Tactical Molle Glasses Hard Case Zipper Sunglasses Carrying Case 1000D Nylon with Clip Tan

Tactical Molle Glasses Hard Case Zipper Sunglasses Carrying Case 1000D Nylon with Clip Tan

Hard Shell Glasses Case: 1000D Nylon outter material, provides sufficient protection to stop glasses from being broken by lighter pressure

Zipper Eyeware Case with Soft Interior Lining: Fits glassess perfectly & Prevents any scratching to lenses

Multiple Mounting Options: Attach it to belt, vests or any molle modular bags with vertical molle strap/horizontal hook and loop - loop panel & hook up on to D-rings with rear plastic clip, you can always get quick access to your eyewear

Personalization Options: Comes with "OneTigris" military patch for personalised your eyeglasses storage case

Dimensions: 6.5" *3" *2.6" (16.5 *7.6 *6.5cm), great for Eyeglasses /Sunglasses /Reading Glasses | Lifetime Warranty

WYH CHOOSE ONETIGRIS TACTICAL MOLLE ZIPPER SUNGLASSES HARD CASE?

A tactical glasses hard case for our fellow outdoor enthusiasts. Secure it to your MOLLE gear or tear off our morale patch and just slap the case onto a Velcro backing. Large enough to hold the most macho and epic sunglasses, crush resistant, chaos-proof, with a pivoting hook and small loop attachments. All kinds of usefulness.

Durable & Protective Hard Eyeware Case

Hard shell design can keep eyeglasses from damage

Soft Interior

Polypropylene plate with velvet lining provides crush resistant

MOLLE Strap

Can be attached to molle compatible belt/packs/vests horizontally & vertically

Zipper Closure

With two-way pull cord design providing quick access to your eyeware

Variety of Attachment Options

Pivoting hook attachment & small loop attachment for being great addition to a rucksack

Product Details

Specifications

Outer material: 1000D Nylon

Inner material:Polypropylene (PP) plate & velvet lining

Dimensions: 6.5"*3.1"*2.6"/16.5cm*8cm*6.5cm

Weight: 4.9oz/140g

Package Includes

OneTigris Tactical MOLLE Zipper Sunglasses Hard Case *1

OneTigris Military Patch *1