Best current price£8.20from B&Q
Shopping.co.uk recommended and popular offers
B&Q£8.20Visit shop - Umbro Childrens/kids Training Bib Fluorescent Orange/black (S-M)
Visit shop
The Range£10.00Visit shop Umbro Unisex Adult Training Bib - Fluorescent Orange/Black
Visit shop50 offers from £8.20 - £13.00
View price history by clicking the chart icon.
The Umbro Training Bib is designed for athletes and coaches who need reliable, lightweight team gear for high-intensity training sessions. Featuring a breathable mesh construction and an ergonomic fit, it provides excellent freedom of movement, though users should note that the polyester material is optimized for breathability rather than heavy-duty thermal insulation.
| Age Group | adult |
|---|---|
| Gender | Unisex |
| Material | Polyester |
| Model Part Number | 5063884280758 |
| Brand | Umbro |
This specific variant is designed for adults. We offer specific kids' size variants within the Umbro training range.
The bib is made from 100% breathable polyester mesh.
We recommend air drying to preserve the life of the fabric and the logo print.
No, the bib features a fixed, ergonomic sleeveless design for simplicity and durability.
No, it is a porous mesh designed for maximum breathability, not for protection against rain.
While the fabric is durable, ensure you use professional screen printing methods compatible with polyester to avoid damaging the mesh.
Consider sizing up if you anticipate wearing thick hoodies or cold-weather base layers underneath the bib.
Lightly mist with water and air dry while laid flat; avoid ironing as the high heat can melt the polyester mesh.
These training bibs are designed for a 'slip-on' application over standard team kits. To maintain the integrity of the mesh material, machine wash the bibs on a cool, gentle cycle. Avoid using high-heat tumble drying, as this can degrade the polyester fibers and damage the logo application. For the best results, air dry the bibs in a well-ventilated area, away from direct sunlight, to prevent color fading and potential heat-induced warping.
