12/07/2025
@ R1899 a pair. A minimum of 10 pairs per order. 0727544226
Professional-Grade Tactical Gear, Built for Combat and High-Intensity Operations
These tactical training boots are designed with a combination of high-performance materials, offering protection, comfort, and durability. They provide full-foot support for hikers, police officers, soldiers, security personnel, and others engaged in high-intensity activities.
**Upper Material**
- Made with **1.6-1.8mm waterproof cow leather**, offering excellent abrasion resistance, water resistance, and weatherproof performance.
- Features **1680D high-strength polyester fabric** combined with a **three-layer breathable composite mesh**, enhancing ventilation and structural durability.
- The shoe tongue and collar lining use a composite mesh foam structure, ensuring a snug fit, soft cushioning, and improved comfort.
Lining & Padding
- Interior lined with 0.7-1.0mm mesh fabric** and 10mm high-density foam padding, forming a shock-absorbing protective layer to reduce foot fatigue during prolonged wear.
- The insole is constructed with PU foam, sponge, and antibacterial fabric composite, providing superior breathability and antimicrobial properties to keep feet dry and fresh.
Outsole Structure
- Rubber + EVA composite outsole: The rubber sole ensures slip resistance and durability, while the EVA midsole absorbs shock for all-terrain adaptability.
- Built-in high-strength puncture-resistant layer (made of polypropylene or aramid fiber laminate) with 1300N puncture resistance, effectively shielding against sharp objects.
- Fiberglass shank delivers strong arch support and twist stability, improving walking posture and overall durability.
Detail Design
- Side zipper + hook-and-loop strap for quick and easy wear.
- Reinforced nylon eyelets and high-strength polyester stitching ensure long-lasting structural integrity.
- Key reinforcements—such as the toe cap, molded heel counter, and heel support —are made of high-quality thermoformed composite materials, enhancing shape retention and rear-foot stability.
