Posts Tagged ‘Leupold’

zeiss conquest 4×32

Friday, March 26th, 2010

Fixed power scopes aren’t all that popular here in the U.S. sure you have tactical scopes and rim fire scopes, but for the most part, variable power optics rule here. For me, I like a fixed power scope on my 22lr rim fire rifles. I personally use a 4×32 scope on my ruger 10/22 and it fits and has done a very good job so far. There are lots of options for fixed power scopes, Burris, Nikon, Leupold, and Zeiss have some good offerings in this category.   I particularly like the zeiss 4×32 conquests. The zeiss conquest line offers great glass and quality at a reasonable price. This 4×32 is perfect for many purposes, if you’re looking for a fixed power scope that is. I use my 10/22 out 10 125 yards with no problems. This scope would perform well on both a rim fire and larger caliber rifles, because fixed power scopes can take more abuse than there variable power counterparts. Mechanically, these rifle scopes are simple and tough to break. If you want a nice 4x scope for a 22 rimfire rifle or other various purposes, check out this zeiss conquest 4×32. That’s the word from sportoptics.com.

Swarovski’s BT system

Thursday, January 7th, 2010

Rifle scope review blog 8

 

Swarovski Ballistic turret system

 

Every manufacture has one or multiple answers for easy various distance shooting. Every manufacture offers mildot reticles, but that isn’t easy for some folks. For Nikon, it’s the BDC reticle. Leupold has the Boone and Crockett reticle. Zeiss has the Rapid Z system. Swarovski has the BR reticle, but they also have something new that is very interesting. This innovation is called the Ballistic turret system, and it allows for easier distance shooting. This system allows the shooter to set up to five zeros, without using a very busy reticle. Picture this, you zero your rifle at 100 yards, you go to the ballistic calculator at http://www.bt.swarovskioptik.com/  and put in your bullet information; the manufacture, the bullet type, the model of scope, the altitude your hunting at, the site your scope sits above your bore, and your zero range. The calculator then tells you how to set the knobs on your elevation turret and you’re ready to make distances shots at the turn of a knob. You can use more classic reticles and not worry about anything but the shot itself. It’s an easy system for anyone to use. You can easily switch ammunition, your hunting area, and zero once and have you scope set for various ranges. This is useful if you hunt in different areas or if you run out of the ammunition you use. This system makes everything easy for the shooter; from zeroing to actually shooting the target, it’s as easy as turning a knob. The Ballistic turret system is available on the Swarovski Z5, Swarovski Z6, and Swarovski Z6I rifle scopes. Be careful if you try this system, nothing else really compares and you will probably have to get one. That’s the word from sportoptics.com

How to choose a rifle scope

Monday, January 4th, 2010

How to choose a rifle scope

 

With so many scopes out there, how do I choose the right one? As a hard working guy who loves to hunt, I want the most bang for my buck that I can get in a rifle scope. I’ve decided to write this guide for selecting a scope. I’m going to go through the basics that apply to scopes in general, such as how scopes work, and application.

            What a rifle scope does is magnifies the target and places your eye on the same optic plane as the target. Scopes magnify the target by bending light rays through a series of lenses in the scope. Lower powered scopes are typically shorter and have smaller lenses than high powered scopes. All scopes have a reticle. There are many different Reticles but they are usually a post, dot, x, a t shape or some other marking with a point either etched in the lenses or inset with wire in the center of the scope. A scope eliminates the problems you have with open sites; you just focus on your target, put the center reference point on the target and squeeze the trigger. Rifle scopes also let you see your target more clearly through magnification, allowing for better shot placement.

 

Here is the structure of a rifle scope

  better-optics-parts-of-a-scope-500

  • 1) The eye Piece - This assembly holds the Ocular lens and is attached to the bell
  • 2) Ocular lens - the lens that is close to your eye
  • 3) Eye relief - distance you eye has to be from the ocular lens when you can see completely through the rifle scope. You need to be far enough back from the ocular lens that when your rifle recoils, you do not get “scope eye”.
  • 4) Eye bell - the housing the eye peace and tube gets attached to
  • 5) Power adjustment ring - allows you to adjust the magnification on your scope by turning this ring. When you turn the ring, the distance between lens inside the scope change, and the light in refracted changing magnification.
  • 6) Windage Adjustment - shifts the point of the scope on the horizontal plane (the left and right) these are measures in MOA, which is 1.047 inches at 100 yards
  • 7) Elevation adjustment - shifts the point of aim on ther vertical plane (up and down) same MOA as windage, just up and down
  • 8) Tube - a rifle scope is a tube in a tube. The inner tube holds the lenses to refract light while the outer tube protects the inner tube and is a base for the eye peace and objective. Tube diameter is important; most we scopes have a 1 inch tube, while European scopes have 30mm tubes.
  • 9) Objective Bell - housing and lens on the front end of the scope
  • 10) Objective lens - This lens on the front of the scope collects the light that goes through your scope. A rule of thumb is the higher that magnification the larger the objective. Also, a larger objective lets in more light for better shooting in low light.

      Field of view - what you see in the scope when you look through it

 

Almost all rifle scopes provide some level of magnification. Some are fixed and it is generally denoted in this format “4x”, meaning the scope enlarges your target by 4 times what you see with the naked eye. A variable power will have a name like “2-7×32mm”.  This means the scope can magnify 2-7 times and every power in between and has a 32mm objective. Having a variable power scope is the way to go, but they are more expensive than fixed power scopes, and cheaper variable power scopes have to be sighted in more often.  A variable power scope is also going to be larger and heavier because of all the internal components.

 

      What scope is right for me? That’s what I’m here to try and help you answer. It depends on what firearm you’re using and what you’re doing with it. You want to balance low range magnification and higher range magnification. Some guide lines are for small game like squirrels a 4x scope, for varmints you want more magnification like 4-14x like this Zeiss conquest 4.5-14×44 or high magnification depending on range. For big game, dangerous game, and hunting in thick cover 1.5-4x or 2-7x are some good ranges to look at, a good example is this Swarovski Z6 1-6×24  . For general purpose it’s hard to beat a 3-9 power scope like this Nikon buckmaster. For big game in open country try 2.5-10x 3-9x, or 4-12x. For long shots, bench rest shooting look for larger magnification like 5-22x or higher magnification, this Nightforce scope is a good example. For competition target shooting you really have to know the type of shooting your doing. Fixed vs moving targets, pistol or rifle, large or small caliber it really depends. The best thing to do in this situation is go to the matches and ask the guys what they use. Tactical close applications you want low magnification and fast target acquisition.  

      Reticles are the part of the scope you use to aim. There are many different reticles to match a variety of situations. The standard reticle is the crosshair; a popular reticle is the duplex, which every manufacture has a duplex style reticle, and here is an example from Leupold. Reticles can be illuminated; you can get a mildot reticle, or a ballistic compensating reticle for longer range or precise shots, the german number 4 reticle is great for low light situations. Reticle choices is more taste than anything else, but for low light thick reticle post are easier to pick up, and for longer range shooting look for a finer reticle. Look at them all and match what you like to your application.

      Parallax error applies to variable power scopes. Parallax is determined by the distance to the objective, the exit pupil size and relation of the eye to the tube of the scope.  The reticle is on one of the lens inside your scope. Most scopes are set to have the reticle aligned with the target at 100 yards. When you adjust the magnification, a small error called parallax is introduced. Higher powered scopes are more affected by parallax and for most hunting parallax aren’t worth worrying about because the error is so small, for target and long range shooters the solution is parallax adjustment.

      Objective size is also important. Your objective must be large enough to accommodate a good field of view and give you good low light performance if that’s what you need, allow you to mount your scope to your rifle reasonably; most people like to mount the scope as low as possible. For hunting whitetail deer and other animals in low light, a large objective is ideal. For hunting in bright conditions, it isn’t as paramount to have a large objective, unless you have a scope with a large magnification range.

      Resolution is the measure of how much light comes into the objective lens and exits the ocular lens. The better the scope the more light gets let through, resulting in sharper images and better picture in low light.

      Most modern optics have Lens coatings to protect them or to improve performance. Make sure you buy a scope with coated lens. You also want to be sure to protect your lens when storing your scope. That will make them last longer.

      You get what you pay for with a scope. There is a reason for the price difference and it isn’t just in the name, and what you pay determines the scopes performance. You can’t expect a 200$ scope to perform like a 600$ scope, but there is a diminishing return, you may not get 4 times better performance out of a 1200$ scope vs a 300$ scope, but a little difference can go a long way depending on what you are doing. Five more minutes of scope time can mean getting that buck of a lifetime or nothing.

            So to put all this in a short and sweet package, let’s walk through the steps.

 

Step 1: Choose a price range

Choose Step 2: Find a Reticle you like that works for what you’re doing, be it illuminated or not.

Step 3: Decide if you want parallax adjustment

Step 4: Choose an Objective size, making sure you have good field of view and enough objective to collect light.

Step 5: a magnification range for your type of application, be it hunting or target shooting.

Step 6: Hunt

     

I hope this information helps you find a great scope. Knowing what you’re looking for and range of your targets will help you choose a scope and what magnification you need. As for quality, decide on the quality you need then buy better, you will never regret it. Thats the word from sportoptics.com

Leupold VX-3 and VX-3L Rifle Scopes

Thursday, May 28th, 2009

When asked to comment on the new line of VX-3 and VX-3L rifle scopes, Leupold’s marketing communications manager, Mike Slack, responded, “Progress and development should never stop.” Leupold has pushed everything to the limit to make the VX-3 and VX-3L series your new favorite and most copied rifle scope. The Leupold VX-3 and VX-3L rifle scopes have been loaded with optical technologies such as the Xtended Twilight Lens System, DiamondCoat 2 lens coatings, blackened lens edges, second generation waterproofing, a twin bias spring erector system, and cryogenically treated adjustments. All of which are provided by Leupold to help you make your shot.

The Xtended Twilight Lens System of Leupold’s new VX-3 and VX3-L rifle scope series uses the Leupold index matched glass with a wavelength specific lens coating designed to optimize the transmission of low-light wavelengths. It places extra emphasis on matching coating to glass indices to achieve the best possible transmission of the blue/violet light spectrum that takes over your eyes at twilight hours. Combined with the DiamondCoat 2 lens coating, providing superior scratch resistance, Leupold’s brilliantly designed lenses deliver a highly defined image perfect for use at any hour of the day. The VX-3L models feature the Light Optimization Profile, the crescent shape cut in the objective lens yeilds maximum Total Light Throughput, while allowing for a lower mount to achieve proper cheek weld and faster target acquisition.

As one of the worlds most reknowned manufacturers of rifle scopes, you can already expect the Leupold VX-3 and VX-3L series rifle scopes, Leupold’s most recent scope design to be up to par with almost every hunters standards. This series carries a significantly lower price tag than comparing Swarovski or Zeiss models, but will still compete with the best.