The Leatt 3.5 Kids' Motocross Jersey is designed to provide optimal performance in off-road conditions. With its ergonomic design, it allows for unrestricted movement while ensuring unparalleled comfort during races or training sessions. This jersey is particularly suited for young riders who want to combine style and functionality.
Made from high-quality materials, the Leatt 3.5 jersey is lightweight and breathable, ensuring efficient moisture wicking. This keeps kids cool and dry even during the most intense efforts. The durable fabric is resistant to abrasion, making it ideal for the demanding conditions of motocross.
The jersey's design is focused on providing excellent freedom of movement. The seams are strategically placed to minimize friction and perfectly conform to the body shape of young riders. Whether on a motorcycle, quad, or dirt bike, this jersey is an excellent companion.
The key features of the Leatt 3.5 Kids' Motocross Jersey include:
By choosing the Leatt 3.5 Kids' Motocross Jersey, you are investing in high-quality gear that will accompany your child on all their adventures. Whether for beginners or to perfect their riding style, this jersey is an undeniable choice for all young motocross enthusiasts.
Exact colour description | red-black-yellow |
Application range | Sports |
Fabric properties | Breathable, Hardwearing |
Item number | 31367246 |
Manufacturer | Leatt |
Category | Biker combos |
Manufacturer no. | 5024080711 |
Release date | 9.3.2023 |
Colour | Black, Red, Yellow |
Exact colour description | red-black-yellow |
Material | Flat collar, Lightfast digital prints, Overlock seams, Plastic-free packaging, Special collar shape for use with or without neck protection, Stretch fabric made from 3D mesh with air channels, Suitable fit for riding with or without protective clothing |
Target group | Girls |
Season | All-season |
Application range | Sports |
Clothing size | M |
Clothing features | Air vents, Connecting zipper |
Fabric properties | Breathable, Hardwearing |
Country of origin | France |
CO₂-Emission | |
Climate contribution |