The Stealth Arms Platypus Comp delivers a high-performance, competition-ready double-stack pistol meticulously engineered for shooters who demand absolute precision, speed, and recoil control. Chambered in the smooth-shooting 9mm caliber, this innovative platform functions on a reliable single-action-only (SAO) mechanism, offering an incredibly crisp trigger pull and tactile reset for lightning-fast follow-up shots. Built around exceptional ergonomics, it combines custom grip geometry with standard modern control surfaces to maximize handling and structural balance.
At its core is a 5.00-inch match-grade compensated barrel, precisely designed to redirect escaping gases upward to drastically reduce muzzle rise and maintain a remarkably flat shooting profile during rapid strings of fire. Designed to adapt to modern tactical setups, the precision-machined slide features a dedicated RMR optic footprint, allowing effortless integration of your preferred red dot sight. The pistol stands out with a striking, highly durable Venom Green finish, ensuring premium wear resistance during extensive range use, tactical training, and competitive environments. Yielding an impressive 17-round capacity that utilizes widely available, reliable magazines, this custom-tier handgun is the ideal choice for competitive athletes and enthusiasts seeking integrated recoil mitigation and a distinctive aesthetic footprint.
- Manufacturer: Stealth Arms
- Model: Platypus Comp
- Caliber: 9mm
- Capacity: 17 Rounds
- Barrel Length: 5.00"
- Barrel Type: Match Grade with Integrated Intelicomp
- Action: Semi-Automatic / Single Action Only (SAO)
- Optic Footprint: Trijicon RMR Cut
- Grip Type: Double-Stack (Accepts Glock 17 Style Magazines)
- Safety: Ambidextrous Manual Thumb Safety
- Frame Material: Aluminum
- What's In The Box: Platypus Comp 9mm Pistol, (1) 17-Round Magazine, Owner's Manual
- Finish Color: Venom Green
| __Action | Single Action Only |
| __Barrel Length | 5.00" |
| __Capacity | 17 |
| __Model | Platypus Comp |
| __Caliber | 9mm |
| __Optic Footprint | RMR |