Compact MOLLE Radio Pouch | Bungee Retention Holster
Compact MOLLE Radio Pouch in nylon with a bungee cord retention loop, hook-and-loop closure tab, and dual webbing straps on the back for mounting to any MOLLE platform. Measures 13.5 x 9 x 4 cm. Available in 3 colorways.
Compact MOLLE Radio Pouch for Everyday Carry
This Compact MOLLE Radio Pouch is built from nylon with a bungee cord retention loop over the top opening and a hook-and-loop tab to hold the cord in place. Two webbing loops on the back let it mount to any MOLLE-compatible platform, belt, or pack. The pouch measures 13.5 x 9 x 4 cm and weighs about 73 g.
Design Details
- Nylon construction
- Bungee cord retention loop with hook-and-loop tab closure
- Dual webbing loops on the back for MOLLE mounting
- Compact footprint: 13.5 x 9 x 4 cm, approx. 73 g
- Available in Black, Khaki, and Military Green
Suited For
Suited for outdoor and tactical use, keeping a handheld radio or similar gear accessible on a belt, vest, or pack.
| Weight | 0.073 kg |
|---|---|
| Dimensions | 13.5 × 9 × 4 cm |
| Color | Black, khaki, military green |
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.
