Arsenal Lower Handguard for Stamped Receiver Polymer Black No Heat Shield

Upgrade your AK-pattern rifle with the Arsenal Inc. Lower Handguard for Stamped Receiver, a premium Bulgarian-made polymer component designed specifically for stamped receivers. This drop-in replacement delivers a modern, lightweight solution that enhances both handling and aesthetics without adding unnecessary bulk. Key Features Precision Drop-In Design: Engineered for seamless installation on stamped AK receivers, minimizing fitment issues and downtime. Durable Polymer Construction: High-strength black matte polymer resists impacts, chemicals, and environmental wear better than traditional wood furniture. No Heat Shield Configuration: Reduces overall weight for improved maneuverability while maintaining structural integrity during extended use. Compact 7-Inch Length: Optimized profile provides ample coverage for the gas tube area without interfering with accessories or optics. Benefits for Tactical Shooters Whether you're building a custom rifle or refreshing an existing platform, this handguard addresses common pain points like heavy or damaged wooden furniture. The polymer material offers superior weather resistance and a low-profile matte finish that reduces glare in tactical environments. At just 2.7 ounces, it contributes to a balanced, agile firearm that performs reliably in the field or at the range. Specifications Length: 7 inches Color: Black Matte Rail System: None Profile: Drop-In for stamped receivers Weight: 2.7 oz Dimensions: 7" L x 1.8" W x 1.6" H Origin: Manufactured by Arsenal Bulgaria Why Choose This Product Arsenal's commitment to quality ensures this lower handguard meets the demands of serious firearms enthusiasts. Its no-frills, no-heat-shield design prioritizes weight savings and simplicity while delivering the legendary durability associated with Bulgarian manufacturing. Ideal for custom builds, competition setups, or duty-ready configurations. Invest in reliable, authentic Arsenal components to elevate your rifle's performance and longevity today.