The MAC Cerberus is a semi-automatic 9mm Luger pistol built on a double-stack, 1911-style platform with single-action operation. It has a 4.4-inch bull barrel with a target crown and porting, an optics-ready slide cut for a red dot, and a 17+1 round capacity. The slide is finished in QPQ Tenifer Cerakote with an optic cut, porting, and serrations. 
 

Key Specifications 

• Brand: MAC 
• Model: Cerberus 
• Caliber: 9mm Luger 
• Action: Single Action 
• Capacity: 17+1 
• Barrel Length: 4.40" 
• Weight: 2.17 lbs 
• Finish: QPQ Tenifer Cerakote 
   

Detailed Features 

• Ported bull barrel with a target crown for a 1911-style sight picture 
• Optic-ready slide with an RMR footprint mount for direct red dot mounting 
• Skeletonized trigger and hammer reduce reciprocating mass 
• Ambidextrous grip and thumb safety suit both left- and right-handed shooters 
• Aluminum grips and a frame accessory rail round out the double-stack build 
• Ships with a 3-dot white sight setup and a 3.50 lb trigger pull

Double-stack 1911-style pistols like the Cerberus draw comparisons to both classic single-stack 1911s and higher-capacity 2011-pattern guns. Owners generally like the combination of a crisp single-action trigger with more magazine capacity than a traditional 1911, though fit and finish on any pistol at this price point gets scrutinized closely by 1911 shooters.

Handling the Cerberus, the ported barrel and optic-ready slide are popular with owners who want to mount a red dot for faster follow-up shots. The ambidextrous safety and skeletonized controls are appreciated by shooters coming from a competition or range background, though some new owners need time to adjust to the heavier grip footprint of a double-stack frame.

On value, double-stack 1911-style pistols like the Cerberus are generally seen as more affordable than premium 2011 builds while still offering similar features. Aftermarket support is more limited than for a standard 1911 or modern striker-fired pistol, since RMR-footprint slides and double-stack magazines are platform-specific.