Laser-Cut MOLLE Pistol Mag Pouch | Drawcord Retention

A compact single pistol magazine pouch built from high-density nylon with a laser-cut MOLLE face and an adjustable drawcord loop for quick draw and reinsertion. Sized for a 9mm pistol magazine and mounts to any MOLLE-compatible belt or vest.

Laser-Cut MOLLE Pistol Mag Pouch with Drawcord Retention

This Laser-Cut MOLLE Pistol Mag Pouch is built from high-density nylon and sized to hold a single 9mm pistol magazine. An adjustable drawcord loop with a cord lock secures the magazine for a fast one-handed draw and reinsertion, while the laser-cut MOLLE face keeps the profile slim.

Available in three colorways — Black, CP Camo, and Black camouflage — for matching a full loadout or ordering in bulk for uniform team gear. Each unit weighs approximately 35g and measures about 11 x 4 x 2cm.

  • Material: high-density nylon
  • Capacity: 1 pistol magazine (9mm)
  • Retention: adjustable drawcord loop with cord lock
  • Mounting: laser-cut MOLLE face
  • Weight: approx. 35g
Weight0.035 kg
Dimensions11 × 4 × 2 cm
Color

Black, Black camouflage, CP Camo

OEM & Customization

Customization options are reviewed against the product structure and order requirements. Share your logo artwork, color references, target quantity and packaging needs for evaluation.

Materials

Material and hardware options depend on the product design and intended application. Send the required fabric, webbing, buckle, zipper, color and performance targets for review.

Shipping & Packaging

Packaging and shipment arrangements are confirmed according to the product, quantity and destination. Export packaging options can be discussed during quotation.

Frequently Asked Questions

Can this product be customized?
Customization options are reviewed for each project based on the product structure and your requirements.
How is MOQ confirmed?
MOQ depends on the product structure, materials, customization and order plan. Contact us for quantity options.
Can I request a sample?
Share your product and customization requirements so the appropriate sampling options can be discussed.