Best Ems Duty Boots: Your Ultimate Working Companion

First responders wear EMS duty boots regularly to protect against pathogens, water, sharp or broken objects, and more.

Boots are a foot saving, and sometimes lifesaving, requirement within the world of first responders.

So let’s compare a handful of EMS work boots and their features.

It is important to know what to look for when you are searching for boots, and that starts with understanding regulations and testing standards.


 

As any architect or firefighter will tell you: structures are only as good as their foundation.

For this reason,

EMS responders need to have great footwear. Long hours working on the job, exposure to physical hazards, and miles trekked across hard floors take their physical toll on feet.

How To Picking the Right Ems Boots

Picking the best EMS boots starts with ensuring the boots comply with regulations. OSHA Regulation 1910.136 state that employers are responsible for providing protective footwear for employees who are assigned work in areas with piercing, rolling, or falling objects that could injury the foot or where their feet are exposed to electrical hazards.

OSHA recommends adhering to American Society for Testing and Materials guidelines for protective footwear. OSHA establishes guidelines but they do not test products.

So pick products that comply with the ASTM Standard F2413-05 (formerly known as the American National Standards Institute’s Z41-1999).

This standard defines the design, testing, performance, and testing for boots.

Footwear meeting the ASTM F2413-05 must meet the minimum requirements of Section 5.1 Impact Resistant Footwear and Section 5.2 Compression Resistant Footwear.

 

Test Standards

Protective footwear qualifies for ASTM standards as long as it first complies with compression resistance and impact requirements. Boots tested must have a marking with the specific part of the standard to which they comply. Each shoe must be marked clearly, often with a stamp, pressure-sensitive label or stitching on the surface of the tongue, the quarter lining, the gusset, or the shaft.

If you see the letters F2413, that is a reference to the boot performance requirement.

The digits which follow that standard are indicative of the year that footwear was tested and found compliant.

For example: if you see F241305 that means it was tested in 2005. Knowing that year it was tested can help you keep apprise to any changes in the regulations and determine whether the boots meet newer standards.

 

Impact Resistance

EMS boots are tested to meet one of two measurements for their impact resistance. They will receive a rating of either 50 or 75, a figure determined by dropping a weight from a pre-determined height at a specific speed onto the toe cap. Impact ratings which say I/50 means the boots can withstand up to 50 pounds. Impact ratings of I/75 means the boot can withstand direct impact up to 75 pounds.

 

Compression Testing

The compression test applies a sustained load onto the toe, at designated numbers of pounds, until the toe cap begins to crack or crumble. Safety-toe boots are tested much the same, to one of two measurements for their compression resistance. Compression ratings of C/50 means the boots can withstand a compressive load up to 1,750 pounds. Compression ratings of C/75 means the boots can withstand a compressive load up to 2,500 pounds.

 

Steel or Composite Toe Cap

Steel toed boots are the most common choice for toe protection because they have been around the longest. Moreover, they are often less expensive compared to composite. The amount of compression steel toed boots can resist is contingent upon the manufacturer, industry standards in the area it was produced, and buyer demand.

Safety footwear manufacturers use composite materials like polymers in the toe because the strength is comparable to steel but the weight is much lighter. Composite designs meet the minimum OSHA requirements but they are up to 30% lighter. Composite also does not conduct heat like steel, so during winter, more heat is kept inside the feet.

 

Other Considerations:

Steel and composite options are manufactured to do more than protect your toes from compression. Steel-toed boots and those with the extra plate protect all of the bones in the foot.

Static dissipative and conductive shoes help protect you against static electricity while simultaneously protecting toes. Electrical hazard resistance protects against open electrical circuits and fire. While these are important for EMS first responders, what is more important is the slip-resistant element.

Slippery environments are commonplace for first responder work sites which is why boots need this element to protect your feet against slippery surfaces caused by oil spills, water, and the leakage of other wet substances.

Tangentially, it is imperative to have shoes that are designed to protect against microbes and bacteria, especially when worn for a long period of time. Such measures keep the feet from infections present at job sites. Puncture-resistant elements protect feet from sharp objects like nails sticking out at a response site.

 

Review of Recommended Products

 

Maelstrom Men’s Tac Force 8 Inch Zipper Tactical Boot

These tough, tactical boots are well known for their design. The upper toe cap is polishable leather and nylon while the toe and heel have thermoplastic board reinforcement.

Maelstrom Tactical Boot

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Pros:

Cons:

 

Bates Men’s Ultra-Lites 8 Inches Tactical Sport Side-Zip Boot

Bates is a popular work boot company. In fact, the company supplies footwear to the U.S. Department of Defense, clearly making it a long term adherer to OSHA regulations.

Bates Tactical Zip Boot

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Pros:

Cons:

 

5.11 Men’s A.T.A.C. Storm 8″ Side Zip Boot

These boots are popular because they have a long lasting design, and they can withstand hours of hard athletic use daily without compromising. Perfect for people on a job site for hours at a time.

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Pros:

Cons:

 

Under Armour Men’s Stellar Tactical Boots

These boots are a comfortable option for people who enjoy having extra anti-microbial support, something that is often important in cases where you wear the shoes often for long periods of time.

Under Armour Men's Stellar Tactical Boots

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Pros:

Con:

 

Thorogood Men’s 8” Side Zip Jump Boot Gen-flex

Thorogood is a popular design for heavy heat situations given the special wicking structure. Moreover, the spacer mesh lining gives increased breath ability. Ideal for people on a job site.

Thorogood Zip Jump Boot

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Pros:

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Conclusion

The 5.11 Men’s A.T.A.C. Storm 8″ Side Zip Boot appear to have the strongest durability and resistance. This set of the most comfortable EMS boots is the obvious winner insofar as it complies with the OSHA standards and is crafted from a composite material.

As such, it is more lightweight by comparison, but still offers the same compression and impact resistance that a professional needs on site.

Moreover, these boots can protect against water and sharp objects, two of the most important elements for those on an otherwise dangerous work site.

Comfortable to wear for long periods of time thanks to the cushioned ortholite insole, they also protect feet with the anti-bacterial drilex lining. The only boots with a hidden pocket, they give extra security and protection.

Moreover, the semi-rigid reinforcement in the toe and heel compounded by the proprietary 5.11 Shock Mitigation System mean you can wear them during hard athletic exercises or training without compromising comfort.

You get extra protection and shock absorption for your knees in conjunction to the peace of mind that you can skid along an oil surface without risk of falling or injuring yourself.


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