Men's Lansing Mid Height Steel Toe Waterproof Work Boots - Lightweight

In this review the Lansing Mid Height Steel Toe Waterproof Work Boots are evaluated for men who need a dependable, comfortable work boot for all-day use. The bottom line: these boots deliver a roomier, anatomically shaped steel toe and a waterproof, breathable membrane that keeps feet drier than many competitors while remaining surprisingly lightweight for a safety boot. Our review found the combination of an asymmetrical steel toe, TPU stability shank, and slip-resistant rubber outsole makes this model a solid choice for medium-duty construction, warehouse, and landscaping shifts.

Key Features

• Asymmetrical steel toe: The left and right anatomically correct steel toes provide a roomier toe box for greater comfort without compromising protection that meets ASTM I/75 and C/75 standards.
• Waterproof membrane: KEEN. DRY waterproof, breathable liner helps keep feet dry by letting vapor escape while blocking external moisture for wet work conditions.
• Slip- and oil-resistant outsole: Non-marking rubber outsoles with lug patterns improve traction on slick or oily surfaces and meet ASTM F1677 and F2913 test standards.
• Electrical hazard protection: EH-rated design gives added protection against live electrical circuits for environments with electrical risks.
• Supportive midsole and shank: A full-length TPU stability shank adds under-foot support for extended standing and walking on uneven job sites.
• Removable insole: The removable insole allows replacement with orthotics or aftermarket comfort inserts when needed.

Who It's For

These boots are best for men working medium-duty jobs in construction, landscaping, distribution, or light industrial roles who need certified toe protection, waterproofing, and slip resistance. The wider-than-average fit and anatomically shaped steel toe suit those who prefer extra room in the forefoot.

Workers who need extreme heavy-duty brooks for constant harsh conditions or who require a specialized sole system might look elsewhere; similarly, those who prioritize a fashion-forward casual boot over protective features should consider non-safety footwear.

Pros & Cons

Pros

• Comfortable wider fit with an asymmetrical steel toe that reduces pressure in the toe box.
• Waterproof KEEN. DRY membrane and moisture-wicking lining keep feet drier in wet conditions.
• Good traction from an oil- and slip-resistant rubber lug outsole that performs well on slick surfaces.
• Lightweight for a steel toe boot, making it manageable for long shifts.

Cons

• Some customers report mixed long-term durability of soles and occasional water intrusion, so longevity may vary by use and care.
• Not the best choice for users needing a narrow fit or extreme heavy-duty work boot construction.

Specifications

Weight	23.15 oz / 656 g per shoe
Safety toe	Asymmetrical steel toe, meets ASTM F2412 and F2413 I/75 C/75
Waterproofing	KEEN. DRY waterproof, breathable membrane
Outsole	Oil- and slip-resistant non-marking rubber, ASTM-tested
Electrical protection	EH-rated for secondary protection from live circuits
Support	Full-length TPU stability shank
Insole	Removable for orthotics or replacement

Our Verdict

The Lansing Mid Height Steel Toe Waterproof Work Boots are a strong value for men who need certified toe protection, waterproofing, and reliable slip resistance without excessive weight. Their anatomically correct steel toe and roomy fit make them especially worthwhile for those on their feet all day, though users expecting extreme long-term sole durability should monitor wear and care.

Frequently Asked Questions

Are these boots fully waterproof?
The boots use a KEEN. DRY membrane that is waterproof and breathable, so they keep most moisture out while allowing vapor to escape.

Can I use my own orthotics with these boots?
Yes, the insole is removable so you can replace it with custom orthotics or a preferred comfort insert.

Do these boots provide electrical hazard protection?
Yes, they are EH-rated to offer secondary protection from live electrical circuits.