MOLLE Handcuff Pouch | Multi-Cuff Vertical Carrier
Vertical MOLLE Handcuff Pouch in Oxford nylon with a curved hook-and-loop flap — sized to fit chain, hinged (ASP-style), and folding rigid handcuffs, with a reverse adjustable loop belt and stainless steel snap button for secure MOLLE mounting.
Vertical MOLLE Handcuff Pouch for Multi-Type Cuff Carry
This vertical MOLLE Handcuff Pouch is built in durable Oxford nylon with a curved hook-and-loop closure flap, giving law enforcement and security buyers a secure, quick-access way to carry a handcuff set on a duty belt, vest, or plate carrier. The pouch is sized to accommodate chain handcuffs, hinged (ASP-style) handcuffs, and folding rigid handcuffs.
- Compatible with chain, hinged (ASP-style), and folding rigid handcuffs
- Durable Oxford nylon construction
- Curved hook-and-loop closure flap for quick, secure access
- Reverse adjustable loop belt attachment with a stainless steel snap button
- Approx. 4.5in (H) x 3.5in (W), 0.98in adjustable strap width
- Available in Black, khaki, and military green
| 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.
