Rugged Direct Thread Mount 1/2x28
Not Yet Rated | Write the First Review SKU: 222-RUG-DTM002
UPC: 850000000000
MFG#: DTM002

Rugged Direct Thread Mount – 1/2x28

Simplify your suppressor setup. Maximize your compatibility.

The Rugged Direct Thread Mount – 1/2x28 is the ultimate no-fuss solution for securely mounting your suppressor to a 1/2x28 threaded barrel. Designed for use with the Rugged Alaskan360™ and other suppressors utilizing the 1.375x24 HUB (Universal Mount Pattern), this direct thread mount delivers rock-solid attachment, precision alignment, and reduced point-of-impact shift—without the complexity of QD adapters or muzzle devices.

Crafted from high-strength materials and engineered with tight tolerances, this mount ensures repeatable accuracy and superior durability. Whether you’re building a lightweight suppressed rifle or streamlining your suppressor compatibility across multiple hosts, the Rugged Direct Thread Mount offers reliable performance in any scenario.

⚠️ Note: Not compatible with Rugged Obsidian9 or Obsidian45 suppressors.

🔧 Key Features:

• ✅ Thread Pitch: 1/2x28 – Ideal for most .22LR, 9mm, and .223/5.56 rifles and pistols

• ✅ Universal HUB 1.375x24 thread pattern – Compatible with Alaskan360™ and similar suppressors

• ✅ Secure and straightforward mounting – No extra adapters, no timing shims, just direct precision

• ✅ Lightweight & durable – Built for longevity in the harshest environments

• ✅ Available in multiple thread pitches for expanded platform compatibility

📦 Included:

• 1x Rugged Direct Thread Mount – 1/2x28

⚙️ Specifications:

• Thread Pattern: 1.375x24 (suppressor side)
• Barrel Thread Pitch: 1/2x28
• Material: Precision-machined stainless steel
• Finish: Black nitride (corrosion resistant)

🔥 Suppressor Compatibility Meets Simplicity

Whether you're chasing sub-MOA groups or dialing in your suppressor setup, the Rugged Direct Thread Mount gives you the confidence of consistent, no-wiggle lock-up. It’s the perfect match for shooters who demand reliability without added complexity.