Nocpix Quest Thermal Binoculars | First Look SHOT Show 2026

Published on January 23, 2026
Duration: 7:18

This video provides an expert-level first look at new thermal optics from Nocpix and InfiRay Outdoor, showcased at SHOT Show 2026. It details the technical specifications, features, and applications of the Nocpix Quest 1280 thermal binoculars and the InfiRay Hybrid Compact thermal scope, highlighting advanced functionalities like integrated ballistics and toolless mounting systems. The discussion also touches upon the InfiRay RH25 v2's versatility as a 4-in-1 thermal unit.

Quick Summary

The Nocpix Quest 1280 thermal binoculars feature the highest resolution (1280x1024) and an integrated 1200-yard laser rangefinder. The InfiRay Hybrid Compact offers a 10-micron 640 sensor with integrated ballistics and a toolless D-Lock mount for precise return-to-zero. The InfiRay RH25 v2 is a versatile 4-in-1 thermal unit.

Chapters

  1. 00:00Introduction to Nocpix Quest 1280
  2. 01:14Quest 1280 Technical Details
  3. 02:36InfiRay Outdoor RH25 v2
  4. 04:36InfiRay Hybrid Compact Thermal Scope

Frequently Asked Questions

What are the key features of the Nocpix Quest 1280 thermal binoculars?

The Nocpix Quest 1280 boasts the highest resolution sensor (1280x1024), an integrated 1200-yard laser rangefinder, and a dual display system for enhanced depth perception. It offers 2x base magnification and an 'In-Link' function for data sharing.

How does the InfiRay Hybrid Compact thermal scope improve shooting accuracy?

The InfiRay Hybrid Compact integrates ballistics with a Suggested Point of Aim (SPOA) overlay. Its D-Lock toolless mounting system ensures a 1/100 MOA return-to-zero capability, crucial for maintaining accuracy after re-mounting.

What makes the InfiRay RH25 v2 a versatile thermal device?

The RH25 v2 is a 4-in-1 unit, usable as a helmet mount, handheld device, clip-on, or dedicated scope. Upgrades include longer battery life, onboard recording, and a lightweight magnesium housing.

What is the significance of the 10-micron sensor in thermal optics?

A 10-micron sensor, like the one in the InfiRay Hybrid Compact, generally indicates higher performance and better thermal sensitivity compared to older 12-micron or larger sensors, allowing for clearer detection of heat signatures at greater distances.

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