Beretta 3032 Tomcat is comparable in size to a smart phone
and weighing only 14.5 oz, the ultra-concealable Tomcat has been the ultimate
pocket pistol for over three decades. With the addition of a factory installed
1/2x28 TPI threaded barrel, the Tomcat model takes ultra compact to a new level
with ultra quiet capability. It is user-friendly, durable, reliable and
accurate, while with its snag-free lines is can be tucked in any kind of
holster or pocket for deep concealment. The exclusive tip-up barrel allows the
user to easily load a round directly into the chamber without racking the
slide. It also assists in the safe clearing of the pistol by giving an easy and
absolutely safe way to check the bore and and remove a live cartridge. Jamming
and stove-piping problems are virtually eliminated by the open slide design
shared by all small frame Berettas. Advanced Materials Keeping an eye on
uncompromising quality helps keep Beretta small caliber semi-automatics ahead
of the pack. Beretta pistols in the 3032 Series utilize a tough forging process
for their barrels, while slides are fashioned from solid steel bar stock--and
frames from solid aluminum forgings. This model has a Cerakoted steel slide and
barrel. The alloy frame is FDE anodized to match the color and finish of the
upper components. The other metal parts (trigger, hammer, trigger guard,
safety, magazine, etc.) are black finished.
Series | Tomcat |
Caliber | 32 ACP |
Barrel Length Range | 2" to 2.99" |
Model | 3032 |
Capacity | 7+1 |
Action | DA / SA |
Frame Finish | Flat Dark Earth Anodized |
OAL | 5.42" |
Frame Material | Aluminum |
Hand | Right |
Sight Style | Fixed |
Slide Finish | Flat Dark Earth Cerakote |
Slide Material | Steel |
Slide Description | Top Serrated Flat Dark Earth Cerakote Steel |
Grips | FDE Polymer |
Sight Configuration | Fixed Low Profile |
Safety | Two-Position |
Thread Pattern | 1 / 2"-28 tpi |
Barrel Description | Tip-Up, Threaded |
Barrel Length | 2.90" |
Max Capacity | 7 |
Weight | 14.50 oz |
Frame Description | Flat Dark Earth Polymer |