Vans MTE Harbor Mule VR3 - Beige - 13

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Currently unavailable
The Vans MTE Harbor Mule VR3 is designed for adults seeking a blend of rugged durability and convenient slip-on style, making it an ideal choice for both casual daily wear and relaxed outdoor settings. It provides reliable foot support through its structured construction and neutral beige aesthetic, though users should note that as a mule design, it offers less heel enclosure than a standard sneaker.
| Age Group | adult |
|---|---|
| Colour | Beige |
| Gender | Male |
| Shoe Size UK | 13 |
| Shoe Type | Slippers & Sandals |
| Series | MTE Harbor Mule VR3 |
| Brand | Vans |
While the MTE series is designed for durability, the mule construction is not fully waterproof.
They provide good support for daily wear, but they are designed as lifestyle mules rather than long-distance walking shoes.
Yes, they are designed to be worn with or without socks depending on your preference and the weather.
These shoes follow standard adult sizing. If you typically wear a UK 13, that is the recommended size for this model.
The MTE Harbor Mule VR3 is available in various sizes that cater to both male and unisex fits.
No, machine washing can damage the structural integrity and materials of the shoe. Spot cleaning is recommended.
Ensure your feet are properly seated in the footbed; if the fit remains loose, consider wearing slightly thicker socks to fill the volume.
Use a soft brush to remove loose debris, followed by a damp cloth with mild detergent to gently dab the stained area.
There is no setup required for the Vans MTE Harbor Mule VR3; they are ready to wear straight out of the box. Regarding compatibility, the neutral beige color is highly versatile and pairs well with denim, chinos, or shorts. To maintain the longevity of the shoe, spot clean the exterior with a soft cloth and mild soap when necessary. Avoid machine washing or submerging the shoes, as this can compromise the structured materials. Allow them to air dry away from direct heat sources to prevent material warping.