Ruger PC Carbine SBR | 9mm | 6.5in | 17rd | 39101

The Ruger PC Carbine SBR is a compact, NFA-regulated carbine-style rifle built around Ruger’s PC Carbine platform. Chambered in 9mm Luger with a 6.5" cold hammer-forged, threaded barrel, it pairs a Magpul-adjustable chassis and interchangeable magazine wells for broad magazine compatibility. The rifle ships with one SR-Series/Security-9 17-round magazine and includes an additional Glock-pattern magazine well. This configuration is well suited to range training and recreational suppressed shooting where a compact 9mm carbine offers practical handling and reduced report.

Warning: This short-barreled rifle (SBR) is regulated under the National Firearms Act (NFA); unauthorized possession, transfer, or manufacture of an SBR is a federal felony and may violate state and local laws.

Product Specifications

• The action is Semi-Auto.
• The caliber is 9mm Luger.
• The barrel length is 6.5".
• The barrel is threaded with a 1/2"-28 thread pattern.
• The capacity is 17 rounds.
• The stock is an adjustable black synthetic chassis with an aluminum free-float handguard.
• The receiver material is Aluminum Alloy.
• The receiver finish is Type III Hard-Coat Anodized.
• The barrel twist is 1:10" RH.
• The barrel has 6 grooves.
• The rifle includes one SR-Series/Security-9 17-round magazine.
• The package also includes interchangeable magazine wells for SR-Series/Security-9 and Glock-pattern magazines.
• The design features reversible magazine release and reversible charging handle to support left- or right-handed use.
• The barrel ships with a thread protector installed.
• The UPC is 736676391011.

This PC Carbine SBR brings a compact, purpose-built 9mm platform to shooters who value simple magazine compatibility, a durable free-float M-LOK handguard, and an adjustable Magpul chassis for ergonomic fit. Its combination of a cold hammer-forged threaded barrel and modular mag-well options makes it a capable, compact option for range-focused carbine training and suppressed shooting applications.