Low-Tech Rangefinding

Published on September 14, 2023
Duration: 13:02

This video explores various rangefinding methods for long-range shooting, from BDC reticles and MIL/MOA calculations to modern laser rangefinders and low-tech tools like the Range-R Card. While laser rangefinders offer the highest precision, low-tech options provide viable alternatives for less demanding scenarios. The speaker emphasizes that practical field testing is crucial for understanding the limitations and strengths of each method.

Quick Summary

Low-tech rangefinding methods include BDC reticles, MIL/MOA calculations, and tools like the Range-R Card. BDC reticles use calibrated lines, while MIL/MOA requires measurement and math. The Range-R Card offers pre-calculated wedges for common targets, providing a battery-free solution.

Chapters

  1. 00:00Introduction to Rangefinding
  2. 01:31BDC Reticle Rangefinding
  3. 02:43MIL and MOA Mathematics
  4. 04:31Laser Rangefinders
  5. 06:13Rangefinding Monoculars
  6. 07:32The Range-R Card
  7. 10:07Practical Field Comparison

Frequently Asked Questions

What are the main low-tech rangefinding methods discussed?

The video covers BDC reticles, using MIL/MOA measurements with known target sizes, and physical tools like the Black Hills Designs Range-R Card. These methods avoid reliance on electronics.

How do BDC reticles work for rangefinding?

BDC reticles have horizontal lines calibrated to specific target widths at certain distances. This allows shooters to estimate range by comparing the target's size to these lines, regardless of their shooting position.

What are the drawbacks of using MIL/MOA for rangefinding?

While precise in theory, MIL/MOA calculations can be slow and prone to errors. It requires accurately measuring a target of known size and performing calculations, which is difficult without a stable shooting platform.

What advantages does the Range-R Card offer?

The Range-R Card is a durable, inexpensive, and lightweight Lexan tool. It features pre-calculated ranging wedges for common objects like people and vehicles, requiring no batteries or complex calculations.

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