Vertx Overflow Pouches – Mesh Zipper Pouches for Tactical Gear and EDC | Ash Grey, Medium

Overview

Meet the Vertx Overflow Pouches, a versatile mesh zipper organizer designed to slot inside Vertx bags or onto compatible hook-and-loop surfaces. The pouches use abrasion-resistant mesh that resists wear while letting you see contents at a glance. The two back-to-back zipper pulls are engineered for quick checks and fast access, no matter how you orient the pouch inside a bag or pack.

Design and durability

The abrasion resistant mesh combines breathable visibility with protective durability. You can quickly locate small items thanks to the see through material, while the reinforcing fabric around the edges helps the pouch hold its shape under load.

• COMPATIBILITY: Designed to mount inside Vertx bags or on hook-and-loop surfaces for flexible setup.
• VISIBILITY & DURABILITY: Abrasion resistant mesh protects contents while offering fast visual identification.
• ACCESS FROM ANY DIRECTION: Back to back zippers allow you to open the pouch from multiple angles.
• ORGANIZATION VARIANTS: Small pouch for cables and glasses, medium for survival gear or small devices, large for maps or clothing items.
• SIZE & WEIGHT OPTIONS: Small 8.5 in W x 5 in H 1.4 oz; Medium 5 in W x 7.25 in H 1.8 oz; Large 15.5 in W x 5.2 in H 2.2 oz.

Real world uses

In daily carry, the pouches help you keep essentials within reach when you reach for a flashlight, cords, or spare batteries. On outdoor trips, you can separate tools, navigation aids, and small clothing items for easy packing and quick access.

• Electronics & cables: USB cords, adapters, charging tacks, and small power banks.
• Eye wear and personal items: spare glasses, cleaning cloths, ear plugs.
• Field tools: multitools, mini first aid, and compact maps.

Why choose the Overflow Pouches

These pouches offer a modular solution to keeping gear organized inside compatible bags. The mix of durable mesh, compact weights, and versatile sizing invites you to experiment with placement and storage strategies without committing to a single layout.