HOKA Mafate Speed 4 Lite - Green - UK 7


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The HOKA Mafate Speed 4 Lite is a high-performance, versatile shoe engineered for both dedicated trail runners and those who need a durable, comfortable option for daily wear. Its primary strength lies in its blend of technical trail-ready traction and a lightweight, minimalist aesthetic, though users should note that the specialized transparent upper material requires careful cleaning to maintain its appearance over time.
| Gender | Male |
|---|---|
| Age Group | adult |
| Colour | Green |
| Material | Nylon |
| Shoe Type | Low Shoes |
| Shoe Size UK | 7 |
| Series | Mafate Speed 4 Lite |
| Model Part Number | 1168450-RRYP |
| Brand | HOKA |
No, the Mafate Speed 4 Lite uses a breathable nylon upper designed for airflow and weight reduction rather than waterproofing.
Yes, the ProFly+ midsole and Vibram outsole are specifically engineered to provide performance and comfort for long-distance trail running.
The shoes should feel secure but not tight. You should have about a thumb's width of space between your longest toe and the end of the shoe.
The 3M branding is positioned to provide optimal visibility, but it is best viewed in direct light from headlights or flashlights.
While the grip is excellent, the stack height is optimized for trails and running; they may feel less stable for heavy lateral gym exercises.
Gently wipe the transparent nylon panels with a damp microfiber cloth to remove dust and debris.
Ensure the insoles are properly seated and check for any debris that may have migrated under the liner.
Because this shoe is designed for performance, ensuring the right fit is critical; the nylon construction provides a snug, secure wrap around the foot, so ensure you have sufficient toe box clearance. To maintain the integrity of the transparent nylon upper and the responsiveness of the midsole, avoid submerging the shoes in heavy chemicals or bleach. Clean the exterior with a soft brush and mild soap, letting them air dry away from direct heat sources like radiators, which can compromise the structural foam.