rubber cover over a push button for on/off functionality with numbers 1-6 on the side of the dial, due to being on the side it can be difficult to turn especially if wearing gloves. March also has an automatic shutoff after one hour from being turned on which will help save battery (I have often left illumination on and forgot to turn off only to find my next outing there is a dead battery). Tangent Theta uses a dial with on/off positions as you rotate from lowest to highest power settings, there is definitely more real estate to grab and turn on the TT which gives it an advantage.
Overall Mag Ring, Parallax, Diopter and Illumination Mechanical Assessment – Advantage Tangent Theta: March – 41 | Tangent Theta – 45 (50 points possible)
Both the Tangent Theta and March have very good design with slightly different functionality, each have areas of improvement while being more than capable in the field. In the end Tangent Theta has the edge.

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Spartan's CP Brace: Initial Impressions
In pursuit of stability

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Will HICAR and 6.5CM+Peak kill the M7 and 6.8x51?
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Visiting with TacomHQ

This week was my kids' spring break, so we ended up going on a road trip of sorts.  We flew to Houston, rented a car, visited the Space Center, checked out Galveston, then drove up to Dallas.  My dayjob is in Dallas and I need to visit the office occasionally.  Truthfully, I need to visit the office more often than I currently do, but given my family situation that is a little tricky.

My kids are very good travel companions, so we decided to drive back to Albuquerque instead of flying.  The way the timing worked out, we had a day to make a detour and drive up to Arkansas to visit John Baker and his Tacom HQ operation.

I've known John for a few years.  He has visited with me about three years ago to talk about his their reticle idea and a few other things  

I think the reticle idea is sound and we should see a version of it in a scope soon enough.  I'll do a thorough coverage at that point.

This time around, the reticle was not the main reason behind my visit.  John is a creative guy and they do several interesting things there.  Everything they do is clever and outside the box.  For example, to the best of my knowledge, they were the first to come up with different ways to shift the POI for ELR shooting with their TARAC devices.  Alpha and Bravo TARAC devices use prisms to shift the zero of the optic, but a predetermined angle.  I have a flip-up Alpha TARAC set up to help with my subsonic ELR pursuits.  Bravo TARAC attaches the prism to the objective of the riflescope which works beter with large objective designs.  Since Tacom came up with it, the idea has been pirated by a couple of people, most prominently by Nightforce.  Technically, Tacom has a patent on it, but this appears to be a situation where a large company (Nightforce) shamelessly muscled a small company (TacomHQ) out of their IP, knowing fully well that they have more money for lawyers.  To be fair, John does not talk about it too much, so this is just a guess on my part (although I am sure I am going to get a nastygram from Nightforce lawyers for posting this.  They seem to really enjoy pushing small independent guys around).

Charlie Tarac uses a periscope instead of a prism to optically add slope for ELR shooting.  Delta Tarac does mostly the same things except it also offsets the line of sight laterally to avoid the mirage from the barrel.

The new thing with TARAC devices for this year seems to be an adjustable version of the Charlie.  There is a large side wheel that allows you to dial up to 900MOA of extra slope.

The reason I wanted to spend a little time with Tacom was the structured barrel.  I first ran into this concept a few years ago and thought it was an interesting idea.

Initially, my plan was to pick an appropriate action and have John make me a 300NM structured barrel for an ELR bolt action rifle.  I still want a 300NM and I might put one together eventually.  However, I never quite pulled the trigger on that for a few reasons.  One is that I simply have very limited use for such a gun.  I still want one, but I do not have easy access to a place wehre I can really stretch the legs of a caliber with that kind of capability.  The reason I wanted to put one together with a structured barrel is that they are are getting very good lifetime out of these and they are very easy to get to shoot properly.  

They have several version of the structured barrel design, but fundamentally they start with a 1.5" diameter barrel blank and mill out a bunch of material.  The most disinctive features are deep longitudinal cylindrical channels drilled parallel to the bore.  The start at the muzzle and go back toward the chamber.  They do not make it all the way to the chamber.  On the outer surface of the barrel, there are additional featuers designed for eliminating vibrational nodes and increasing surface area for better heat exchange.  There is quite a lot of technical informaiton on their website: https://tacomhq.com/structured-barrels/

Structured barrels look very beefy because they start out from large diameter blanks and they are decidedly not light-weight barrels.  However, by the standards of typical match barrels they are on the lighter side of things because of how much material has been removed.  Given their impressive vibration dampening advantages, a few months ago I shifted gears and started leaning toward putting together a large frame AR around Tacom's structured barrel.

With the precisely calculated mechancial structure, these barrels acomplish two very complicated things simultaneously: they are harmonically dead and they do not get hot.

During my visit, we shot two guns with structured barrels: a 6.5CM AR-10 and a 300NM bolt gun.

We did not do mag dumps or anything that silly.  However, after 10 rounds of rather rapidly fired 6.5CM, the barrel was warm, but not hot.  Temperature distribution was arguably the most remarkable part.  Using an infrared thermometer, it was easy to show that the warmest part of the barrel was around the middle (near the gas block on the semi-auto),  The breech end of the barrel was cooler to the touch and measure at a lower temperature.  Basically, the barrel never got very hot and whatever heat it accumulated was shed very rapidly.

The feel of the recoil impulse is really odd in that it is completely muted and there was no muzzle rise to speal off.  I suspect a part of the was the muzzle brake, but this lack of discernible resonant frequencies made the recoil cycle extremely gentle.  I was shooting an IPSC at 350 yards and the recoil impulse never moved the reticle off the plate.  I fired the last four shots as rapidly as I could pull the trigger.  Everything was on the plate.  The rifle was not light at right around 14lbs with the scope, but I expected a lot more movement out of it even with the muzzlebrake.  Most gas guns have this slight "pitchiness" to them and I saw none of that.

The 300NM boltgun was slightly heavier, but with the much more powerful round the recoil did move the reticle off of the target, but not by much. 

I never lost sight of the target during the reocil impulse and the feel was, again, very muted and controllable.  I am not sure how heavy the boltgun was, but definitely less than 20lbs.  I would guess it was around 17lbs, but I'll check with John.

While both guns were very impressive, the semi-auto shot unlike any other gas gun I have ever pulled the trigger on.  No gas gun ever has a truly free floated barrel, since there is a gas block attached to it.  However, the combination of the structured barrel with a unque way that John has of putting the upper together, is the closest I have seen to date.

He bonds the barrel extension to the upper receiver and then screws a shouldered barrel into that.  The upper receiver is the Aero M5E1 Enhanced since the beefy upper receiver extension helps decouple the handguard from the barrel.  Also, the rather beefy structured barrel needs a large diameter handguard which this is.  The gas block they make is a custom affair that is probably better described as "tunable" rather than adjustable.  It is not designed for making frequent adjustments.  The idea is to tune your gas system for perfromance and reliability, then leave it alone.  I plan to do exactly that.

Since I was heading this way, I brought the necessary pieces with me for John to put together a 6.5CM upper for me.   Originally, I was thinking of doing it in 6XC for local PRS matches, but now that I shot with it, I want to try using it for NRL Hunter as well.  I think I can make weight without too much trouble.  I'll stick with 6.5CM in order to make power factor for Hunter matches.

Saying that I was impressed would be a gross understatement.  The feel of this gun is absolutely unique and it has recoil control behavior of a 25lbs gun in a 14lbs package.  It is quite remarkable.  Now, in the grand scheme of things, with my nearly 300lbs bulk backing up the gun, recoil control is a relatively straightforward affair.  Since my kids were there with me, I had both of them shoot both guns and watched the recoil cycle very carefully.  The guns barely moved even with a much smaller human behind them.

I know it sounds like magic, but it isn't.  I am not a mechanical engineer, but I spent a good amounf of time going over the materials and thinking through what they are doing with these barrels.  The science behind it is pretty solid.  I am not seeing any obvious holes in their foundational reasoning.  The execution is difficult and the barrels are not cheap.  Aside from good ideas, it takes a lot of skill and know-how to make these.  There is a good chance I will make a permanent switch to these barrels on what I consider my "heavy" precision guns while sticking with the Fix as lighter guns they way they were originally intended to be.  When I say heavy, I mean sub-20lbs with everything and light is sub-13lbs with everything (scope, suppressor, bipod).

Before I wrap up, let's get back to the heat management argument for a moment.  The 300NM I shot was significantly accurate and it is at a bit over 2800 rounds.  That sounds outlandish given that is nearly triple of I would expect out of this caliber.  However, if the chamber never gets very hot, it is possible.  I really want to know how long the 6.5CM John is building for me will last.  I have high hopes.

 

 

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