Cole-TAC Corset Suppressor Cover 7.5 inches FDE

Cole-tac CC202 Corset Suppressor Cover Fits 7.50" Long FDE

The Cole-TAC Corset Suppressor Cover is designed for optimal protection and durability during demanding shooting conditions. Crafted with Kevlar and Nomex materials, this cover offers exceptional heat resistance and resilience, making it suitable for high-recoil calibers and extended use. Its custom fit ensures a snug and secure coverage, while the cinch-style cording keeps the cover firmly in place, even during intense firearm operation.

Measuring 7.5 inches in length, the Corset model provides reliable coverage for a wide range of suppressors. Developed with input from military operators, this suppressor cover undergoes extensive testing to verify its performance in extreme environments. Its FDE (Flat Dark Earth) finish offers a tactical appearance that blends well in various field conditions, while the durable construction enhances longevity and heat management.

Whether used in training, competition, or tactical operations, the Cole-TAC Corset Suppressor Cover is a trusted accessory that improves suppressor handling and protects your equipment. Its lightweight design and high-strength materials make it an essential addition to any firearm setup requiring reliable heat mitigation and cover.

Important Firearm Purchasing Information

FFL Transfer Required: All firearms and FFL-regulated items must be shipped to a current and valid Federal Firearms License (FFL) holder. The customer is responsible for providing a valid FFL shipping destination and ensuring compliance with all federal, state, and local laws. More details are available at checkout.

Features:

• Material: Kevlar and Nomex for heat resistance and durability

• Length: 7.5 inches for versatile suppressor coverage

• Cinch-style cording keeps cover securely in place

• Color: Flat Dark Earth (FDE) for tactical concealment

• Custom fit design for optimal coverage and performance

• Designed with input from military operators

• Extensive testing for reliable performance in demanding conditions