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FRONT HUB - MAGNESIUM
FRONT HUB L.48mm mod.MINI KART - BEARING Ø17mm - MAGNESIUM
INT1004005
Front hub made from magnesium alloy, specifically designed for mini karts, with a length of 48 mm and compatible with 17 mm inner diameter bearings. The magnesium construction ensures reduced weight while maintaining high rigidity and mechanical stress resistance. Ideal for improving steering responsiveness and handling, particularly suited for competitive use and high performance. Precision CNC machining.
FRONT HUB L.80mm mod.OK - BEARING Ø25mm - MAGNESIUM
INT1004001
Front hub made of magnesium alloy, designed for OK category chassis, 80 mm in length and compatible with 25 mm inner diameter bearings. Manufactured from magnesium to ensure lightness, high rigidity, and resistance to mechanical stresses typical of racing. Ideal to enhance steering precision and kart responsiveness, especially in high-level competitions. High-precision CNC machining.
FRONT HUB L.100mm mod.OK - BEARING Ø25mm - ALUMINIUM
INT1004002
Front hub made of magnesium alloy, designed for OK category chassis, 100 mm in length and compatible with 25 mm inner diameter bearings. Manufactured from magnesium to provide the perfect balance of lightness and strength, ideal for high-performance competitions. Ensures high rigidity and resistance to mechanical stress, enhancing steering precision and kart responsiveness. High-precision CNC machining.
FRONT HUB mod.KZ Ø42x70mm - MAGNESIUM
INT1004003
Front hub made of magnesium alloy for KZ category chassis, with Ø42 mm diameter and 70 mm length. Manufactured from lightweight and durable magnesium, it ensures high performance thanks to an excellent balance of lightness, rigidity, and heat dissipation. Designed to improve handling and steering stability under demanding racing conditions. High-precision CNC machining.
FRONT HUB mod.KZ Ø42x80mm - MAGNESIUM
INT1004004
Front hub made of magnesium alloy with Ø42 mm diameter and 80 mm length. Manufactured from lightweight and durable magnesium, it provides an excellent balance of lightness, rigidity, and heat dissipation. Ideal for competition chassis requiring high precision and performance, ensuring greater steering stability and responsiveness. High-precision CNC machining.