In Stock
Type
optic
Last Seen
May 20, 2026
Foxtail Precision Red Dot Adapter Plate for Optics-Ready Pistol - 100010
Sold byDEGuns•Posted May 20, 2026
Compare prices for Foxtail Precision Red Dot Adapter Plate Glock MOS fits Holosun 407k, 507k, EPS Carry$21.29
Price and stock data refresh continuously from DEGuns.
Deal Summary
- Currently in stock.
- Category: optic
- UPC: 5065018649073
- SKU: 82462
- Brand: Foxtail Precision
Price History
Deal Details
Product Features & Specifications Foxtail Precision 100010 Red Dot Adapter Plate for Optics-Ready Pistol Black Anodized Glock 43X/48 MOS Springfield Armory OSP Foxtail Precision Red Dot Adapter Plate, Glock MOS, Holosun 407/507k, EPS Carry.Includes Mounting Screws. Brand Foxtail Precision M
Other Offers for This Product
Active offers from your catalog for Foxtail Precision Red Dot Adapter Plate Glock MOS fits Holosun 407k, 507k, EPS Carry.
Comparing 6 retailers carrying this product
Lowest Price: $17.97
Highest Price: $24.89
You Save: $6.92
Avg Discount: 2% off
Foxtail Precision 100010 Adapter Plate Black Anodized Aluminum, Compatible w/Glock MOS, Holosun 407K/507K/EPS Carry Pattern Footprint Mount
Foxtail PrecisionBattleHawk ArmorySKU/UPC: 5065018649073
$17.97
View at BattleHawk Armory
Foxtail Precision Red Dot Adapter Plate Glock MOS fits Holosun 407k, 507k, EPS Carry
Foxtail PrecisionMidwayUSASKU/UPC: 300484
$20.99
View at MidwayUSA
Foxtail Precision Red-Dot Adapter Plate - Custom Fit for Tactical Use - 100010
Foxtail PrecisionPalmetto State ArmorySKU/UPC: 51655172286
$20.99$23.99Save 13%
View at Palmetto State ArmoryFoxtail Precision Red Dot Adapter Plate for Optics-Ready Pistol - 100010
NoneDEGunsSKU/UPC: 82462
$21.29
View at DEGuns
Foxtail Precision Red Dot Adapter Plate Fox 100-010 Optic Adapter Plate Glock MOS 407K 507K
Foxtail PrecisionAmmunition DepotSKU/UPC: 100010
$23.49
View at Ammunition Depot
Foxtail Precision Red Dot Adapter Plate Glock MOS Holosun 407k 507k EPS Carry Black
Foxtail PrecisionOptics PlanetSKU/UPC: 5YT-RMT-AERQ-100-010
$24.89$24.99Save 0%
View at Optics Planet