Top 5 Reasons We Miss Series | 1 | Incorrect Range

Published on October 25, 2023
Duration: 8:38

This guide details how to check the alignment of a laser rangefinder's reticle with its emitted beam. Incorrect alignment can lead to inaccurate range readings, especially on smaller targets. The process involves using a stable setup and a target with a distant backdrop, then systematically checking the reticle's edges against the target to identify any displacement, which may require factory service.

Quick Summary

Incorrect range is the number one reason for missing long-range shots. Laser rangefinders can err by locking onto the wrong reflective surface. Advanced models use 'near mode' for skylined targets and 'far mode' for adverse conditions like fog, while proper field calibration and techniques like bracketing ensure accuracy.

Chapters

  1. 00:28Incorrect Range: The #1 Reason for Misses
  2. 00:38How Laser Rangefinders Work
  3. 01:09Laser Beam Shapes and Orientation
  4. 01:33Basic vs. Advanced Rangefinders
  5. 01:47Targeting Modes: Near vs. Far
  6. 02:12Near Mode Use Cases
  7. 02:51Near Mode Limitations
  8. 03:16Far Mode for Adverse Conditions
  9. 03:42Long Range Modes Explained
  10. 04:39Choosing Long Range Near/Far
  11. 04:52Checking Reticle Zero
  12. 05:22Field Calibration Technique
  13. 06:46Handling and Alignment Checks
  14. 06:58Field Use Tips
  15. 07:03Stability and Bracing
  16. 07:17Bracketing Technique
  17. 07:55Ranging in Rolling Terrain
  18. 08:05Avoiding Over-the-Back Readings
  19. 08:20Series Conclusion

Frequently Asked Questions

What is the primary reason for missing long-range shots, according to experts?

The primary reason for missing long-range shots, even with modern laser rangefinders, is incorrect range estimation. This can stem from various factors related to how the rangefinder operates and how it's used in the field.

How do laser rangefinders determine distance, and where can errors occur?

Laser rangefinders emit a light beam and measure the time for its return. Errors can occur because the beam is not a pinpoint but more like a flashlight, reflecting off multiple objects at different distances, and the device may lock onto the wrong return.

What are 'near mode' and 'far mode' in laser rangefinders, and when should they be used?

'Near mode' prioritizes the first significant light return, ideal for skylined targets. 'Far mode' ignores early returns, crucial in rain, fog, or haze, to get a range on the intended target further away.

How can I check if my laser rangefinder's reticle is properly aligned with its beam?

To check alignment, use a stable setup with a street sign and a distant backdrop. Lase from different angles (right, left, top) and note where the reticle first registers a reading on the sign to identify any beam displacement from the reticle.

What are effective techniques for ensuring accurate range readings in the field?

Ensure stability by bracing elbows or using a tripod. Employ the 'bracketing' technique by ranging objects in front of and behind your target. In rolling terrain, range the ground at the animal's feet to avoid errors from background objects.

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