Women's Detroit XT Mid (Steel Toe) Boot - Gargoyle/Blue (Regular Width)

Women's Detroit XT Mid (Steel Toe) Boot - Gargoyle/Blue (Regular Width)

9.5 M
$179.99 USD
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Women's Detroit XT Mid (Steel Toe) Boot - Gargoyle/Blue (Regular Width)

Women's Detroit XT Mid (Steel Toe) Boot - Gargoyle/Blue (Regular Width)

$179.99 USD
Size

The Women’s KEEN Detroit XT Mid Steel Toe Boot in Gargoyle/Blue is designed for hardworking professionals who need rugged durability, waterproof protection, and dependable safety on demanding job sites. This work boot delivers long-lasting comfort, traction, and protection for construction, warehouse, and industrial environments.

Key Features:

  • M Width (Regular) – Another common term for medium/standard width
  • Steel Safety Toe – Meets ASTM F2412-11 and F2413-11 F I/75 C/75 EH standards for impact and compression protection on the job
  • KEEN.DRY® Waterproof Breathable Membrane – Keeps feet dry while allowing moisture to escape for all-day comfort
  • Waterproof Leather Upper – Durable, rugged leather designed to handle demanding work environments
  • KEEN.KEY-TECH FLEX – Provides superior torsional stability and flexibility for improved movement and support
  • Removable Metatomical PU Footbed – Dual-density footbed engineered for excellent arch support and cushioning
  • Oil- & Slip-Resistant Non-Marking Rubber Outsole – Delivers reliable traction on slick or hazardous surfaces
  • Contoured Heel Lock – Helps secure the heel in place to reduce slippage and improve stability
  • CLEANSPORT NXT™ Odor Control – Natural technology that helps control odor and maintain freshness
  • Safety Traction Standards – Meets ASTM F1677-96 MARK II and ASTM F2913 SATRA slip-resistance standards
  • Mid-Height Work Boot Design – Provides ankle support while maintaining flexibility for active workdays
  • Helps with foot conditions such as plantar fasciitis, heel pain, arch discomfort, metatarsalgia, ankle instability, joint stress, and general foot fatigue through cushioned support, stable construction, and shock-absorbing design

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