How to Choose Tactical Boots

Summary

In this informative video, Kevin from Spirit of Systems discusses the crucial factors to consider when choosing tactical boots for various environments. He covers the importance of boot lining for different weather conditions, the role of midsoles in shock absorption, the impact of outsole stiffness on terrain navigation, and the durability of eyelets. Kevin also emphasizes the significance of fit, material choice, padding, and insulation, providing insights to ensure comfort and performance in diverse conditions.

Takeaways

• 🥾 The right boot for tactical applications depends on the environment, with different needs for dry, rocky, and humid or swampy regions.
• 💨 For hot weather, non-waterproof boots are preferable for breathability and to allow sweat to escape, while protection from sharp rocks and sand is more important than drainage.
• 🌧️ In tropical environments, boots with drain ports are vital for expelling water, but be aware that they can also let water in when stepping in puddles.
• 🌡️ Waterproof linings are suitable for cooler weather to keep feet dry during torrential rains and in saturated grounds.
• 🧳 Midsoles made of different materials like EVA and PU have distinct characteristics; EVA is lighter and softer but less durable, while PU is more supportive and long-lasting.
• 👣 The stiffness of the outsole should match the terrain and the upper part of the boot to prevent ankle injuries and ensure efficient movement.
• 🔩 Eyelets construction affects durability and ease of use; punched eyelets and metal hooks are preferred for quick lacing and durability.
• 👢 Boot height is a balance between mobility and support; an 8-inch height is considered a good compromise.
• 👟 Avoid trail running shoes and similar styles for adverse terrains as they are not designed for uneven and overgrown surfaces.
• 🧤 The fit of the boot varies by manufacturer, so trying them on before committing is crucial to ensure comfort and functionality.
• 🧥 Material choice impacts durability, breathability, and water resistance; leather is classic but requires care, while synthetic materials vary in quality and are lighter but less heat-resistant.

Q & A

What is the main topic of the video?

The main topic of the video is how to choose the right boot for tactical applications, considering various environmental conditions and boot characteristics.

Why might a boot suitable for dry, rocky, mountainous regions not be the same as one for humid, swampy flat lands?

Different environments require different boot features. A boot for dry, rocky regions may prioritize breathability and protection from sharp rocks, while one for humid, swampy areas needs good drainage and possibly waterproofing.

Why are non-waterproof boots preferred in most hot weather situations according to the video?

Non-waterproof boots are preferred in hot weather because they are more breathable, allowing sweat to escape and preventing the boots from drying out slowly if soaked.

What is the importance of ventilation in boots for hot, dry climates?

Ventilation is important to keep feet cool, dry, and comfortable by allowing sweat to escape and preventing the buildup of heat inside the boot.

What are the downsides of using boots with excessive mesh in desert environments?

Boots with excessive mesh can allow too much sand to enter and are often not durable enough for rough terrain. They can also attract stickers, making them less suitable for desert conditions.

Why is the ability to drain vital for boots in tropical environments?

In tropical environments, feet are likely to get wet regardless, so boots need to have good drainage to expel water quickly, as there may not be opportunities to remove and dry the boots after crossing wet areas like swamps or beaches.

What type of midsole material is recommended for boots intended for long-term use in adverse environments?

A PU (polyurethane) midsole is recommended for long-term use in adverse environments due to its durability and support, despite a potentially longer break-in period compared to EVA midsoles.

How does the stiffness of a boot's outsole affect its performance on different terrains?

The stiffness of the outsole affects how efficiently one can move over various terrains. A stiffer sole is more efficient for vertical movement on rocky slopes, while a flexible sole may be more comfortable on flat terrain but less efficient on uneven ground.

What are the advantages and disadvantages of a soft sole versus a hard sole on a boot?

A soft sole has more stickiness and better grip on wet rock but tends to wear down faster. A hard sole is better for soft and muddy ground, lasts longer, but may have chunks break off in sharp rocky terrain.

Why is it important to match the stiffness of the outsole to the upper of the boot?

Matching the stiffness of the outsole to the upper prevents ankle rolling due to inconsistent support. If the sole is very stiff and the upper is flexible, the upper may fold over, increasing the risk of injury.

What are the considerations for eyelet construction in boots for durability and ease of use?

Punched eyelets at the bottom and metal hooks at the top are preferred for quick and easy lacing and unlacing. Webbing eyelets may not be durable enough, and D-rings can shear off or be annoying to re-lace each time.

What is the recommended boot height for a balance of mobility and support?

An 8-inch boot height is recommended as it provides a good balance between mobility and support, avoiding the limitations of taller boots and the lack of stability in shorter ones.

Why are trail running shoes and similar footwear not suitable for adverse terrains?

Trail running shoes and similar types are designed for groomed surfaces like trails. They lack the durability and protection needed for uneven, overgrown, and rough terrains often encountered off-trail.

How does the material of the boot upper impact its durability, breathability, and water resistance?

Leather is durable and breathable but requires more care. Synthetic materials can be lighter but vary in quality and may not protect against extreme heat. The material choice affects how the boot performs in different weather conditions.

What is the significance of the Rand in boot construction, especially in colder environments?

A Rand, often made of rubber or polyurethane, protects the toe box, which is a weak spot in many boots. In colder environments, a full wraparound Rand is preferred for added protection, unless drainage is a priority, in which case a Rand with drain points may be used.

Why might a non-insulated boot be preferred even in cold temperatures?

Non-insulated boots are often preferred to avoid over-heating and sweating, which can make feet cold when the sweat freezes. A thicker sock in a slightly larger boot can provide warmth without causing excessive sweating.

What is the recommended approach to trying on boots before committing to a purchase?

It's recommended to try on the boots and wear them around the house during the return window to ensure they are comfortable and suitable. This avoids the risk of buying expensive boots that may not work out.