Blackhawk A.R.C. IWB Holster for Glock 48 & S&W EZ 9/380 Urban Grey Ambi

The Blackhawk A.R.C. (Appendix Reversible Carry) IWB holster for Glock 48 and S&W EZ 9/380 delivers a versatile inside-the-waistband solution designed for both tactical operators and armed civilians seeking daily carry flexibility. Built from injection-molded polymer, this ambidextrous holster prioritizes comfort during extended wear while maintaining the passive retention needed for safe, reliable draw operations.

The fully ambidextrous design accommodates both left and right-hand carry without requiring separate model variants, a significant practical advantage for agencies, training facilities, or shooters who transition between dominant-hand and support-side positions. Two included belt clips allow both cant and ride height adjustment to fit 1.5" to 1.75" duty or casual belts, ensuring the holster positions the firearm at an optimal angle and height for the individual wearer. The adjustable retention detent provides tactile feedback during reholstering while preventing unintended weapon movement during training, patrol, or dynamic movement. At 0.31 lbs and measuring 5.7" × 1.7" × 7.9", the A.R.C. maintains a low-profile footprint suitable for appendix, strong-side, and weak-side appendix carry positions.

This holster is purpose-built for users seeking a single carry platform that adapts to multiple firearms and shooting methodologies. Law enforcement officers managing multiple duty weapons, armed professionals rotating between personal protection and training, and serious recreational shooters benefit from the A.R.C.'s versatility and adjustability. The compact footprint and durable polymer construction make it reliable for everyday concealed carry, while the retention design supports safe reholstering during high-stress scenarios.

The urban grey finish resists corrosion and maintains a professional appearance in both tactical and civilian contexts. Blackhawk's position in the law enforcement and military supply market reflects decades of development centered on field-proven performance, and the A.R.C. continues that tradition by prioritizing adjustability and cross-platform compatibility over single-purpose optimization.