KEEN Utility Men's Lansing Low Steel Toe Work Shoes - Comfortable Mesh

In this review of the KEEN Utility Men's Lansing Low Steel Toe work shoes, the bottom line is simple: these shoes are built for workers who need breathable comfort and reliable underfoot protection without a bulky boot profile. They are best for indoor or warm-environment light-duty work where slip resistance, electrical hazard protection, and a roomy fit matter. The review finds the Lansing Low blends a water-resistant leather upper, a moisture-wicking mesh liner, and KEEN. KEY-TECH FLEX contoured support to deliver a stable, comfortable day on the job.

Key Features

• Breathable lining: The mesh liner increases airflow and helps keep feet cool in warm conditions while the moisture-wicking textile moves sweat away from the foot.
• Contoured underfoot support: KEEN. KEY-TECH FLEX and a removable metatomical dual density EVA provide structured, long-lasting arch and heel support.
• Slip and oil resistance: Non-marking rubber outsoles with lug patterns meet ASTM F1677 Mark II and ASTM F2913 SATRA non-slip standards for improved grip on slick surfaces.
• Water resistance: Water-resistant leather offers a barrier to liquid absorption and helps maintain leather quality over time in damp conditions.
• Electrical hazard protection: EH rating supplies a secondary source of protection from live electrical circuits for added workplace safety.

Who It's For

These work shoes are aimed at men in light-duty construction, warehouse distribution, landscaping, and indoor job sites where a low-profile steel toe shoe is preferable to a tall boot. The roomy fit and contoured support make them especially appropriate for those with wider feet or who need dependable arch support for long shifts.

Shoppers who need heavy-duty waterproofing for prolonged outdoor exposure, an ultra-lightweight safety shoe, or specialty protection beyond EH and steel toe should look elsewhere. Also, users sensitive to footwear weight should try a pair on, as customer impressions about weight are mixed.

Pros & Cons

Pros

• Comfortable fit with strong arch support from the contoured KEY-TECH FLEX and dual density EVA insert.
• Breathable mesh liner and moisture-wicking textile reduce sweat and odor during warm workdays.
• Reliable traction from oil- and slip-resistant rubber outsoles that meet recognized non-slip standards.
• Durable, water-resistant leather and EH rating add practical workplace protection.

Cons

• Some customers describe the shoes as oddly heavy; weight may be noticeable compared with lighter safety shoes.
• Durability reports are mixed, with most users satisfied but a minority reporting early wear issues.

Specifications

Weight	21 oz / 595 g (per boot)
Safety	Steel toe, Electrical Hazard (EH) rated
Outsole	Oil- and slip-resistant, non-marking rubber; meets ASTM F1677 Mark II and ASTM F2913
Upper	Water-resistant leather
Lining	Moisture-wicking textile with breathable mesh
Footbed	Removable metatomical dual density compression molded EVA
Support features	KEEN. KEY-TECH FLEX contoured support and Torsional Stability Shank (TSS)

Our Verdict

The KEEN Utility Lansing Low Steel Toe shoe is a strong choice for workers wanting breathable comfort, slip resistance, and reliable midfoot support in a low-cut safety shoe. For indoor and warm-environment light-duty work it offers good value through practical safety features and a roomy, supportive fit, though those seeking the lightest possible safety shoe or extreme waterproofing should consider alternatives.

Frequently Asked Questions

Are these shoes good for wide feet?
Yes; the Lansing Low is built on KEENs traditionally wider form and customers report a comfortable fit for wider feet.

Do they work well in wet conditions?
The leather is water-resistant and the lining wicks moisture, so they handle light wet conditions, but they are not designed as fully waterproof boots.

How is the traction on slick surfaces?
The rubber lug outsole is oil- and slip-resistant and meets ASTM and SATRA non-slip standards for dependable grip on slick surfaces.