Minster Leopard Print Design Footstool With Drawer - L25 x W45 x H28 cm




Currently unavailable




Currently unavailable
The Minster Leopard Print Design Footstool is perfect for homeowners looking to add a stylish, functional accent piece to their living room or bedroom. Its primary benefit is the combination of comfortable foot elevation and discreet storage provided by the integrated drawer, making it an excellent space-saving solution. One caveat is its compact size, which may feel too small for those expecting a large lounge ottoman, so be sure to measure your space against its 25 x 45 x 28 cm dimensions before purchasing.
| Model Part Number | 2140 |
|---|---|
| Brand | Minster |
The dimensions are 25 cm in length, 45 cm in width, and 28 cm in height.
The drawer is designed for ease of access but should be operated gently to avoid pulling it out of the track entirely.
While the stool is sturdy for use as a footrest, it is not designed to be used as a step ladder; please use it for its intended purpose of resting feet or light storage.
Yes, it is chosen for its quality and finish, though like all fabric items, it should be kept away from sharp objects to prevent snagging.
Absolutely. Its compact size makes it a perfect addition to a bedroom for storing small accessories, cosmetics, or personal items.
Ensure the footstool is on a perfectly level surface. Remove any items that may have shifted and are obstructing the drawer path inside the frame.
Check if your floor is level. If the floor is uneven, place a small felt furniture pad under the corner that does not touch the ground.
This product arrives fully assembled, requiring no tools or setup time. For care and maintenance, wipe the leopard print fabric with a soft, dry cloth to remove dust. If the surface becomes stained, use a damp cloth with mild soap, testing on a hidden area first to ensure colorfastness. Avoid placing the footstool in direct, harsh sunlight for extended periods to prevent fabric fading, and keep the drawer free of heavy objects that exceed its intended load-bearing capacity.