Object Jacket - Geometric - Beige - XL

Currently unavailable

Currently unavailable
The Object Geometric Jacket is an ideal choice for adults looking for a versatile layering piece that balances casual style with practical functionality. Crafted from durable cotton in a striking geometric pattern, this jacket is perfect for unpredictable weather and transitional seasons. While its woven fabric provides reliable comfort, potential buyers should note that the specific XL fit is tailored for a standard silhouette, so layering thicker garments underneath may affect the overall drape.
| Gender | Female |
|---|---|
| Pattern | Geometric |
| Age Group | adult |
| Material | Cotton |
| Size | XL |
| Colour | Beige |
| Model Part Number | 23048704 |
| Brand | Object |
The jacket is crafted from high-quality, durable woven cotton.
It is designed as a layering piece for mild or unpredictable weather; it may not provide enough insulation for extreme cold.
It is best washed on a cold, gentle cycle and air-dried to protect the cotton fibers and the geometric pattern.
Yes, it features practical side pockets for daily convenience.
This specific unit is a size XL.
While it works for layering, wearing it over very bulky garments may restrict movement due to the tailored fit.
Check the threading on the button shanks and reinforce with a standard needle and thread if necessary.
Use a garment steamer or a low-heat iron setting specifically for cotton to safely remove creases.
To keep your Object jacket in top condition, it is recommended to follow standard garment care practices for cotton. Wash on a cold, gentle cycle to preserve the vibrancy of the geometric print and minimize potential shrinkage. Air drying is highly encouraged to maintain the structural integrity of the fabric and prevent unnecessary wear from dryer heat. When pairing this piece, consider matching it with solid-colored trousers or skirts to balance the busy pattern of the fabric. Always check the internal garment tag for specific care instructions regarding ironing temperatures.