Side Shaft
Felss drive shafts offer intelligent wall thickness distribution depending upon the strain requirements, as well as optimized torsional strength and material stabilization.
Thinner Wall Thicknesses, Greater Resilience
The side shaft is the dynamic connection between the transmission and the drive wheels. As part of the drive train, the torque is transferred here from the transmission to the wheels. The resonance and vibration behavior of the side shaft has a decisive impact on driving comfort.
Felss side shafts offer intelligent wall thickness distribution, depending upon the stress requirements, as well as optimal torsional strength and material stabilization. Felss has developed various side shaft models and processes in cooperation with customers from OEM, TIER 1, and TIER 2. As an expert for single and multiple station machines, Felss has realized side shafts with a high precision spline and varying wall thicknesses that are distinguished by a high degree of strength and torque transfer with low weight. This means that less mass needs to be accelerated in the drive train, resulting in reduced fuel consumption and lower CO2 emissions. The range of electric vehicles is also increased.
Added Value
Lighter
40% lighter – weight reduction with simultaneously improved vibration behavior (in comparison with solid shafts).
Stronger
30% stronger with regard to NVH behavior (in comparison with solid shafts).
Resource Efficient
20% more resource efficient thanks to a reduction of components through function integration.
Faster
Increased power density (torque).
Felss Components in Use: Our Applications
Find out more
Homokinetic Joint
The homokinetic joints from Felss combine low weight with improved vibration behavior and greater stability.
Intermediate Shaft
This intermediate shaft from Felss is distinguished by the highly precise rotary swaging of the ball path.
How Can We Help You?
We would be happy to advise you personally about our solutions and are available to answer any inquiries concerning the Felss Group.