BEARING BUSH SUPPORT Ø25mm mod.BABY KART - SCOUT

The 25 mm Bearing Carrier – Baby Kart – Scout model is made of anodized aluminum, designed to house 25 mm inner diameter bearings on children's kart axles. The bolt spacing is 67 mm, a standard measurement for many baby kart chassis.
 

This component is compatible with Baby Kart chassis, such as the Scout line, which use 25 mm axles. It's important to verify compatibility with your specific chassis before purchasing.

BEARING BUSH SUPPORT Ø30mm V19

The 30 mm Bearing Carrier Shell V19 model is made of anodized aluminum, designed to house 30 mm inner diameter bearings on kart axles. The bolt spacing is 67 mm, a standard measurement for many kart chassis. This component is compatible with Baby Kart chassis

BEARING BUSH SUPPORT Ø40-50mm - ECONOMIC LINE

The 40-50 mm Bearing Carrier – Budget Line is made of anodized aluminum, designed to house 40 mm or 50 mm inner diameter bearings on kart axles. The bolt spacing is 67 mm, a standard measurement for many kart chassis

BEARING BUSH SUPPORT Ø40-50mm - ALUMINIUM

Anodized aluminum hub carrier for 40 mm or 50 mm axles, featuring a multi-hole design for versatile configurations. Offers increased strength and durability compared to the economy version.

BEARING BUSH SUPPORT Ø40-50mm - MAGNESIUM

The magnesium bearing carrier for 40 mm or 50 mm axles is designed to provide an exceptional combination of lightness and strength. Made from anodized magnesium alloy, this component is ideal for high-performance karting applications where weight reduction and reliability are crucial.

BEARING BUSH SUPPORT Ø40-50mm - MAGNESIUM - TWO POSITION: -5 +4

The magnesium bearing carrier for 40 mm or 50 mm axles with two-position adjustment (-5 mm and +4 mm) is designed to provide an exceptional combination of lightness and strength. Made from anodized magnesium alloy, this component is ideal for high-performance karting applications where weight reduction and reliability are crucial. The two-position adjustment allows for easy adaptation of the chassis geometry to optimize kart handling and stability.