Tactical Research TR636 CT Maintainer Boot
Detail
Reviews / Q&A
Detail
Tactical Research TR636 CT Maintainer Boot features a non-metallic safety toe that meets ASTM standards for both impact/compression and electrical hazard protection. Rubber overlays on heel & toe resist abrasion and extend boot life.
The TR-1 high performance insole has three key features: (1) deep contoured heel cup stabilizes the heel, (2) extended arch support corrects over pronation and (3) honeycomb geometric forefoot design provides maximum air circulation around the foot.
Features:
ABU Approved
Spacious, Non-metallic Composite Toe
Lighter Weight than Traditional Steel Toe
Does Not Conduct Heat or Cold
Comp Toe meets ASTM F2412-05 for Impact and Compression
Comp Toe meets ASTM F2413-05 for Electrical Hazard
Smooth, Full Grain Leather Upper Resists Staining
Rubber Overlays on Heel & Toe Resist Abrasion and Extend Life of Boot
Long Wearing Outsole is Oil & Slip Resistant
TR-1 Load Bearing Orthotic Insole
**Please try on your boots or shoes indoors and with the sock you intend to wear before going outside. Once the tags are removed and there is any sign of wear on the shoes/boots they will not be accepted for a return. Fit is not considered a warranty defect by LA Police Gear or its vendors.
Tactical Research TR636 CT Maintainer Boot
The TR-1 high performance insole has three key features: (1) deep contoured heel cup stabilizes the heel, (2) extended arch support corrects over pronation and (3) honeycomb geometric forefoot design provides maximum air circulation around the foot.
Features:
**Please try on your boots or shoes indoors and with the sock you intend to wear before going outside. Once the tags are removed and there is any sign of wear on the shoes/boots they will not be accepted for a return. Fit is not considered a warranty defect by LA Police Gear or its vendors.
Tactical Research TR636 CT Maintainer Boot
WARNING: This product may contain chemicals known to the State of California to cause cancer and birth defects or other reproductive harm. For more information, go to www.P65Warnings.ca.gov.