PRE-ORDER THE NEW 2026 ON-BIKE KIT
This product is available exclusively on pre-order. The 2026 on-bike kit is expected to ship on or around January 12th, 2026.
Officially licensed product
INEOS GRENADIERS 2026 UNISEX LIGHTWEIGHT 2.0 SOCKS
Ultra-lightweight and highly breathable technical socks designed to deliver maximum comfort during intensive rides or competitions in warm climates. Their elastic structure adapts perfectly to the foot, ensuring a secure, pressure-free fit.
The fabric features antibacterial and anti-odor properties, keeping the skin fresh, dry and balanced even during prolonged efforts. A higher-density footbed enhances feel and comfort, while the elastic band at the arch provides additional support.
Reinforcements at the heel and toe increase durability, while maintaining minimal weight and excellent ventilation. An ideal option for riders seeking uncompromising performance and comfort.
Details:
• 100% Meryl® Skinlife fibers.
• Antibacterial and anti-odor fabric.
• Breathable and elastic.
• Lightweight construction.
• Higher-density footbed for optimal feel.
• Elastic band for arch support.
• Reinforced heel and toe structure.
TECHNICAL CHARACTERISTICS
- Properties: Lightweight | Breathability
- Temperature Range: +25 to +40 ºC
- Sun Protection: 30+ UPF
- Weight: 35 g (S-M)
- Height: 15 cm (S-M), 16 cm (L-XL)
OPTIMAL CONDITIONS OF USE
Ideal for warm or very hot weather. Designed to offer high levels of breathability and elasticity, making them extremely comfortable during intensive rides or competitions.
DEVELOPMENT
Made entirely from Meryl® Skinlife polyamide fibers with silver ions, which provide bacteriostatic properties, promote moisture dissipation, prevent unwanted odors and maintain the skin’s natural balance.
Their elasticity makes them extremely comfortable during intensive use.
The elastic band positioned at the arch area provides extra comfort.
Reinforced heel and toe structure ensures enhanced durability.
Meryl® Skinlife is a fabric free from harmful chemicals and guarantees zero microplastic pollution.