Best Rangefinders for Archery

Finding the best rangefinders for archery is a challenge that many archers are confronted with at some time. The exercise can be daunting and far from simple with so many good, not so good and mediocre archery rangefinders available the market. 

Before making a purchase, you really should consider a number of things so the decision you make is the right one for you. 

The distances you will be measuring, its ruggedness, the features, how long the battery lasts and other factors are all taken into consideration. It’s a time-consuming procedure that necessitates much research. And it’s likely that the majority of archers will find it tiresome and possibly even boring.

Below are some of the better brands that are well worth researching ~

  • Nikon
  • Leica
  • Bushnell
  • Vortex
  • Leupold

A big element of bowhunting success is being able to judge range accurately. Bullets fired from a rifle basically have a flat trajectory whereas arrows track on a curved path regardless of which type of bow they’re shot from. 

If you miscalculate the distance, your arrow will more than likely not hit the target in the right zone or worse still, wound the animal. 

Bowhunters have used laser rangefinders for quite some time, as regular equipment. These sophisticated devices estimate the distance to the target using a laser beam which allows you to fine tune your sights to suit.

A narrow beam laser pulse is used in most contemporary rangefinders, which bounces off the target. The time it takes for the pulse to return to the rangefinder calculates the distance to the target. 

The technology of rangefinders is continually evolving. Even the most basic rangefinders are now more sophisticated than top-of-the-line ones from a couple of years ago. And that’s a good thing for archers because  a modern low-cost rangefinder may well be just as useful.

On the other hand, not every rangefinder is created equal. You’ll want to look for an accurate and fast rangefinder that’s able to calculate average archery distances if you’re looking to kick some butt this season.  

With so many archery rangefinders available, you may become perplexed as to which one to buy. So, in this post, we’ve compiled a list of some of  the greatest rangefinder brands to research.

We conducted extensive research and tested these archery rangefinders to provide you with the most impartial assessment of each of our recommendations.

How Does a Rangefinder Work?

Optical rangefinders are used for measuring distances in archery and other sports, such as golf.

This type of rangefinder is only one option that can be utilised as there are two others to consider that can do the same job ~

They are GPS Rangefinders and Laser Rangefinders.

The most cost effective option of the three are optical rangefinders and a sizeable number of archers and golfers choose this option, for obvious reasons. And in addition to costing less than the other two, downloading courses is not required and neither are batteries.

An optical rangefinder measures distances by transforming the size of the target to a preloaded scale. This presents archers with a good option to think about despite the fact that these rangefinders are not as accurate as the other two options.

Monocular rangefinders, or optical rangefinders, have in-built scales. Utilising built-in conversion charts, the pin height in the eyepiece is measured and then transformed to a distance calculation. 

They operate on the parallax principle, which is a type of triangulation. The object is focused on by two lenses at opposing ends of the rangefinder. The two pictures are then superimposed using a focusing slider. The scale that transforms the reading into the distance is calibrated with this knob.

It’s critical to aim the rangefinders at the target, or in golf at the pin, and concentrate carefully. The precision is determined by how accurately the instruments are focused. 

Optical rangefinders are generally the less expensive choice but have the benefits of being quite light, have great accuracy and the added benefit of not needing batteries.

There is no risk of measuring anything between you and the target or anything past the target.

They must be held rock steady, and they’ll be difficult to master. To operate correctly, they rely on the target being of a standard height, which they may not be. Even when it is the case, the devices’ accuracy is limited, compared to GPS or laser rangefinders.

Generally, their accuracy is limited to 90%, however this improves to 95% if distances are less than 100 yards. However, even this level of precision is contingent on your ability to concentrate the devices accurately.

How Does a Laser Rangefinder Work?

A laser rangefinder is an essential measuring instruments for builders, the military, hunting and sport including archery. I fact any activity that requires quick and  exact distance measurements.

How does this gadget actually work, and how can you choose the best laser rangefinder for your requirements? 

Laser rangefinders are the most widely used measurement instruments for determining distances and other spatial measures quickly. It’s not surprising that professionals prefer laser rangefinders to optical and ultrasonic rangefinders in their their work or chosen sport.

Laser rangefinders use their optoelectronic systems to emit electromagnetic pulses in laser beams. The laser beam bounces back to the rangefinder after being reflected from the target. The rangefinder then analyses the beam in order to calculate the distance. 

The distance is measured by analysing the travel time in two planes based on the phase delay of the emitted and reflected EM wave. In phase laser rangefinders, this method of measuring is utilised. 

Directly measuring the transit time of the pulse from the rangefinder to the target and vice versa is another laser-based distance calculation option. Pulse laser rangefinders employ this approach.

Laser rangefinders that are able to do interferometric distance measurements are also available. Although interferometric rangefinders are the most exact and quickest distance measurement technique, they are also the most costly and vulnerable to damage. As a result, they are unreliable in a working environment. 

With 1mm per mile precision, laser rangefinders can collect measurements inside and outside. Professional construction laser rangefinders are capable of measuring distances of up to 150 yards. 

Longer range models can detect objects up to 1500 metres away and report accurately on the distance.  The majority of long range rangefinders are used in hunting, agriculture, forestry, and road building.

The Goods Things About a Laser Rangefinder

Laser rangefinders are the most practical and technologically advanced measurement instruments when compared to their optical and ultrasonic equivalents. Their primary benefit is that they can be successfully operated by one person.

Optical rangefinders, which are used to obtain exact distance measurements on building sites and in wide open spaces, need a minimum of two individuals for successful operation.

As a result, utilising a laser rangefinder allows you to cut down on manpower and of course costs, and also considerably speed up measuring procedures.

Laser rangefinders are also less prone to measurement mistakes resulting from improper tool placement and other operator faults. 

Furthermore, the majority of high end laser rangefinders come with an electronic alignment assist, an automated calibration feature, and the ability to collect measurements using the Pythagorean equation or the “painter” functionality.

You may also use these tools to perform continuous measurements, delay measurements, sum or variation of a surface, and measure volume.

Laser rangefinders with state-of-the-art processors and sharp displays that present measurement data have significantly increased their functionality and effectiveness, as well as simplicity of use.

What is a GPS Rangefinder?

GPS rangefinders receive information from satellites in order to calculate how far away you are from the target. It’s generally accepted that this type of rangefinder is faster than a laser rangefinder however potential buyers need to be aware that they are most definitely not as accurate.

With a Laser rangefinder a laser beam accurately calculates the distance from where you’re standing to the target.

Although a GPS Rangefinder can be used in archery, they are predominantly used by golfers, obviously being aware of of the yardage in golf is critical and these devices make it easier to do so.

It’s not just the professionals who are using them, more and more amateur sportsman are using GPS rangefinders for calculating distances, rangefinders are now more mainstream than ever, particularly with the golfing crowd.

As in any high-tech device, ones needs to do their research in order to make an educated buying decision.