KEEN Utility Men's Lansing Low Steel Toe Work Shoes - Breathable over

In this review of the Lansing Low Steel Toe work shoes, the bottom line is clear: these are comfortable, supportive work shoes built for indoor job sites and warm environments where breathability and underfoot protection matter. The Lansing Low shines for workers who need a roomy fit with reliable arch support and a water-resistant leather upper; KEEN's key technologies deliver a stable platform without sacrificing airflow. For anyone who spends long shifts on concrete or moves between damp and dry areas, the combination of steel-toe protection and breathable lining makes these a solid choice.

Key Features

• Breathable mesh lining: The moisture-wicking textile liner helps keep feet cooler in warm environments by transporting sweat away from the foot for drier comfort.
• KEEN. KEY-TECH FLEX: Contoured underfoot support provides structure and stability to reduce midfoot fatigue during long shifts on hard floors.
• Oil- and slip-resistant outsole: A non-marking rubber lug sole meets ASTM F1677 Mark II and ASTM F2913 SATRA standards to provide dependable traction on slick surfaces.
• Water-resistant leather: The treated leather upper resists liquid absorption to help preserve material quality while working in damp conditions.
• Electrical Hazard (EH) rating: Offers a secondary source of protection from live electrical circuits for environments where that safety feature is needed.

Who It's For

The Lansing Low is aimed at workers who want a roomier fit and strong underfoot support for long periods on their feet, such as warehouse staff, light-construction crews, and groundskeepers who work in warm or mixed wet/dry conditions. The breathable mesh lining and water-resistant leather suit indoor job sites where heat and occasional moisture are concerns.

Those who need the lightest possible footwear for all-day wear or who require heavier-duty outsoles for extreme outdoor terrain should look elsewhere; some buyers report the shoes feel a bit heavy for extended walking, so if minimal weight is the top priority, a different model may be preferable.

Pros & Cons

Pros

• Comfortable, roomy fit that accommodates wider feet and provides good arch support.
• Reliable slip resistance with oil- and slip-resistant, non-marking rubber outsoles for slick surfaces.
• Durable, water-resistant leather and a moisture-wicking liner that help control odor and extend material life.
• Removable dual-density EVA insole for long-lasting underfoot support and easy replacement.

Cons

• Some users find the shoes noticeably heavy for long-distance walking or all-day mobile work.
• Durability feedback is mixed; a minority of reviewers reported wear issues over time.

Specifications

Weight	21 oz / 595 g per shoe (approx)
Safety Rating	Steel toe; Electrical Hazard (EH) rated
Outsole	Oil- and slip-resistant non-marking rubber, lug pattern
Upper	Water-resistant leather
Lining	Moisture-wicking mesh textile
Midsole	Removable metatomical dual-density compression molded EVA
Standards	Meets ASTM F1677 Mark II and ASTM F2913 SATRA non-slip standards

Our Verdict

The Lansing Low Steel Toe is a practical choice for workers who value roomy comfort, breathable lining, and dependable slip resistance on indoor and mixed-condition job sites. It represents good value for those who need steel-toe protection plus long-lasting underfoot support, though shoppers who prioritize minimal weight or extreme outdoor ruggedness should compare lighter or more specialized options.

Frequently Asked Questions

Are these shoes good for wide feet?
Yes, the Lansing Low is built on KEEN's traditionally wider last and reviewers consistently note a comfortable, accommodating fit for broader feet.

Can they handle wet conditions?
The shoes feature water-resistant leather and a moisture-wicking lining that help in damp conditions, but they are not fully waterproof for prolonged immersion.

Do they provide electrical protection?
Yes, the Lansing Low is EH rated to provide a secondary source of protection from live electrical circuits.