Reebok Mens Shaqnosis Work Black White Red - High Top Safety

In this review of the Reebok Mens Shaqnosis Work the bottom line is simple: these are high top work sneakers for men who want a bold 90s-inspired look plus practical safety features. The single biggest reason to buy is the combination of a roomy XTR composite toe that meets ASTM F2413 standards and a cushioned MemoryTech footbed, which together deliver protective performance without feeling bulky. This review examines fit, protection, comfort, and real-world slip resistance so you can decide if these are right for your jobsite.

Key Features

• Iconic upper: The larger-than-life bullseye pattern on the upper provides a distinctive look that stands out on the job and channels 90s Shaq nostalgia.
• XTR Composite Toe: Meets ASTM F2413 standards while offering extra wide room for toes, reducing pressure during long shifts and accommodating wider feet comfortably.
• MemoryTech footbed: The cushioned insole molds to the foot, improving daylong comfort for standing and active tasks.
• Slip resistant outsole: High-abrasion rubber bottoms are designed to grip slick surfaces so wearers stay more stable while moving around the workplace.
• Metal-free construction: 100% non-metallic design and electrical hazard protection make these suitable where metal components are restricted and safety from shock is needed.
• Durable upper materials: Action leather, mesh, PU, and rubber combine to balance abrasion resistance with breathability for demanding shifts.

Who It's For

This shoe is aimed at men who want a safety shoe with a retro athletic style and genuine protective features. It fits well for warehouse staff, technicians, and service workers who need a composite toe and electrical hazard protection but prefer the look of a high top sneaker rather than a traditional boot.

Those who spend long hours on hard floors will appreciate the MemoryTech footbed and EVA midsole, but workers who require maximum oil-and-grease slip performance or very narrow sizing may want to try a different model, as customer feedback on slip resistance is mixed and the XTR toe is intentionally roomier rather than narrow.

Pros & Cons

Pros

• Comfortable MemoryTech insole and EVA midsole make them feel lighter than many work boots.
• ASTM F2413-rated XTR composite toe offers wide toe room without metal, good for safety checkpoints.
• Distinctive bullseye design and high top silhouette deliver a standout 90s look on the job.
• Lightweight, metal-free build reduces fatigue and provides electrical hazard protection.

Cons

• Slip resistance reports are mixed, so performance on oily or extremely wet surfaces may not match some specialized slip-rated soles.
• The extra-wide toe may not suit those who prefer a snug, narrow fit.

Specifications

Footwear Type	High Top Work Sneaker
Toe Type	XTR Composite Toe (meets ASTM F2413)
Upper Material	Action Leather, Mesh, PU, Rubber
Insole	MemoryTech Footbed
Outsole	EVA Midsole with High-Abrasion Slip Resistant Rubber Bottom
Special Features	100% Non-Metallic, Electrical Hazard Protection, Extra Wide Toe

Our Verdict

The Reebok Mens Shaqnosis Work is a good value for men who want protective, comfortable work footwear with a bold retro aesthetic. It pairs certified composite toe protection and a supportive MemoryTech footbed in a lightweight, metal-free package, making it well suited to light industrial and service settings; just verify slip performance for highly oily or wet environments before committing.

Frequently Asked Questions

Are these true to size?
They generally fit true to size but the XTR composite toe provides extra wide room, so those with narrow feet may prefer a half size down or try them on first.

Do they protect against electrical hazards?
Yes, the shoes are 100% non-metallic and include electrical hazard protection as specified by the manufacturer.

How good is the slip resistance?
The outsole is high-abrasion slip resistant rubber, but customer feedback is mixed, so performance varies by surface and users working on very slick floors should test them in their environment.