Merrell Morphlite - Black/White - 7 UK



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The Merrell Morphlite is a versatile, unisex hybrid trainer designed for runners who transition frequently between paved roads and off-road trails. By combining lightweight cushioning with a custom-engineered outsole, this shoe provides a seamless experience for multi-terrain movement, though it may feel less specialized than dedicated high-mountain hiking boots.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Unisex |
| Shoe Size UK | 7 |
| Accent Colour | White |
| Shoe Type | Trainers |
| Series | Morphlite |
| Model Part Number | J068132_40.5 |
| Brand | Merrell |
No, the Merrell Morphlite is designed with breathable mesh for airflow and is not waterproof.
The FloatPro foam provides excellent comfort for long distances, making them suitable for road-to-trail marathons.
Most users find the sizing standard, though the internal bootie creates a snug, performance-oriented fit.
No, machine washing can damage the structural integrity of the upper and the performance of the cushioning.
It means the outsole is designed to handle both hard surfaces like tarmac and soft surfaces like dirt trails efficiently.
Loosen the recycled laces significantly before sliding your foot in to ensure the internal bootie aligns correctly with your arch.
Ensure you remove the footbed after exercise to allow it to air dry, which helps the Cleansport NXT technology function effectively.
Tighten the laces using the eyelets closer to the ankle to better secure the heel and midfoot.
For the best fit, ensure you select your correct UK size as indicated on the tongue label. Because the internal bootie provides a snug fit, you may want to wear thin to medium-thickness moisture-wicking socks. To maintain the shoes, remove loose dirt with a soft brush after trail use. If they get muddy, hand wash with mild soap and water—do not machine wash or dry, as this can degrade the specialized adhesives and foam properties. Allow them to air dry naturally away from direct heat sources to prevent the materials from warping.