My Cart

You have no items in your shopping cart.

60 Day Returns

No restocking fees See Details.

No-Hassle Guarantee

Best customer service See Details.

Ships from $4.99

On most items See Details.

Product was successfully added to your shopping cart.

Springfield Armory XD-E 9mm 8-Round Flush-Fit Magazine with Finger Extension

Springfield Armory XD-E 9mm 8-Round Flush-Fit Magazine with Finger Extension « »

UPC: 706397914103

Availability: In stock

  • Stainless steel construction
  • Clear-cut witness holes
  • Polymer finger extension
  • Durable polymer follower
  • Stainless steel wire spring

Take your concealed-carry kit to the next level with the Springfield Armory® XD-E® 9mm 8-Round Flush-Fit Magazine with Finger Extension from GunMag Warehouse. This factory magazine boasts stainless steel construction for superior strength and durability and features a polymer finger extension for an enhanced grip area without sacrificing your XD-E’s concealability. The stainless steel wire spring and durable polymer follower ensure smooth, reliable feeding while clear-cut witness holes ensure quick, at-a-glance round counts on the fly. At just over an inch wide, the Springfield XD-E is an ultra-compact pistol designed for maximum performance, flawless reliability, and perfect point-and-shoot ergonomics. Evolving on the successes of Springfield’s XD pistols, the XD-E is a masterpiece of firearms design that competes with the best of them. Pick up a few spare magazines for your XD-E today, and don’t forget to rotate your carry magazines regularly.

Material: Steel
Color: Silver
Caliber: 9mm Luger
Capacity: 8-Round
Fits: Springfield XD-E
Get 10% Off
Your Next Order Over $100.
Sign up now to receive exclusive offers and the newest arrivals straight to your inbox.
Coupon expires in 14 days. Limit one per customer. Not applicable toward tax, shipping, or ammunition orders. Cannot be combined with other offers or promotions. Certain brands and products may be excluded from this offer. Additional restrictions and exclusions may apply.