New Balance 740 Trainers - Grey/Black - Size 6

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Currently unavailable
The New Balance 740 Trainers are designed for active kids who need a reliable, everyday shoe that balances comfort with durability. Perfect for school days or weekend play, these trainers feature a classic aesthetic in a versatile grey and black colorway, though the specific lace-up style may require more dexterity for younger children compared to velcro alternatives.
| Age Group | kids |
|---|---|
| Colour | Grey |
| Gender | Unisex |
| Child Shoe Size UK | 6 |
| Accent Colour | Black |
| Shoe Type | Trainers |
| Series | 740 |
| Model Part Number | IZ740NW |
| Brand | New Balance |
It is not recommended to machine wash these trainers as it can damage the materials and structural integrity. Hand cleaning is best.
New Balance typically follows standard UK sizing, but it is always recommended to use a sizing chart and measure the child's foot with socks on.
Yes, if you require specific orthotic insoles, you can typically remove the factory-installed inserts and replace them.
No, the 740 trainers are not waterproof. They are made from breathable materials and are best suited for dry conditions.
Yes, the 740 trainers are designed with a unisex colorway and fit suitable for any child.
Double-knot the laces or replace them with shorter, textured laces that hold a knot better.
Use a specialized sneaker eraser or a gentle mix of water and mild detergent to buff out surface-level scuffs.
Check if the child has outgrown the current size; children's feet often require re-measuring every 3 to 4 months.
To ensure the longevity of your New Balance 740 trainers, begin by verifying the correct UK size for your child to allow for natural growth room. When cleaning, avoid machine washing; instead, use a soft-bristled brush to remove dried mud or debris from the outsole. For the upper portion, a damp cloth with mild soap is sufficient to wipe away surface stains. Air dry them away from direct heat sources, such as radiators, to prevent material warping or adhesive degradation.