InfiTac Fast Mini FMP13 thermal pistol scope

Published on September 17, 2025
Duration: 0:36

This video showcases the InfiTac FMP13 thermal pistol scope mounted on a custom-finished pistol. It demonstrates the optic's thermal imaging capabilities in an outdoor setting, including aiming at steel targets and live fire. The shooter, identified with 'Guns Blazing Ranch', exhibits proficient shooting skills and efficient magazine changes, highlighting the optic's performance during recoil.

Quick Summary

The InfiTac FMP13 is a thermal pistol scope with 0.5X magnification, designed for mounting on a firearm's slide. It enhances target acquisition in low-light conditions by detecting heat signatures and appears to maintain a stable sight picture during live fire, as demonstrated by the shooter.

Chapters

  1. 00:00Pistol & Thermal Optic Intro
  2. 00:03Thermal View Demo
  3. 00:15Aiming at Steel Targets
  4. 00:20Magazine Reload & Live Fire
  5. 00:25Thermal Sight During Shooting
  6. 00:27Shooter & Pistol Close-up
  7. 00:30Continued Shooting & Reload

Frequently Asked Questions

What is the InfiTac FMP13?

The InfiTac FMP13 is a thermal pistol scope designed to be mounted directly onto a firearm's slide. It provides thermal imaging capabilities, allowing users to see heat signatures in low-light or no-light conditions, enhancing target acquisition.

What is the magnification of the InfiTac FMP13?

The InfiTac FMP13 thermal pistol scope features a 0.5X magnification. This magnification level is typically suited for close-to-medium range engagements common with pistol use.

How does the InfiTac FMP13 perform during live fire?

During live fire, the InfiTac FMP13 appears to maintain a stable sight picture, and the shooter demonstrates good control over recoil. This suggests the optic is robust and well-suited for dynamic shooting scenarios.

What are the benefits of using a thermal pistol scope like the InfiTac FMP13?

A thermal pistol scope like the InfiTac FMP13 offers a significant advantage in low-light or complete darkness by detecting heat signatures. This allows for effective target identification and engagement when traditional optics would be ineffective.

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