B&T Print-X RBS Gen 2 HUB 5.56 Suppressor

B&T Print-X RBS Gen 2 HUB 5.56 Suppressor

$1,688.49
Sale price  $1,688.49 Regular price 
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B&T Print-X RBS Gen 2 HUB 5.56 Suppressor

B&T Print-X RBS Gen 2 HUB 5.56 Suppressor

$1,688.49
Sale price  $1,688.49 Regular price 

The B&T Print-X RBS Gen 2 is an advanced rifle sound suppressor engineered using laser powder bed fusion technology from high-strength Inconel. This 3D-printed monolithic construction completely eliminates welds to ensure maximum structural durability under demanding firing schedules. Featuring a dedicated Reduced Backpressure System (RBS) with spiral flow-through channels, it significantly mitigates blowback to protect firearm components and increase shooter comfort.

Equipped with the universal HUB 1.375x24 TPI mounting interface, this suppressor easily integrates across various host platforms without requiring adjustable gas blocks. Its bead-blasted finish and upgraded end-cap effectively diminish both sound and flash signatures while adding minimal bulk to the barrel.

Key Features

Brand B&T (Brügger & Thomet)
Caliber 5.56 mm / .223 Remington
Material Inconel
Mount Type HUB 1.375x24 TPI
Technology Laser Bed Fusion (3D Printed), Reduced Backpressure System (RBS)
Finish Bead-Blasted
Overall Length 16.8 cm
Diameter 4.4 cm
Weight 420 g
Manufacturer Part Number (MPN) SD-140050-G2
EAN 2010002344468

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Frequently asked questions

What caliber is the B&T Print-X RBS designed for?

It is engineered specifically for .223 Remington and 5.56 mm carbines and rifles.

What material is used to construct this suppressor?

The suppressor is manufactured from high-grade Inconel using laser powder bed fusion technology, eliminating traditional weld points.

What mounting standard does this suppressor use?

It features the industry-standard HUB 1.375x24 TPI thread mounting system.

How does the RBS technology benefit the firearm?

The Reduced Backpressure System directs gas through specialized spiral flow channels, minimizing gas blowback toward the shooter and reducing wear on internal firearm components.

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