Range finders are an essential tool for accurately measuring distances when hunting, shooting or engaging in outdoor activities such as hiking. There are various kinds available with various features; here is an overview to help you better understand these essential tools:
1. Laser Range Finders (LRFs): How They Work (SWOT): This device uses a laser beam to measure distance to targets by timing how long it takes for its beam to come back after hitting them and calculates this time difference after impact. Advantages / Pros (WST/EIS, RCS etc). *** ARLs offer high accuracy, rapid measurements and can work under diverse conditions (both indoors and outdoors).
– **Disadvantages: Can be affected by weather conditions like fog, rain or snow.
2. Optical Range Finders:
These devices rely on prisms and lenses to measure distance by comparing images of targets. Their advantages include no batteries needed and simple mechanical design.
– Disadvantages: Range finders tend to be less accurate, and more challenging for determining distance targets.
3. GPS Range Finders:
How They Work**: Utilizing satellite signals to determine your position and calculate distances using GPS coordinates.Advantages: Utilised extensively on golf courses, hiking trails and outdoor navigation activities where accurate location tracking is essential.
Disadvantages**: These devices tend to be less accurate for short range measurements when compared with laser range finders.
1. Range:
The maximum distance a range finder can measure. Depending on its model, this could range anywhere from several yards up to several thousand.
2. Accuracy:
This refers to how close the distance measured matches its actual value; high-quality range finders typically boast accuracy within an inch or yard.
3. Magnification:
Some range finders come equipped with built-in magnification features to make viewing and measuring distant targets more straightforward.
4. Measurement Units:
Most range finders allow users to switch between yards and meters when it comes to measuring range, so make sure the one you choose supports both units of measurement.
5. Angle Compensation: This feature adjusts distance measurements depending on the angle of a shot, making it especially helpful when hunting on steep terrain or shooting at inclines.
6. Display and Readability: To ensure the display can be read easily in different lighting conditions, pay particular attention to its clarity and readability.
7. Weather Resistance: To use it effectively in harsh outdoor conditions, ensure your range finder is durable enough. Invest in one that will stand up to all types of elements without succumbing to wear-and-tear damage.
8. Size and Weight: When considering which range finder would best meet your needs, its size and weight may be of paramount concern.
9. Battery Life: Its Battery life is of great importance in laser and GPS range finders. Look for models with longer battery lives or those that enable easy replacement if desired.
Calibration: For optimal accuracy, regularly calibrate your range finder to ensure it remains accurate.
Target Type: For easy measuring of non-reflective targets, reflective targets tend to be simpler. If your needs include measuring distant, small, or non-reflective targets frequently, look for a range finder with strong laser capabilities.
Are You Planning an Activity or Type of Range Finder? Doing this can help narrow down the best range finders to meet your specific needs.
Showing 1–12 of 27 results