New Balance U991BK2 - Made in UK Black - 10.5










Currently unavailable










Currently unavailable
The New Balance U991BK2, a Made in UK iteration of the iconic 991 series, is meticulously crafted for discerning adults who prioritize both premium style and advanced comfort for daily wear. Featuring a full-length FuelCell midsole working in tandem with ABZORB SBS pods, it delivers exceptional cushioning and support, making it ideal for extended use. Its sophisticated blend of mesh and pigskin suede requires specific care to maintain its pristine appearance and ensure long-lasting quality.
| Colour | Black |
|---|---|
| Material | Suede |
| Shoe Size UK | 10.5 |
| Gender | Unisex |
| Age Group | adult |
| Series | 991 |
| Model Part Number | U991BK2 |
| Brand | New Balance |
While the U991BK2 features advanced cushioning like FuelCell and ABZORB SBS, it is primarily designed as a lifestyle sneaker for all-day comfort and casual wear, rather than specialized performance running. For dedicated running, New Balance offers specific running shoe lines.
For routine cleaning, use a soft-bristled suede brush to remove loose dirt. For stains, apply a small amount of a dedicated suede/nubuck cleaner to a clean cloth and gently blot the area. Always allow the shoes to air dry naturally away from direct heat.
The 'Made in UK' designation indicates that the shoes are meticulously crafted in New Balance's Flimby factory in the United Kingdom. This signifies a commitment to premium materials, exceptional craftsmanship, and rigorous quality control.
FuelCell is a New Balance-developed high-rebound foam formulation used in the midsole. It provides a propulsive feel and premium, responsive cushioning designed to deliver sustained comfort and support throughout your day.
ABZORB SBS refers to specially engineered pods, often made from a foam with advanced cushioning properties. In the U991BK2, these pods work in tandem with the FuelCell midsole to offer additional impact absorption and enhanced stability, particularly in the midfoot, contributing to overall comfort.
No, the pigskin suede and mesh upper materials are not inherently water-resistant. Exposure to heavy rain or prolonged wet conditions is not recommended, as it can damage the suede and potentially affect the shoe's structural integrity. Using a suede protector spray can offer some minor resistance.
New Balance 991v2 models generally fit true to size for most individuals. However, foot shape can vary, so it's always advisable to consult New Balance's official sizing guide or try them on to ensure the best possible fit.
Use a specialized suede brush to gently restore the nap and remove surface dirt. For deeper stains, apply a suede cleaner with a soft cloth, following product instructions carefully.
Ensure laces are tied securely but not too tightly. While FuelCell and ABZORB are durable, consider replacing insoles with fresh ones if significant wear is present, though this is usually a long-term issue for high-quality midsoles.
Gently wipe the reflective areas with a soft, damp cloth to remove any accumulated dust or grime. Avoid using abrasive cleaners or brushes on these elements.
Remove insoles and air out shoes thoroughly. Use shoe deodorizers or sprinkle baking soda inside and let it sit overnight, then shake out. Ensure shoes are completely dry after wear.
Your New Balance U991BK2 sneakers require minimal setup. Simply lace them up to achieve a snug and comfortable fit. Adjust the laces to your preferred tension, ensuring they are secure without being overly tight, allowing for natural foot movement.
These sneakers feature a unisex design and are intended for adults. They are generally true to size, but New Balance recommends consulting their official sizing chart to confirm the best fit for your specific foot measurements. The versatile black colorway with grey accents makes them compatible with a wide range of casual and smart-casual attire.
Maintaining the premium look and longevity of your U991BK2 sneakers requires specific care due to the pigskin suede and mesh materials: