This New Suppressor Doesn't Get Hot? Ambient Arms Suppressor

Published on January 11, 2026
Duration: 37:55

This video provides an expert-level review of the Ambient Arms EXO suppressor, focusing on its revolutionary heat management system. Instructor Mike Jones (Garand Thumb), a recognized industry expert, demonstrates how the suppressor's ambient air intake ports significantly reduce surface temperature compared to traditional models like the Surefire RC2. The review includes practical testing, such as a 'mag dump' followed by immediate touch tests and thermal imaging, highlighting the EXO's potential for increased reliability and shooter safety during sustained fire.

Quick Summary

The Ambient Arms EXO suppressor revolutionizes heat management with ambient air intake ports that mix cool air with hot gases. This technology keeps the suppressor significantly cooler than traditional models, demonstrated by thermal imaging after a 'mag dump' where the EXO reached ~180°F compared to a Surefire RC2's ~360°F. This enhances safety, reliability, and material durability.

Chapters

  1. 00:00Introduction to Ambient Arms EXO
  2. 03:08Technical Design and Team
  3. 06:27Heat and Temperature Testing
  4. 11:44Sound Signature and Downrange Testing
  5. 16:39Material Science and Durability

Frequently Asked Questions

How does the Ambient Arms EXO suppressor stay cool?

The Ambient Arms EXO suppressor features innovative ambient air intake ports. These ports actively draw in cooler ambient air, mixing it with the hot propellant gases inside the suppressor. This process significantly lowers the overall surface temperature, making it safer to handle and potentially more reliable during sustained firing.

What are the main benefits of the Ambient Arms EXO's heat management system?

The primary benefits include enhanced shooter safety by reducing burn risk, prevention of heat-induced malfunctions, and preservation of the suppressor's material integrity. This allows for higher rates of fire without compromising the suppressor's performance or lifespan, even with materials like titanium.

How does the EXO suppressor compare thermally to traditional suppressors?

During testing, after a 30-round 'mag dump,' the Ambient Arms EXO suppressor registered around 180°F at its hottest point. In contrast, a traditional Surefire RC2 suppressor reached over 360°F under the same conditions, highlighting the EXO's significant thermal advantage.

What materials are used in the Ambient Arms EXO suppressor?

The Ambient Arms EXO suppressor is constructed using high-strength materials including Titanium and Inconel. Its advanced cooling system allows these materials, particularly titanium, to maintain their structural integrity and strength at temperatures that would typically compromise standard titanium suppressors.

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