SPRINTER W 906
Shock absorbers for Mercedes Sprinter W906
In this section, you'll find specific solutions to optimize the performance of the Mercedes Sprinter W906 in extreme conditions. From high-performance front and rear shock absorbers like the Dakar Coilover Front, Dakar Pro Rear, and Dakar Rear, to reinforced leaf spring kits and spacers designed to increase suspension strength, this category groups the essential components for a complete 4x4 build. Additionally, specialized mounts such as the spare wheel mount and awning or roof rack bracket are included, essential for those who demand reliability and functionality on demanding routes. This selection addresses the model's needs for transformation and reinforcement, ensuring durability, adaptability, and optimal off-road performance.
Mercedes
Shock absorbers for Mercedes Sprinter W906
The shock absorbers available for the Sprinter W906 have been developed to offer greater control and stability on demanding terrain. Solutions such as the Dakar Coilover Front and the Dakar Pro Rear are designed to improve impact absorption, provide greater rigidity when required, and maintain reliable dynamic behavior. Thanks to these specific configurations, the suspension adapts to the challenges of off-road use, guaranteeing superior performance in any scenario.
Leaf springs for Mercedes Sprinter W906
The reinforced spring kits and spacers included in this category have been designed to increase the load capacity and strength of the rear axle under high-demand conditions. These solutions improve the vehicle's geometry and balance, optimizing its behavior under load and in situations requiring greater lift or structural reinforcement. The set is intended for users seeking solid preparation for expeditions or heavy-duty work.
4x4 brackets for Mercedes Sprinter W906
This section groups supports specifically designed to facilitate the transport of key accessories on the Sprinter W903. The spare wheel bracket kit and the awning or roof rack bracket are conceived to integrate securely and efficiently with the bodywork, without compromising the overall stability. These elements are fundamental in long-distance configurations, allowing for greater autonomy and optimal use of space in extreme conditions.
