Maillot manga larga Gobik pacer solid 2.0 Thai

Gobik Pacer Solid 2.0 Thai - Versatile long sleeve jersey

The Gobik Pacer Solid 2.0 Thai is a long sleeve jersey developed for cyclists who need performance and versatility throughout a wide range of conditions. Built with solid polyamide fabric and microfleece interior, it delivers medium insulation while maintaining excellent moisture management and quick-drying capabilities.

Its advanced thermoregulation makes it an ideal garment for spring and autumn, where fluctuating temperatures demand adaptability. Mesh panels under the arms provide extra airflow, avoiding overheating and keeping comfort stable during long rides.

This updated version improves comfort by reducing seams and introducing laser-cut cuffs, more aerodynamic, ergonomic and easy to integrate under gloves or jackets. The new thermo-sealed front waist enhances fit, aesthetics and stability without pressure points.

The storage system features three rear pockets plus an additional lateral mesh pocket, perfect for nutrition or lightweight accessories. Two rear pockets include Gobik’s patented GRS retention system, ensuring security for valuable items during movement. Reflective details enhance safety when riding in low-light conditions.

The exposed zipper with printed logo adds a dynamic look and elasticity, preventing wrinkles on the abdomen and improving aerodynamics. Combined with the Perfect Fit cut, the jersey adapts to the rider’s anatomy, supporting both comfort and performance.

Technical features:

• Solid polyamide fabric with microfleece lining
• Medium insulation and quick-dry performance
• Mesh panels underarms for ventilation
• Raw-cut seamless cuffs
• Exposed zipper with printed logo
• 3 rear pockets + 1 side mesh pocket
• 2 rear pockets with GRS system
• Soft elastic waist with thermo-sealed front
• Reflective details
• Weight: 220 g (M)
• Temperature range: 9 - 17 ºC
• Fit: Perfect Fit

The Gobik Pacer Solid 2.0 Thai is a reliable choice for cyclists looking for adaptability, breathability and safety in transitional seasons.