Like any tool, there’s a right boot for the job. While most of us will sacrifice comfort for safety and function, bulky and stiff work boots can lead to chronic pain. Overall, the best work boots should balance the competing priorities of comfort and utility.
Even if you’re careful, heavy materials can unexpectedly fall and crush a foot. When that happens, the only thing between you and workers’ comp is a work boot. Finding the proper footwear is a step toward a long and healthy career, so we took dozens of boots to work to find the best ones.
To help you find the best work boot for your needs, we’ve included a buyer’s guide, a price & value section, and a comparison chart. To better evaluate each boot’s utility, we rated each on a “utility scale,” measuring its casual wearability against its utility. So, from weekend chore masters to heavy-duty diesel drivers, here are the best work boots of 2025.
Editor’s Note: We updated this guide on October 28, 2024, to add BRUNT Workwear 6-Inch Sullivan Comp Toe and Wolverine’s Durashocks SR Icon work.
The Best Work Boots of 2025
Top Picks
- Utility-scale: 80% utility, 20% casual; best for heavy-duty work, though light enough for moderate work
- Waterproof: Yes
- Toe protection: Composite
- Electrical hazard protection and other safety considerations: Yes, electrical hazard protection meets F2412-11, F2413-11, and F2892-11
- Weight per boot: 2.2 lbs.
Pros
- Plentiful structural support
- Durable
- Quite warm for a non-insulated work boot
Cons
- On the heavier side, especially for a boot without a steel toe
- Utility scale: 80% utility, 20% casual
- Waterproof: Yes
- Toe Protection: Steel
- Electrical Hazard protection and other safety certifications: Yes, this boot protects the wearer against open circuits up to 600 V in dry conditions (ASTM F2413-18)
- Weight per boot: 2 lbs., 2.5 oz. (size 12)
Pros
- Great value
- Durable, high quality leather upper
- Solid breathability and comfort
Cons
- Advertised as waterproof, but tend to soak through easily
- Utility-scale: 50% utility, 50% casual; best for indoor warehouse work or carpentry
- Waterproof: No
- Toe Protection: None
- Electrical hazard protection and other safety certifications: Electric shock-resisting soles and heels capable of withstanding an application of 18,000 V
- Weight per boot: 1 lb. 12 oz. (size 12)
Pros
- Sleek vintage look
- Durable
- Comfortable after long periods on your feet
Cons
- Not waterproof
- Not the most protective
- Utility-scale: 100% utility indoor/outdoor work, heavy-duty work where total foot protection is necessary
- Waterproof: No
- Toe Protection: Steel, with metatarsal guard
- Electrical hazard protection and other safety certifications: Yes, ASTM F2413-18 I/75 C/75 Mt/75 EH
- Weight per boot: 2.25 lbs. (size 12)
Pros
- Top-notch protection
- Metatarsal shield protects against top-of-the-foot impacts
- Durable
- Comfortable
Cons
- Limited flexibility
- Heavy
- Utility-scale: 75% utility / 25% casual; outdoor work, all-around work
- Waterproof: Yes
- Toe protection: Composite
- Electrical hazard protection and other safety certifications: ASTM F2413-18 M/I/C EH rated CarbonMax composite-toe and ASTM F3445-21 SR for slip-resistance
- Weight per boot: 1.73 lbs. (size 9)
Pros
- Like walking on clouds
- No break-in period
- Cushioned collar provides additional support
Cons
- Sizing is about a half size bigger than standard sizing
- Utility Scale: 80% utility, 20% casual; best for heavy-duty winter work
- Waterproof: Yes
- Toe protection: Steel
- Electric hazard protection and other safety certifications: Yes, F2413-11 M I/75 C/75 EH
- Weight per boot: 2.2 lbs. (size 12)
Pros
- Ideal for cold conditions and deep snow
- Warm
- Good traction in snow and muck
Cons
- Only available in whole sizes
- Utility-scale: 70% utility, 30% casual; indoor/outdoor work, all-around work
- Waterproof: Leather is waterproof but elastic stretch panels are not
- Toe protection: Steel
- Electrical hazard protection and other safety certifications: ASTM F2413-18 M I C EH
- Weight per boot: 1.3 lbs per boot
Pros
- Durable
- Easy on/off
- Protective toe kick guard
Cons
- Not ideal for outdoor use in winter
- Utility-scale: 85% utility, 15% casual; best for long days on your feet
- Waterproof: Yes
- Toe protection: Composite
- Electrical hazard protection and other safety certifications: ASTM F2413-18,
- Weight per boot: 1.11 lbs per shoe size 12
Pros
- Comfortable
- Lightweight
- Durable
Cons
- Doesn’t breathe well with high output activity
- May not meet jobsite "boot" requirements
- Utility-scale: 80% utility, 20% casual; best for heavy-duty work, though light enough for moderate work
- Waterproof: Yes
- Toe protection: Composite
- Electrical hazard protection and other safety certifications: ASTM F2413-18
- Weight per boot: 1 lb., 14 oz. (size 9)
Pros
- Built-in adjustable width
- Lightweight
- Exceeds multiple ASTM standards
- Waterproof
- Slip and high-heat-resistant
Cons
- Adjustable width feature can be tricky
- Utility-scale: 85% utility, 15% casual; best for outdoor-heavy use, but nimble enough for indoor work as well
- Waterproof: Yes
- Toe protection: Steel
- Electrical hazard protection and other safety certifications: ASTM F2892-18 rated to protect against open circuits up to 600 V in dry conditions
- Weight per boot: 2 lbs., 3.1 oz. (size 12)
Pros
- Comfortable
- Durable outsole and upper
- Breathable
- Accurate sizing
- Good value
Cons
- Low-quality included laces
- Utility-scale: 75% utility / 25% casual; outdoor work, all-around work
- Waterproof: Yes
- Toe protection: Steel
- Electrical hazard protection and other safety certifications: Yes, F2413-11 / M I/75 C/75
- Weight per boot: 2 lbs. (size 12)
Pros
- Uncommonly comfortable
- Minimal break-in required
- Perfect for wide feet
Cons
- Not the most supportive around the ankle joint
- Utility-scale: 80% utility, 20% casual; best for indoor work that needs additional toe protection
- Waterproof: Yes
- Toe protection: Steel
- Electrical hazard protection and other safety considerations: Secondary protection against incidental contact with electrical circuits of 18,000 volts or less under dry conditions; Meets ASTM F2413-18 EH standards
- Weight per boot: 1.7 lbs., (size 8)
Pros
- Durable
- Waterproof
- Breathable
Cons
- Long break-in period
- Lugs are not aggressive
- Utility-scale: 85% utility, 15% casual; best for long days on your feet
- Waterproof: Yes
- Toe protection: Composite
- Electrical hazard protection and other safety certifications: ASTM F2413-18 M/I/C EH
- Weight per boot: 1.88 lbs per boot based on 6” safety-toe style
Pros
- Short break-in time
- Durable
Cons
- Run large
- Don't breathe well
- Utility scale: 70% utility, 30% casual; indoor/outdoor work, all-around work
- Waterproof: Leather is waterproof but elastic stretch panels are not
- Toe protection: Composite
- Electrical hazard protection and other safety certification: Yes, F2413 I/75 C/75 EH PR
- Weight per boot: 2 lbs. (size 12)
Pros
- Comfortable
- Nice-looking
- More work-capable than most other Chelsea-style boots
Cons
- Runs large
- Not ideal for wet conditions or deep snow
- Utility-scale: 80% utility, 20% casual; best for heavy-duty work, though light enough for moderate work
- Waterproof: Yes
- Toe protection: Steel
- Electrical hazard protection and other safety certifications: Yes, ASTM F2412-11 and ASTM F2413-11 impact, compression and electrical hazard safety standards
- Weight per boot: 1.9 lbs.
Pros
- Excellent ankle support
- Ideal for mud, snow, and loose outdoor surfaces
- Durable
Cons
- Requires some break-in
- Utility-scale: 80% utility, 20% casual; indoor/outdoor work, all-around work
- Waterproof: Yes
- Toe protection: Options include plain, composite, or floating PU metatarsal guard
- Electrical hazard protection and other safety certifications: Yes, ASTM F2892-1
- Weight per boot: Varies based on options; 1.2 to 2.2 lbs.
Pros
- Comfortable
- Minimal break-in required
- Effective waterproofing
Cons
- On the pricey side
- Utility-scale: 25% utility, 75% casual; capable of light-duty shop work, but lack of safety toe makes this better off the shop floor
- Waterproof: No
- Toe protection: No
- Electrical hazard protection (and other safety certifications): N/A
- Weight per boot: 1.8 lbs.
Pros
- Top-notch build quality
- Made in America
- Elegant styling
- Doubles as a dress boot
- Durable
Cons
- Not ideal for heavy duty work
- Expensive
Best Work Boots Comparison Chart
Work Boots | Price | Waterproof | Toe Protection | Electrical hazard protection and other safety certifications | Weight per boot |
---|---|---|---|---|---|
Timberland PRO Boondock 6-inch Comp Toe | $200 | Yes | Composite | Yes, electrical hazard protection meets F2412-11, F2413-11, and F2892-11 | 2.2 lbs. (size 9) |
Caterpillar Second Shift | $115 | Yes | Steel | Yes, this boot protects the wearer against open circuits up to 600 V in dry conditions (ASTM F2413-18) | 2 lbs., 2.5 oz. (size 12) |
Thorogood American Heritage | $250 | No | Available as an option | Electric shock-resisting soles and heels capable of withstanding an application of 18,000 V | 1 lb. 12 oz. (size 12) |
Danner Steel Yard | $200 | No | Steel, with metatarsal guard | Yes, ASTM F2413-18 I/75 C/75 Mt/75 EH | 2.25 lbs. (size 12) |
Wolverine DuraShocks SR Icon 6-Inch Comp Toe | $165 | Yes | Composite | ASTM F2413-18 M/I/C EH rated CarbonMax® composite-toe and ASTM F3445-21 SR for slip-resistance | 1.73 lbs. (size 9) |
Muck Arctic Pro | $215 | Yes | STeel | Yes, F2413-11 M I/75 C/75 EH | 2.2 lbs. (size 12) |
Blundstone #172 | $205 | Leather is waterproof but elastic stretch panels are not | Leather is waterproof, but elastic stretch panels are not | ASTM F2413-18 M I C EH | 1.3 lbs. (Size 8) |
CAT Invader Mecha Composite Toe Work Shoe | $145 | Yes | Composite | ASTM F2413-18 | 1.11 lbs. (Size 12) |
BRUNT Workwear 6-Inch Sullivan Comp Toe | $156 | Yes | Composite | ASTM F2413-18 | 1 lb., 14 oz. (size 9) |
Carhartt Waterproof 6″ MOC Steel Toe Wedge | $175 | Yes | Steel | Secondary protection against incidental contact with electrical circuits of 18,000 volts or less under dry conditions; Meets ASTM F2413-18 EH standards | 1.7 lbs. (size 8) |
Kenetrek Hardscrabble ST | $470 | Yes | Steel | Yes, ASTM F2412-11 and ASTM F2413-11 impact, compression and electrical hazard safety standards | 1.9 lbs. (Size 12) |
Timberland PRO Boondock | $200 | Yes | Composite | Yes, electrical hazard protection meets F2412-11, F2413-11, and F2892-11 | 2.2 lbs. (Size 12) |
Kodiak McKinney | $180 | No | No, composite toe | Yes, F2413 I/75 C/75 EH PR | 2 lbs. (size 12) |
Danner Vicious | $220 | Yes | No, though toe protection options exist | Yes, ASTM F2892-1 | Varies based on options; 1.2 to 2.2 lbs. |
Wolverine Reforce Energybound 6” Carbonmax | $170 | Yes | No, composite toe | ASTM F2413-18 M/I/C EH | 1.88 lbs. (Size 12) |
Red Wing Iron Ranger | $350 | No | No | N/A | 1.8 lbs. (Size 12) |

How We Tested the Best Work Boots
Our Expert Testers
Our Testing Process

Buyer’s Guide: How to Choose the Best Work Boots
Soles


Weatherproof
Insulation

Toe Protection

ASTM Safety Standards

- I for Impact
- C for Compression
- Mt for Metatarsal
- Cd for Conductive
- EH for Electrical Hazard
- SD for Static Dissipating
- PR for Puncture Resistant
- CS Chain Saw cut resistance
- DI for Dielectric insulation — insulation from circuits or conductors
- Line 1: Compliance and year
- Line 2: Gender/impact/compression/metatarsal resistance
- Line 3-4: Specific hazards the boot protects against
- ASTM F2413-11: Complies with the performance requirement of F2413, issued in 2011
- M/I/75C/75: A men’s boot that complies with the impact and compression requirements of a 50-pound weight dropped from 18 inches, delivering 75 foot-pounds of force on the toe, and can endure 2,500 pounds of rolling force over the toe
- EH: Outsole is made from non-conductive materials that are shock-resistant
Buying Your Work Boots


Hiking in Work Boots
Price & Value
Budget

Mid-tier
Premium
Frequently Asked Questions

We found that the BOGS Bedrock II 6″ WP is the most comfortable work boot on the market for most foot shapes. However, if possible, go to a store after your shift is done and try on different boots to see what feels more comfortable to you.
The best work boot you can buy will be the one that matches the safety ratings you need and one that you can wear repeatedly for hours on end. Everyone’s specifics will differ, but the Timberland PRO Boondock 6-inch Comp Toe and the Danner Steel Yard were two of the best overall boots we tested.
A MOC toe is a style of boot that has a seam running around the top edge of the toe. The Thorogood American Heritage 6-inch moc toe is a prime example of this.
Work boots that hurt your feet generally do not provide the correct support, or they do not fit correctly. Finding the correct boots for your feet is important, and generally, the more money you spend on a work boot, the more comfort and support you will get. Follow our buyer’s guide above to help make a comfortable choice.
Everyone’s feet are different, so finding the correct boot for your feet is important. Here are some tips to lead you to the right boot when you go out boot shopping. If you need more info on how to choose the right boot, check out GearJunkie’s boot-buying tips.
- Decide what features you are looking for to help guide you to a specific style of boot. Some examples of boot features are as follows: waterproof, steel or safety toe, electrical shock-resistant, slip-on versus lace-up, boot height, etc.
- Test the boots for length and width. Not every company sizes its boots the same. Some are longer or shorter, and boot width can vary significantly, especially when it comes to safety/steel-toe boots. We have found discrepancies of up to a full boot size between different brands we tried, so you can’t always rely on the size that’s on the tag. Make sure to try them on before buying them, or if ordering online, make sure you can return them if the fit is incorrect.
- Make sure that the boots flex well and in the right location. Boots should flex at the ball of your foot, not at your arch. If the boot flexes too far back it will lead to foot fatigue due to lack of support. Looking for boots that say they have a “shank“ can help, as this adds support and only allows the boot to flex where it should flex.
- Make sure that the laces hold your foot in place. If you cannot get the boot to the correct tightness, it will allow your foot to move too much, causing blistering or irritation.
- Wear the same socks you wear on the job while trying on boots. Wool/synthetic blends will keep your feet more comfortable than cotton during a long workday.
Try on boots at the end of the workday. Your feet change shape throughout the day so trying on boots at the end of the day when your feet have swollen, widened, and flattened will allow for a much better fit that won’t have your feet hurting at the end of a long day.

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