by Tom Gaylord
Writing as B.B. Pelletier
UTG 4-16X44 OP3 Compact scope.
This report covers:
- Pyramyd Air Cup
- What makes this scope special?
- The reticle
- Reticle adjustments
- True Strength scope tube
- Sidewheel parallax adjustment
- Bright optics
- Rings included
- The plan
Okay, Lucy (from the TV series “I Love Lucy”) got some ‘splainin’ to do. Why is today Part One of a report on the UTG 4-16 AO Compact scope and yet there are links to Parts 1, 2, 3 and 4? Well, those links all go to the FX-Dreamlite that I last tested in July. At the end of Part 4 I said I had more to test, and this is the start of it.
As you know, the Dreamlight that I tested had problems delivering the accuracy we expect from an FX. It has the Smooth Twist II barrel, which we discovered is very pellet-specific, but I still have not tested it with a good range of pellets it likes — especially the heavier ones. I told you way back in July that there was more to test and today is the start of it.
I Part 3 I had mounted a UTG 8-32X56 SWAT scope on the rifle and went through the horrendous problem of sighting it in. Because the Dreamlite that I am testing is a super drooper I had a hard time getting it to zero. But I did zero the rifle and also shot some groups. Now I want to continue testing this rifle with today’s new UTG scope.
Pyramyd Air Cup
While I was at the 2019 Pyramyd Air Cup this year, the guys from Leapers showed me a brand-new second focal plane UTG scope — the one I am reporting on today. I was stunned by its clarity. That remark deserves some explanation, because it’s the same thing I said about the new Meopta Optika6 scope I just finished testing on the S510. While I don’t compare products, one to another, I will tell you that the Optika6 is a clear winner for clarity. But, by how much? And, are you willing to pay $650 for that edge, when this beautiful new scope costs $230? I bought the Meopta to have at least one scope that compared to a $3,000+ scope. But this UTG is hands-down the clearest scope you will see at this price or even perhaps a hundred dollars more.
What makes this scope special?
This isn’t the first 4-16 power scope you have seen. That range of powers is a wonderful blend for a lot of different shooting including plinking, hunting and some target shooting. There are many other scopes with a similar power range on the market, so what makes this one stand out? Here we go.
True Strength scope tube
30mm scope tube with 44mm objective lens
Sidewheel parallax adjustment from 10 yards to infinity
Zero-lockable turret knobs
Low target turrets that adjust in MOA
Compact scope body
Like I said, this reticle is etched on glass, so it stays clear and sharp. The illumination only lights up the central cross, which is perfect for hunting in low light because there is no flareup reflection on the inside walls of the scope tube. Plus, the EZ-Tap reticle has 36 potential colors and brilliances, so there will always be a color and intensity to suit the situation. And the illumination stays on until you turn it off so you aren’t fiddling with it all the time. Press either button for two seconds to turn it off.
The reticle is a sort of duplex with a marked MOA cross in the center to help with rangefinding and shot adjustment. The reticle has hash marks that are two MOA apart on both lines. These help a shooter get on target without adjusting the scope. You just move the hash mark where the pellet is striking over to your target. Field target shooters do it all the time on windy days.
This is the OP3 reticle. Both the elevation and windage are marked in MOA. Only the small cross in the center is illuminated. This image courtesy of Leapers.
The reticle adjusts via lower knobs that are also marked in MOA. The clicks are very muted. I can’t hear them but I can just feel them. Fortunately for me they correspond to the markings on the scale, so a visual inspection of that scale is the most accurate way to keep track for me. The locking rings are smooth and positive. And you can loosen the adjustment knobs and turn them to zero on each scale after the scope is sighted-in. An Allen screw on the edge of each knob is loosened for this.
Here you see how the reticle adjustment knobs are marked. You can also see the screws that are loosened to slip the adjustment knobs to zero.