We are a verified store, proudly recognized for meeting strict standards of security, reliability, and customer satisfaction, ensuring that every purchase you make with us is safe and authentic.
Shipping
R99 shipping / FREE shipping on orders over R2000 / 2 - 3 Working Days Nationwide Delivery / Fast Delivery
Payment Methods
Pay using Mastercard / Visa / Payfast / Float / PayJustNow / Yoco / Happy Pay / Payflex / EFT / Cash Deposit / For more information about our Payment Methods Click Here
Warranty
Full manufacturer warranty available (If applicable)
Product Description
Polymer Magazine for Glock Pistol 9x19 mm 33 rounds UTG RBT-GL933
Polymer magazine for Glock pistolsin caliber 9x19mm Para supporting double-row magazines from UTG.Polymer constructionis lighter than standard steel magazines.The extended magazine holds 33 rounds, which is especially useful during shooting training or recreational shooting.
Made of light and durable material / witness holes
These magazines feature an anti-tilt, high-visibility follower, and a stainless steel spring for reliable feed and function. The body of the magazine is made of glass-filled polymer durability, and also has witness holes so you know how many rounds you’ve got left.
The load indicator makes it easy to check the ammunition status
The enlarged magazine on the outside of the walls on the left and right sideshas a load indicatorof 10, 15, 20, 25 and 33 rounds. The magazine is adapted to work with AR and PCC platforms in the 9 mm caliber.The foot design makes it easy to pull outthe magazine from pouches.
This magazine works with a wide variety of guns, including double-stack Glock pistols, 9mm AR-15s with Glock lowers, the Ruger PCC, Century Arms NAK9, and many more.
Features:
Dedicated to Glock pistols and 9x19mm Para ammunition rifles
Capacity 33 cartridges
Made of durable polymer
High drop resistance
Indicator informing the user of the amount of ammunition
The design of the magazine allows for long-term storage of a fully loaded magazine without the risk of deformation of the elements