Fobus TAM Holster for Taurus PT111 Millennium - Right Hand Paddle

The Fobus TAM holster delivers reliable passive retention for the Taurus PT111 Millennium with a proven paddle attachment system. This injection-molded polymer holster secures your firearm through precise trigger guard coverage and body contouring specific to the PT111's dimensions.

What Makes This Different

Fobus constructs the TAM using a one-piece injection molding process that eliminates weak points found in multi-piece holsters. The passive retention system relies on exact firearm fitment rather than adjustable mechanisms, reducing potential failure points. The paddle design distributes weight across a larger belt area compared to standard belt loops, improving comfort during extended carry.

Key Features

• Passive retention system with audible click confirmation
• One-piece injection-molded polymer construction
• Wide paddle design for enhanced weight distribution
• Trigger guard completely covered for safety
• Smooth draw stroke with consistent release pressure
• Compatible with belts up to 2.25 inches wide
• Right-hand draw configuration

The TAM holster maintains consistent retention force regardless of temperature or humidity changes. Law enforcement agencies have adopted Fobus holsters for duty use due to their reliability in adverse conditions. The smooth interior finish prevents holster wear on the firearm's finish, while the rigid construction maintains shape over thousands of draw cycles.

Technical Specs

• Material: High-density polymer construction
• Retention: Passive trigger guard retention
• Belt compatibility: Up to 2.25" wide belts
• Draw angle: Straight draw design
• Weight: Approximately 2.8 ounces
• Specific fit: Taurus PT111 Millennium series
• Mounting: Paddle attachment system
• Country of origin: Israel

The TAM holster provides immediate access to your Taurus PT111 while maintaining positive retention throughout daily activities. Professional users trust Fobus holsters for their consistent performance and proven durability in demanding environments.