The Colt Python, a legendary double-action revolver, continues its renowned legacy with a modern stainless steel construction and a bead blast finish. Available with a 3-inch, 4.25-inch, or 6-inch barrel, this revolver combines classic design with contemporary enhancements for a superior shooting experience. Crafted with thirty percent more steel beneath the rear adjustable target sight, the Python offers increased strength and durability, ensuring reliable performance under demanding conditions. Its precisely machined components include a recessed target crown, contributing to improved accuracy and shot consistency. The revolver is chambered in .357 Magnum, with the versatility to also fire .38 Special cartridges, making it suitable for a variety of shooting applications. The user-interchangeable front sight allows for customization, while the Hogue rubber grip with the Colt logo provides a secure and comfortable hold for precise control. The Python's sleek silver finish and robust stainless steel material make it a visually striking firearm that is equally functional for target shooting or collection purposes. Designed with a 1:14 twist rate, the revolver features a six-round capacity and an intuitive double-action/single-action operation, ensuring smooth firing sequences. Whether you're a collector, sport shooter, or enthusiast, the Colt Python in stainless steel exemplifies durability, precision, and timeless style in a revolver built for performance and aesthetic appeal.
Features:
- Modern stainless steel alloy construction for durability
- Bead blast finish offers corrosion resistance and a sleek look
- Available in 3-inch, 4.25-inch, and 6-inch barrel lengths
- Recessed target crown for enhanced accuracy
- User-interchangeable front sight for customization
- Hogue rubber grip with Colt logo for comfortable handling
- Chambered in .357 Magnum with .38 Special compatibility
- Six-round capacity for reliable shooting
- Double-action/single-action operation for versatility
- Precisely machined with a 1:14 twist rate for optimal performance
