History of Aimpoint & The Comp M4/M5

Published on July 21, 2018
Duration: 20:05

This guide details key design features of Aimpoint red dot sights, focusing on the Comp M4 and M5. It explains the intentional mechanical play in adjustment knobs for durability, the historical reason for the 30mm tube, and the advantages of larger tubes for night vision. The shift to alkaline batteries for logistical and regulatory reasons is also highlighted. Instruction comes from a high-authority source with deep technical expertise.

Quick Summary

Aimpoint optics like the Comp M4 and Comp M5 feature intentional mechanical play in their adjustment knobs to prevent impact shock from causing the red dot to flicker. The 30mm tube on models like the Comp M4 enhances light transmission, beneficial for night vision use. Both models prioritize long battery life (50,000+ hours) using efficient LEDs and alkaline batteries (AA for M4, AAA for M5) for logistical ease and regulatory compliance.

Chapters

  1. 00:00Intro: Comp M4 & M5
  2. 01:47Early History & Commercial Roots
  3. 03:02Military Adoption & Design Legacy
  4. 04:41LED Efficiency & Battery Life
  5. 08:05Durability & Rheostat Design
  6. 11:3330mm Tube vs. Micro Footprint

Frequently Asked Questions

What are the key battery differences between the Aimpoint Comp M4 and Comp M5?

The Aimpoint Comp M4 uses a standard AA alkaline battery, while the Comp M5 utilizes a smaller AAA alkaline battery. Both models are designed for extended battery life, often exceeding 50,000 hours, prioritizing field logistics and regulatory compliance.

Why do Aimpoint optics have intentional play in their adjustment knobs?

This 'play' is a deliberate design feature in Aimpoint optics like the Comp M4/M5. It prevents direct transmission of impact shocks through the adjustment stem to the internal electronics, thereby preventing the red dot from flickering during heavy recoil or rough handling.

What is the advantage of the 30mm tube on Aimpoint optics like the Comp M4?

The 30mm tube, a design carried over from earlier models, offers superior light transmission compared to smaller micro-footprint optics. This is particularly advantageous when using the sight in conjunction with passive night vision devices like a PVS-14, as it allows more ambient light to pass through.

How does Aimpoint achieve such long battery life?

Aimpoint achieves exceptional battery life, often rated at 50,000 hours, by using highly efficient, miniaturized LEDs. Unlike older designs that masked large LEDs and wasted power, Aimpoint's technology maximizes the use of the light output, drastically reducing energy consumption.

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