In StockSave 6%
BlackHawk A.R.C. Inside The Waistband Holsters Smith & Wesson Model 642 J-Frame Revolver Ambidextrous Urban Grey
Sold byOptics Planet•Posted Apr 27, 2026
Compare prices for BLACKHAWK! A.R.C. IWB Holster Ambidextrous S&W J Frame Polymer Urban Gray$29.79
$31.79
You save $2.00 (6% off)
Price and stock data refresh continuously from Optics Planet.
Deal Summary
- Currently in stock.
- Category: accessory
- UPC: 604544617832
- SKU: BW-HT3-ARCIWB-417520UG
Price History
Deal Details
BlackHawk A.R.C. Inside The Waistband Holsters Smith & Wesson Model 642 J-Frame Revolver Ambidextrous Urban Grey. V.I.A.T.O.R. Aptitude Glove is built for control in cool weather. The thumb and index finger are lined with TecGrip fabric which holds firmly against most any material. The result is extreme control and dexterity. The stretch soft shell construction with fleece backing insulates and repels water. Specifications for BlackHawk A.R.C. Inside The Waistband Holsters: Manufacturer: BlackHa
Other Offers for This Product
Active offers from your catalog for BLACKHAWK! A.R.C. IWB Holster Ambidextrous S&W J Frame Polymer Urban Gray.
Comparing 5 retailers carrying this product
Lowest Price: $11.89
Highest Price: $29.79
You Save: $17.90
Avg Discount: 12% off
BH ARC IWB S&W J FRAME AMBI GRY
BlackhawkBattleHawk ArmorySKU/UPC: 604544617832
$11.89$24.95Save 52%
View at BattleHawk Armory
BLACKHAWK Standard A.R.C. IWB Holster Ambi J-Frame Urban Gry
BlackhawkKYGUNCOSKU/UPC: BLC-417520UG
$12.52
View at KYGUNCO
BLACKHAWK A.R.C. (Appendix Reversible Carry) Inside the Pants Holster, Fits S&W J Frame, Ambidextrous, Urban Gray Finish 417520UG
BlackhawkHinterland OutfittersSKU/UPC: 200087
$18.55
View at Hinterland Outfitters
BLACKHAWK! A.R.C. IWB Holster Ambidextrous S&W J Frame Polymer Urban Gray
Blackhawk!MidwayUSASKU/UPC: 328697
$20.99
View at MidwayUSABlackHawk A.R.C. Inside The Waistband Holsters Smith & Wesson Model 642 J-Frame Revolver Ambidextrous Urban Grey
BlackhawkOptics PlanetSKU/UPC: BW-HT3-ARCIWB-417520UG
$29.79$31.79Save 6%
View at Optics Planet