Arbpro Evo 2 Climbing Boots Review: Non-PPE Options (Arborist Insights)

Unlock Your Arborist Potential: Comfort, Performance, and Safety Beyond PPE with Arbpro Evo 2 Climbing Boots

As an arborist myself, I know that the right gear can make all the difference between a productive day in the trees and a grueling, potentially dangerous one. While Personal Protective Equipment (PPE) is non-negotiable for obvious safety reasons, the tools and equipment that enhance your comfort, mobility, and overall performance are just as critical. That’s why I want to dive deep into the Arbpro Evo 2 climbing boots, specifically exploring their non-PPE aspects and how they can elevate your arborist game. I’ll share my personal experiences, technical insights, and practical tips to help you understand why these boots, beyond their safety features, are a worthwhile investment.

Understanding the Arbpro Evo 2: More Than Just a Safety Boot

First, let’s clarify what we mean by “non-PPE aspects.” While the Arbpro Evo 2 boots undoubtedly meet safety standards for tree climbing (steel toes, cut resistance, etc.), I’m focusing on the features that contribute to comfort, performance, and longevity – aspects that directly impact your efficiency and well-being in the field. This includes the boot’s design, materials, construction, and how these elements translate into a better climbing experience.

Key Concepts: What Makes a Good Climbing Boot?

Before we dissect the Arbpro Evo 2, let’s establish what qualities I look for in a great climbing boot. This is based on years of experience and countless hours spent in various tree care scenarios.

Ankle Support: Crucial for preventing injuries, especially when working on uneven terrain or in dynamic climbing situations.
Flexibility: Allows for natural foot movement, reducing fatigue and improving your ability to feel the branch.
Grip: The sole needs to provide excellent traction on bark, branches, and even slippery surfaces.
Comfort: Long days in the trees demand a boot that minimizes pressure points and keeps your feet happy.
Durability: Climbing boots take a beating. They need to withstand abrasion, moisture, and constant flexing.
Breathability: Prevents excessive sweating, which can lead to discomfort, blisters, and even fungal infections.
Weight: Heavy boots can quickly drain your energy, so a lightweight design is a major plus.

The Arbpro Evo 2: A Detailed Look at Non-PPE Features

Now, let’s examine how the Arbpro Evo 2 addresses these key qualities, going beyond the basic safety certifications.

Design and Construction: A Foundation for Performance

The Arbpro Evo 2 is built on a foundation of thoughtful design and quality materials. Here’s a breakdown:

Upper Material: Typically constructed from a combination of leather and synthetic fabrics. The leather provides durability and water resistance, while the synthetic components enhance breathability and reduce weight. I’ve found the leather to be particularly resistant to abrasion from bark and branches, which is a common problem with cheaper boots.
Lacing System: The lacing system is critical for achieving a secure and comfortable fit. The Arbpro Evo 2 usually features a combination of eyelets and hooks, allowing for precise adjustment and a snug fit around the ankle. Some models even incorporate a locking mechanism to prevent the laces from loosening during climbs.
Midsole: The midsole provides cushioning and shock absorption, reducing fatigue and protecting your joints. The Arbpro Evo 2 often uses a dual-density midsole, with a firmer material in the heel for stability and a softer material in the forefoot for comfort.
Outsole: The outsole is the contact point between your foot and the tree. The Arbpro Evo 2 usually features a Vibram rubber outsole with a deep lug pattern for excellent grip on various surfaces. The lug pattern is designed to shed mud and debris, ensuring consistent traction.
Insole: The insole provides additional cushioning and support. Many Arbpro Evo 2 models come with removable insoles that can be replaced with custom orthotics for personalized comfort.

Comfort and Fit: The Key to All-Day Performance

Comfort is paramount when you’re spending hours in the trees. The Arbpro Evo 2 is designed with comfort in mind:

Anatomical Last: The boot is built on an anatomical last, which closely mimics the shape of the human foot. This ensures a more natural and comfortable fit, reducing pressure points and hot spots.
Padded Collar and Tongue: The padded collar and tongue provide cushioning around the ankle and instep, preventing chafing and irritation.
Breathable Lining: The breathable lining helps to wick away moisture and keep your feet dry, even during strenuous activity. I’ve found this to be particularly important in hot and humid climates.
Wide Toe Box: A wider toe box allows your toes to splay naturally, reducing pressure and improving circulation.

Performance in the Trees: Real-World Testing

I’ve put the Arbpro Evo 2 through its paces in a variety of tree care scenarios, from pruning and removals to rigging and aerial rescues. Here are my observations:

Ankle Support: The Arbpro Evo 2 provides excellent ankle support, which is essential for maintaining stability on uneven branches. I’ve noticed a significant reduction in ankle fatigue, especially during prolonged climbs.
Flexibility: The boot offers a good balance of stiffness and flexibility, allowing for natural foot movement while still providing adequate support. This is crucial for feeling the branch and making precise movements.
Grip: The Vibram outsole provides exceptional grip on both dry and wet surfaces. I’ve never felt like I was going to slip, even when working on mossy or icy branches.
Comfort: The Arbpro Evo 2 is surprisingly comfortable, even after hours of wear. The anatomical last and padded collar and tongue prevent chafing and irritation, while the breathable lining keeps my feet dry.
Durability: The boot is built to last. The leather upper is resistant to abrasion, and the Vibram outsole is incredibly durable. I’ve been using my Arbpro Evo 2 boots for several years, and they still look and perform like new.
Weight: While not the lightest climbing boot on the market, the Arbpro Evo 2 is relatively lightweight considering its level of support and durability. I haven’t noticed any significant fatigue due to the weight of the boots.

Case Study: Arbpro Evo 2 in a Challenging Removal

I recently used my Arbpro Evo 2 boots on a challenging tree removal project. The tree was a large, mature oak that was leaning precariously over a house. The removal required a lot of technical rigging and precise climbing.

The Arbpro Evo 2 boots provided the stability and support I needed to safely navigate the tree. The Vibram outsole gave me excellent grip on the branches, even when they were covered in wet leaves. The comfortable fit allowed me to focus on the task at hand without being distracted by foot pain or discomfort.

Thanks to the Arbpro Evo 2 boots, I was able to complete the removal safely and efficiently.

Beyond the Basics: Maximizing the Non-PPE Benefits

Now that we’ve covered the key features of the Arbpro Evo 2, let’s discuss how to maximize their non-PPE benefits.

Proper Fit: The Foundation of Comfort and Performance

The most important factor in maximizing the comfort and performance of any climbing boot is proper fit. Here are some tips for finding the right size:

Try them on with climbing socks: Wear the same socks you would wear when climbing.
Try them on later in the day: Your feet tend to swell throughout the day, so it’s best to try on boots in the afternoon or evening.
Walk around in them: Walk around the store for a few minutes to get a feel for the fit.
Check for heel slippage: Your heel should not slip excessively when you walk.
Make sure there’s enough room in the toe box: You should be able to wiggle your toes freely.

Lacing Techniques: Fine-Tuning Your Fit

Different lacing techniques can be used to customize the fit of your climbing boots. Here are a few examples:

Heel Lock Lacing: This technique helps to prevent heel slippage by creating a tighter fit around the ankle.
Window Lacing: This technique relieves pressure on the instep by skipping a few eyelets in the middle of the lacing pattern.
Toe Relief Lacing: This technique provides more room in the toe box by lacing the boot loosely from the toe to the instep.

Insole Options: Customizing Your Comfort

The insole is another key component of a comfortable climbing boot. Many Arbpro Evo 2 models come with removable insoles that can be replaced with custom orthotics. Custom orthotics can provide personalized support and cushioning, reducing pressure points and improving overall comfort.

Boot Care: Extending the Life of Your Investment

Proper boot care is essential for extending the life of your Arbpro Evo 2 boots. Here are some tips:

Clean them regularly: Use a soft brush and mild soap to remove dirt and debris.
Condition the leather: Use a leather conditioner to keep the leather supple and prevent it from cracking.
Dry them properly: Allow your boots to air dry completely after each use. Avoid using a heat source, as this can damage the leather.
Store them properly: Store your boots in a cool, dry place away from direct sunlight.

Strategic Advantages of Investing in Quality Climbing Boots

Investing in high-quality climbing boots like the Arbpro Evo 2 offers several strategic advantages:

Increased Productivity: Comfortable and supportive boots reduce fatigue, allowing you to work longer and more efficiently.
Reduced Risk of Injury: Proper ankle support and grip minimize the risk of slips, falls, and other injuries.
Improved Job Satisfaction: Comfortable boots make your job more enjoyable, leading to increased job satisfaction and reduced stress.
Enhanced Professionalism: Investing in quality gear demonstrates your commitment to professionalism and safety.
Long-Term Cost Savings: Durable boots last longer, reducing the need for frequent replacements.

Understanding Wood and Its Impact on Arborist Work

While the Arbpro Evo 2 boots directly impact an arborist’s performance and safety, understanding the properties of wood being worked with is equally crucial. This knowledge informs cutting techniques, rigging strategies, and overall safety protocols.

Green Wood vs. Seasoned Wood: A Fundamental Distinction

Green Wood: This refers to freshly cut wood that still contains a high moisture content. Green wood is generally heavier and more flexible than seasoned wood. It’s also more prone to splitting and warping as it dries.
Seasoned Wood: This refers to wood that has been allowed to dry over time, reducing its moisture content. Seasoned wood is lighter, stronger, and more stable than green wood. It’s also less prone to splitting and warping.

Why the Difference Matters:

Weight Calculation: When rigging heavy branches, knowing whether you’re dealing with green or seasoned wood is crucial for accurate weight estimation. Green wood can be significantly heavier, potentially overloading your rigging system.
Cutting Techniques: Green wood tends to bind more easily on the chainsaw blade, requiring different cutting techniques to prevent pinching. Seasoned wood is generally easier to cut.
Splitting Tendency: Green wood is more likely to split along the grain, which can be dangerous during felling or rigging operations.

Wood Species and Their Properties

Different wood species have different properties, affecting their strength, weight, and workability. Here are a few examples:

Oak: A strong and dense hardwood, often used for structural applications. Oak is relatively heavy and can be difficult to split.
Maple: Another strong hardwood, known for its smooth grain and workability. Maple is often used for furniture and flooring.
Pine: A softwood that is relatively lightweight and easy to work with. Pine is often used for construction and furniture.
Fir: Another softwood, similar to pine in its properties. Fir is often used for construction and paper production.

Impact on Arborist Work:

Strength Assessment: Knowing the species of wood allows you to assess its strength and determine appropriate rigging techniques. For example, a weaker wood species may require more support during removal.
Cutting Strategy: Different wood species respond differently to chainsaw cuts. Hardwoods may require more power and a sharper chain.
Splitting Potential: Some wood species are more prone to splitting than others. This knowledge helps you anticipate potential hazards during felling or rigging.

Moisture Content Measurement: A Crucial Tool

Measuring the moisture content of wood is essential for accurate weight estimation and understanding its properties. A moisture meter is a valuable tool for any arborist.

Moisture Meter Types: Pin-type moisture meters measure moisture content by inserting pins into the wood. Pinless moisture meters use radio waves to measure moisture content without damaging the wood.
Target Moisture Content: The target moisture content for seasoned firewood is typically around 20%.

Wood Defects and Their Impact on Safety

Wood can contain various defects that can weaken its structure and pose a safety hazard. Here are a few examples:

Knots: Knots are points where branches grew from the tree. They can weaken the wood and make it more prone to splitting.
Checks: Checks are cracks that run along the grain of the wood. They can weaken the wood and make it more prone to failure.
Decay: Decay is caused by fungi that break down the wood. Decayed wood is weak and brittle and should not be used for structural applications.

Safety Implications:

Rigging Considerations: When rigging branches with defects, it’s crucial to use extra caution and provide additional support.
Felling Hazards: Trees with significant decay can be unpredictable during felling and may require specialized techniques.
Personal Safety: Avoid climbing on or working with wood that is visibly decayed or damaged.

Chainsaws and Wood Processing

Chainsaws are the arborist’s primary tool for cutting and processing wood. Understanding chainsaw operation, maintenance, and safety is paramount.

Chainsaw Types: Matching the Tool to the Task

Gas-Powered Chainsaws: These are the most common type of chainsaw used by arborists. They offer high power and portability.
Electric Chainsaws: These are quieter and more environmentally friendly than gas-powered chainsaws. They are suitable for smaller tasks and areas with noise restrictions.
Battery-Powered Chainsaws: These offer a good balance of power and portability. They are becoming increasingly popular among arborists.

Chainsaw Components and Function

Understanding the components of a chainsaw is essential for proper operation and maintenance.

Engine: The engine provides the power to drive the chain.
Bar: The bar guides the chain.
Chain: The chain cuts the wood.
Clutch: The clutch connects the engine to the chain.
Brake: The brake stops the chain quickly in case of an emergency.

Chainsaw Maintenance: Keeping Your Saw Running Smoothly

Regular chainsaw maintenance is essential for safety and performance.

Chain Sharpening: A sharp chain is crucial for efficient cutting and safety. Learn how to sharpen your chain properly using a file or a chain grinder.
Bar Maintenance: Keep the bar clean and lubricated. Check the bar rails for wear and damage.
Air Filter Cleaning: Clean the air filter regularly to ensure proper engine performance.
Spark Plug Replacement: Replace the spark plug periodically to maintain optimal ignition.
Fuel Mixture: Use the correct fuel mixture for your chainsaw.
Chain Oil: Use the correct chain oil to lubricate the chain and bar.

Chainsaw Safety: Preventing Accidents

Chainsaws are powerful tools that can be dangerous if not used properly. Always follow these safety precautions:

Wear appropriate PPE: This includes a helmet, eye protection, hearing protection, gloves, and chainsaw chaps.
Read the owner’s manual: Understand the operation and safety features of your chainsaw.
Inspect the chainsaw before each use: Check for loose parts, damage, and proper lubrication.
Start the chainsaw on the ground: Never drop-start a chainsaw.
Use a firm grip: Keep both hands on the chainsaw at all times.
Maintain a safe distance from others: Keep bystanders at least 2 tree lengths away from the work area.
Be aware of your surroundings: Watch out for overhead power lines, obstacles, and uneven terrain.
Never cut above your head: This is a dangerous practice that can lead to loss of control.
Use proper cutting techniques: Avoid pinching the bar and chain.
Be aware of kickback: Kickback is a sudden and violent upward movement of the chainsaw that can cause serious injury.
Never use a chainsaw when you are tired or under the influence of drugs or alcohol.

Felling Techniques: Bringing Trees Down Safely

Felling trees is a complex and dangerous task that requires careful planning and execution.

Assessing the Tree and Surroundings

Before felling a tree, it’s essential to assess the tree and its surroundings.

Tree Lean: Determine the direction of the tree’s lean.
Wind Direction: Consider the wind direction and its potential impact on the tree’s fall.
Obstacles: Identify any obstacles that could interfere with the tree’s fall, such as buildings, power lines, or other trees.
Escape Routes: Plan your escape routes in case of an emergency.

Felling Cuts: Directing the Fall

The felling cuts are designed to direct the tree’s fall in a controlled manner.

Notch Cut: The notch cut is a wedge-shaped cut that is made on the side of the tree in the direction of the desired fall.
Back Cut: The back cut is made on the opposite side of the tree from the notch cut. It is typically made slightly higher than the notch cut.
Hinge Wood: The hinge wood is the remaining wood between the notch cut and the back cut. It controls the direction of the tree’s fall.

Felling Aids: When Extra Help is Needed

In some cases, felling aids may be necessary to control the tree’s fall.

Felling Wedges: Felling wedges are used to lift the tree and direct its fall.
Felling Levers: Felling levers are used to push the tree over in the desired direction.
Pulling Ropes: Pulling ropes can be used to pull the tree over in a specific direction.

Safety Considerations During Felling

Wear appropriate PPE: This includes a helmet, eye protection, hearing protection, gloves, and chainsaw chaps.
Maintain a safe distance from the tree: Keep bystanders at least 2 tree lengths away from the work area.
Be aware of your surroundings: Watch out for falling branches and other hazards.
Never turn your back on a falling tree: Keep your eye on the tree until it hits the ground.
If the tree doesn’t fall as planned, retreat to a safe distance and reassess the situation.

Firewood Preparation: From Log to Hearth

Preparing firewood is a common task for arborists, especially during the off-season.

Cutting Logs to Length: Standard Firewood Sizes

The standard length for firewood is typically 16 inches, but this can vary depending on the size of your wood stove or fireplace.

Chainsaw Cutting: Use a chainsaw to cut the logs to the desired length.
Measuring and Marking: Use a measuring tape and a marker to ensure consistent lengths.
Safety Precautions: Follow all chainsaw safety precautions.

Splitting Firewood: Manual vs. Hydraulic

Splitting firewood can be done manually with an axe or maul, or with a hydraulic log splitter.

Manual Splitting: Manual splitting is a good option for smaller quantities of firewood.
Hydraulic Log Splitters: Hydraulic log splitters are more efficient for splitting large quantities of firewood.

Seasoning Firewood: The Drying Process

Seasoning firewood is essential for efficient burning and reducing creosote buildup in your chimney.

Stacking Firewood: Stack the firewood in a single row, allowing for good air circulation.
Elevating Firewood: Elevate the firewood off the ground to prevent moisture absorption.
Covering Firewood: Cover the firewood with a tarp to protect it from rain and snow.
Drying Time: Seasoning firewood typically takes 6-12 months, depending on the wood species and climate.

Stacking Firewood: Organization and Efficiency

Properly stacking firewood not only makes it easier to access but also promotes drying and prevents rot.