Generic Video Game Red Dot

Published on September 12, 2022
Duration: 7:30

The Ultradot Pan AV is a classic open-emitter red dot sight with a long history, popular in video games and budget firearm markets. It features four reticle patterns selectable via a rear switch and uses a CR2032 battery. While offering good build quality compared to knockoffs, potential zero shifts when changing reticles and the fragility of the open-lens design are noted concerns.

Quick Summary

The Ultradot Pan AV is a classic open-emitter red dot sight known for its appearance in video games. It offers four reticle patterns and uses a CR2032 battery. While it boasts good build quality compared to budget knockoffs, potential zero shifts and lens fragility are noted drawbacks.

Chapters

  1. 00:00Intro: Ultradot Pan AV & Video Game Optics
  2. 00:44Video Game Appearances & History
  3. 01:49Technical Design & Reticle Options
  4. 02:44Range Testing & Zeroing Process
  5. 04:24Comparison: Ultradot vs. Sightmark Knockoff

Frequently Asked Questions

What are the key features of the Ultradot Pan AV red dot sight?

The Ultradot Pan AV features an open-emitter design, a thin bezel, a CR2032 battery powering eight brightness settings, and four selectable reticle patterns: dot, crosshair, circle-crosshair, and circle-dot. It weighs 112g and has a 4 MOA dot size.

Why is the Ultradot Pan AV often seen in video games?

Its distinctive look, likely based on airsoft props, has led to its inclusion in popular video games like Call of Duty 4 and Ghost Recon Breakpoint. Developers may have modeled it after these budget-friendly replicas.

How does the Ultradot Pan AV compare to its knockoffs?

The genuine Ultradot Pan AV demonstrates superior build quality, brightness, and reticle clarity compared to budget knockoffs like the Sightmark Sure Shot. The knockoff also showed significantly less durability in drop tests.

What are the potential drawbacks of the Ultradot Pan AV's design?

Concerns include potential zero shifts when switching between its four reticle patterns, as all may be active simultaneously. The open-lens design is also inherently more fragile than enclosed emitters.

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