Mr Lacy Runnies Round - White

Currently unavailable

Currently unavailable
The Mr Lacy Runnies Round white shoelaces are designed for athletes and daily commuters who need a durable, reliable upgrade for their footwear. These laces offer a sleek, clean aesthetic that complements a wide variety of sneaker styles while providing long-lasting performance. While their round construction ensures a snug fit, users should note that they may require a slightly tighter knotting technique compared to flat laces to ensure they stay secure during high-intensity activities.
| Colour | White |
|---|---|
| Model Part Number | 8718719891193 |
| Brand | Mr Lacy |
While hand washing is recommended to preserve the integrity of the fibers, you can place them in a mesh laundry bag on a delicate cycle if necessary.
Yes, provided the eyelets are of standard size, these laces will work well for casual boots.
Mr Lacy Runnies are designed with minimal stretch to ensure your shoe fit remains consistent throughout your activity.
Check for any debris or factory burrs inside the eyelet. These laces fit most standard eyelets, but some tight-fitting metal grommets may require careful threading.
Spot clean with a damp cloth and mild soap immediately after they become dirty to prevent stains from setting into the fabric.
Try a double knot or ensure the tension is distributed evenly across all eyelets before tightening the final bow.
Ensure you have selected the appropriate length for your specific shoe model before lacing. Round laces do not stretch significantly.
Installing your Mr Lacy Runnies is straightforward. Simply thread the aglets through your shoe eyelets starting from the bottom and working your way up. Because these are round, ensure you pull the lace tight at each crossing point to maintain consistent tension. For maintenance, if the laces become soiled, we recommend hand washing them in warm water with a mild detergent and letting them air dry to prevent shrinkage. Avoid aggressive scrubbing with stiff brushes, which can cause pilling on the synthetic fibers.