In Part 1, I broke down the JP MR-19, the bolt-action rifle I am building my precision rifle setup around. But a rifle without glass is just an expensive club. So Shawn Nelson from Action Gunner and I loaded up and drove about four and a half hours from Minnesota to Vortex Optics headquarters in Wisconsin to figure out what goes on top.
We spent an entire day there. Reuben Aleckson and Travis Vogel hosted us, gave us a full tour of the facility, and then Travis and I sat down to talk through Vortex’s precision rifle optic lineup and what actually made sense for someone in my position: a 3-gun shooter with zero long-range competition experience trying to build two rifles for PRS-style shooting.
If you have never been to the Vortex campus, put it on your list. Even if you don’t have a meeting set up, the showroom alone is worth the trip. You can check out every optic in their lineup, buy gear, and see where this stuff gets designed.
But I was not there for the gift shop. I needed answers.
Before we talked about any specific optic, Travis started with the one choice that anchors everything else: the reticle measurement system. In the precision rifle world, that choice is between MRAD (milliradians) and MOA (minute of angle).
If you are coming from 3-gun or action shooting like I am, you might not have a strong opinion on this. I didn’t. But Travis made the case for MRAD pretty clearly, and it comes down to one thing: it is what the precision rifle community speaks.
Think of it like phone ecosystems. If everyone in your circle is on iMessage, you can technically use Android and still communicate, but you miss out on the shared features that make life easier. When you are at a PRS or NRL match and the guy next to you calls out a wind hold, he is calling it in mils. When your spotter feeds you corrections, they are in mils. When you share DOPE data with other shooters, it is in mils.
Beyond the community standard, MRAD works on a base-10 system. Travis compared it to dollars and cents: tenths are easy to work with, easy to divide visually, and easy to communicate quickly under match pressure. MOA works in quarter-minute clicks, which means you are constantly doing mental math with fractions. Neither system is more inherently accurate than the other (the rifle doesn’t care), but MRAD is simpler to use on the fly.
This was an important reset for me. I had been slightly intimidated by MRAD because people I knew had made it sound math-heavy. In reality, the math is easier than MOA once you commit to the system. And since my wife already shoots mils for her NRL matches, being on the same system means we can actually train together and speak the same language instead of converting back and forth.
Here is something Travis said that flipped how I was thinking about this whole process. I walked in planning to pick a scope first, then choose a reticle. Travis told me to do it backwards.
Pick the reticle that fits your discipline and shooting style. Then find the optic that puts that reticle in front of your eye at the right price point and feature set for your use case.
For precision rifle competition, PRS, NRL, and the field match formats I am targeting, Travis pointed to the Vortex EBR-7C MRAD reticle as the anchor. Vortex built it for this style of shooting, and it has become a standard across their precision rifle lineup at multiple price points.
The EBR-7C is a Christmas tree-style first focal plane reticle with 0.2 MRAD hash marks on the horizontal crosshair for wind holds and a windage tree below center that fans out progressively wider at each drop line for holdover compensation. The numbered mil values sit outside the windage dots to keep the center of the reticle clean. According to Travis, Vortex has updated the reticle over time based on direct feedback from competitive shooters, which means the features that are there were specifically requested by people actually using it in matches.
Travis was honest about the alternatives. Vortex also offers the Horus H59 and Tremor 3 reticles in their Razor line. Both are more feature-dense and have dedicated followings. If you are already trained on one of those systems, he recommended sticking with it. But for someone new to precision rifle like me, the EBR-7C has everything I need with room to grow. I am not going to feel outgunned by my reticle, and I am not going to be staring at hash marks I don’t understand yet.
The other practical advantage: the EBR-7C is available across multiple Vortex optic lines at different price points. So once I committed to the reticle, I could match the optic to the job and the budget without changing my reticle language between rifles.
For the MR-19, my primary PRS competition rifle, Travis recommended the Razor HD Gen II 4.5-27×56. This is Vortex’s flagship long-range competition scope in the magnification range most PRS shooters run, and it is the one Travis said he would put on a PRS rifle without hesitation.
Here is what I learned about it:
The Razor runs Vortex’s L-Tec zero-stop elevation turrets with what they call an “infinite zero,” meaning you can lock the turrets at any point, not just at a pre-set click. To make a correction, you pop the turret up, dial, and lock it back down. That locking feature prevents accidental turret bumps from throwing off your elevation data mid-match, which is a real concern when you are shoving your rifle into barricades and bags all day.
It weighs 48.5 ounces, just over 3 pounds. That is not light. But Travis pointed out that for PRS-style shooting, where you are building positions on barricades and supports rather than carrying the rifle on long movements, a little extra weight actually helps stabilize the system. You are not humping this thing through the mountains. You are setting it up on a bag and making precision shots.
Travis was straightforward that this is the highest optical quality and the heaviest build in their precision rifle lineup. At $3,999 MSRP, it is also the most expensive option, though he mentioned that street pricing has come down in recent years, making it more accessible than it used to be.
The tracking, how consistently the turret adjustments translate to actual point-of-impact shifts on target, is something Travis emphasized across all of Vortex’s scopes. He said turret tracking is essentially a non-variable across their lineup; according to him, they all track accurately. That is a manufacturer claim I will be able to verify once I start shooting and collecting data, but it is good to hear from the source.
For the JP Apparition, my .22 LR trainer rifle that sits in the same APAC chassis as the MR-19, Travis recommended the Strike Eagle 5-25×56.
This was an interesting choice because Vortex also makes the Viper PST Gen II, which sits between the Strike Eagle and Razor in their lineup. Travis explained his reasoning for skipping the PST in my case, and it came down to a specific feature: parallax adjustment range.
The Strike Eagle parallaxes down to 15 yards. That is important for rimfire competition and training because .22 LR matches regularly include targets at very short distances. The Viper PST Gen II bottoms out at 25 yards. Travis framed it as a glass-versus-parallax trade-off: the PST has better optical quality than the Strike Eagle, but for a trainer rifle that I will primarily use at shorter distances (out to about 400 yards on my home range), the low parallax won out.
The Strike Eagle runs the same EBR-7C MRAD reticle as the Razor. Same visual language, same holdover references, same muscle memory. The turret system is different, using Vortex’s RevStop zero stop instead of the Razor’s L-Tec locking system, but it still gives you a reliable return-to-zero reference. It also uses a 34mm tube, same as the Razor, so ring compatibility carries over.
At the time of our visit, the Strike Eagle was running around $700 to $800. Current street pricing sits closer to $800, with an MSRP of $1,149. For a trainer optic that I am pairing with a .22 LR rifle, that price point made a lot of sense compared to putting a $4,000 scope on a training rifle when a scope at a fraction of the cost gives me the same reticle and the parallax range I need.
Travis mentioned that a squadmate of his ran the Strike Eagle at the Mammoth Sniper Challenge and won the Atlas sure shot challenge with it. That is not a controlled test, but it does suggest the optic holds up when someone puts it to work in actual competition conditions.
One thing I noticed handling both scopes: the Strike Eagle looks like a smaller version of the Razor. Same general aesthetic, similar build cues. Travis said someone picked up his Strike Eagle thinking it was a black Razor. The family resemblance is there, and at 30.4 ounces it weighs about 18 ounces less than the Razor.
Travis and I got into a conversation about something I had not fully considered: how precision rifle training feeds back into other shooting disciplines.
Building stable positions on barricades and bags, reading wind, managing natural point of aim: these are skills that transfer directly to 3-gun rifle stages and any other discipline where you are shooting a rifle from field positions. Precision rifle forces you to develop those fundamentals more deliberately because the targets are smaller and the distances are longer. There is nowhere to hide sloppy technique.
I am not walking away from action shooting entirely. I still plan to shoot some team matches and possibly the Mammoth. But the positional shooting skills I build in PRS training should make me a better rifle shooter across the board. That cross-training benefit is something I did not appreciate until Travis brought it up, and it makes me feel better about the time I am investing in learning a new discipline.
Travis gave me a look at the Vortex Fury HD 5000 AB, a rangefinding binocular with an onboard Applied Ballistics solver.
The concept is straightforward: instead of pulling out your phone, opening a ballistics app, manually entering atmospherics, and calculating a firing solution, the Fury handles all of it in one handheld unit. It reads range, atmospheric conditions, and calculates your solution on the spot. You load your ballistic profile and ammunition data through a companion phone app, but the actual solver runs onboard the Fury itself.
I have not used it yet, so I cannot speak to how it performs in the field. But the idea of consolidating rangefinding, weather data, and ballistic calculations into one device instead of juggling a rangefinder, a Kestrel, and a phone app is appealing from a match workflow standpoint. It is one less thing to fumble with during a stage.
Update: Since our visit, Vortex has discontinued the Fury HD 5000 AB following their acquisition of GeoBallistics. Stock is limited at most retailers. If you are looking at onboard ballistic solvers in rangefinding binos, check current availability before planning around this specific unit. I will update this section when Vortex announces a replacement.
We spent 8 hours at Vortex, way more content than fits in a single video or article. So we split this visit into two parts.
In Part 3, Travis and I move to the Vortex Edge training facility on campus, where we get hands-on with tripods, tripod heads, spotting scopes, and binocular accessories. That is the support gear side of precision rifle, the stuff that goes in your bag alongside the rifle and optic. If you have ever wondered what tripod setup to run for PRS or how to actually use a spotting scope effectively at a match, that is the episode to watch.
After that, we get into the real work: building the rifles, first range sessions, and eventually stepping up to the line at my first competition. Stay with us.
For PRS and NRL-style competition, MRAD is the community standard. Wind calls, spotter corrections, and shared DOPE data are communicated in milliradians. MRAD uses a base-10 system (tenths) that is straightforward to work with under match pressure. MOA is not less accurate, but you will spend extra mental energy converting if everyone around you is speaking mils. If you are starting fresh with no existing investment in MOA turrets and reticles, go MRAD.
The EBR-7C is Vortex’s precision rifle competition reticle, available in MRAD across multiple optic lines at different price points. It is a Christmas tree-style FFP reticle with 0.2 MRAD hash marks for wind holds and a windage tree below center for holdover compensation. Vortex designed it for PRS and NRL-style shooting and has refined it based on competitor feedback. It provides the tools competitive shooters need without being so feature-dense that new shooters are overwhelmed.
The Vortex Razor HD Gen II 4.5-27×56 is their flagship precision rifle competition optic at $3,999 MSRP. It features L-Tec zero-stop elevation turrets, the EBR-7C MRAD reticle, and their highest optical quality. It weighs 48.5 ounces (just over 3 pounds), which adds stability during positional shooting but is heavier than other options in the lineup. It is the scope most often recommended by Vortex for dedicated PRS and NRL competition use.
The Vortex Strike Eagle 5-25×56 (street price around $800, MSRP $1,149) is a strong option for a rimfire trainer. It runs the same EBR-7C MRAD reticle as the Razor, maintaining the same visual language across both rifles. Its key advantage for rimfire use is parallax adjustment down to 15 yards, which matters for the close-range targets common in .22 LR matches. You give up some optical quality compared to higher-end options, but the price point and parallax range make it a practical trainer choice.
Choosing your reticle first narrows the field based on your shooting discipline and communication needs. Once you have committed to a reticle system (like the EBR-7C MRAD for precision rifle), you can then match the optic to your specific use case, budget, and feature priorities, whether that is maximum optical quality for competition or low parallax for rimfire training. This approach also ensures consistency across multiple rifles if you are running the same reticle on different platforms.
The Vortex Fury HD 5000 AB is a 10×42 rangefinding binocular with an onboard Applied Ballistics solver. It combines rangefinding, atmospheric measurement, and ballistic calculations in a single handheld device. You load your ballistic profile through a companion phone app, but the solver runs directly on the Fury. Note: Vortex has discontinued this product following their acquisition of GeoBallistics. Check current availability before purchasing.
