Yankee Hill Machine Co Sidewinder M2 Suppressor for 45 Caliber Pistols, Black Steel

Yankee Hill Machine Co Sidewinder M2, Suppressor, 45 Cal, .578X28, Steel , Black YHM-2070-28

The Yankee Hill Machine Co Sidewinder M2 suppressor is engineered for optimal performance on 45 caliber pistols, delivering a quieter shooting experience with a dry sound signature of approximately 133 dB when tested on a Glock G21 with 230 grain FMJ ammunition. Its innovative design features a completely redesigned piston system utilizing the industry's unofficial standard piston, facilitating quick and tool-free piston swaps thanks to an integrated rear cap. This design improvement simplifies maintenance and enhances user convenience. The front cap has been redesigned to improve engagement with the takedown tool, making disassembly and servicing more efficient for users. The Sidewinder M2 is fully user serviceable, allowing the removal of the baffle and Nielsen device for cleaning and maintenance with the included disassembly tool, ensuring consistent performance over time. The Nielsen piston enables flawless semi-automatic operation across all compatible host pistols. With 12 adjustable impact points, the suppressor allows precise point-of-impact adjustments while remaining securely attached to the firearm for stability during shooting. The suppressor's durable steel construction is finished in a sleek black color, providing both resilience and a professional appearance. Whether shooting dry or wet, the Sidewinder M2 is designed to deliver quieter, cleaner shots, making it an excellent choice for shooters seeking reliable suppression and ease of maintenance in a firearm accessory.

Features:

• Redesigned piston system with tool-free swap capability for quick maintenance

• Enhanced front cap engagement simplifies takedown and service procedures

• User serviceable design allows removal of baffle and Nielsen device for cleaning

• Nielsen piston ensures consistent semi-automatic operation on relevant pistols

• 12 adjustable impact points for precise point-of-impact tuning