
Overall rating | (9 reviews) |
Black Eagle Tactical 2.0 GTX High Wide boots offer excellent protection and comfort in demanding conditions. These boots are specifically designed to meet the needs of police officers, rescue workers, and other professionals who require high performance and durability. The wide fit provides extra comfort and better fit for different foot shapes.
The Gore-Tex membrane ensures waterproofness and breathability, while the dual-zone lacing system guarantees a perfect fit and support. The boots are completely metal-free, making them suitable for work in security screening areas. Thanks to excellent shock absorption, the Black Eagle Tacticals are a great choice for long workdays, and the durable leather protects the foot from pointed objects and sharp edges. The sole pattern and grippy rubber ensure a secure grip.
Size and Fit
Fit: Wide
Height: 18.5 cm
Materials
Membrane: Gore-Tex
Upper material: Leather
Leather thickness: 1.6 - 1.8 mm
Note! Haix uses UK sizes in their shoes and translates them to EU sizes in a slightly unusual way, using even sizes as euro sizes in both shoes and shoe boxes. So, for example, UK 5 and UK 5.5 shoes both say EU 39, even though UK 5.5 corresponds to EU 39.5. Applies to all Haix shoes and all half EU sizes.
Overall rating | ☆☆☆☆☆ |
Overall rating |
When I bought these in the store, they fit like a sock. Right after I bought them, I was hiking for a week without any break-in, no chafing, and no blisters. Even though these are long-sleeved shoes, they are incredibly light and don't really tire your feet at all. The insole is comfortable and there is room for your toes to move. I highly recommend them!
Overall rating |
+Really high quality insoles and support for the foot.
+Really versatile for the price. The previous one was the normal "high" version and I noticed that the instep comes out of the edge of the shoes. The wide last version is mandatory.
-The shoelace could be made of better material.
-Requires its own brand of care product, which prevents wear or tearing of the surface.