Impact of EV adoption on air suspension technology

What is the impact of increased EV adoption on air suspension technology and what does it mean for you? Arnott Business Development Manager UK and Ireland, Ovidiu Vlaicu, explains.

Of course, the primary difference between ICE vehicles and EVs is the powertrain. This difference leads to fewer moving parts in EVs and the absence of components, like exhaust pipes and DPFs.

Despite being heavier and having a lower centre of gravity, an EV’s suspension system is similar to that in an ICE vehicle. Conventional coil strut and spring/shock absorber setups, as well as air suspension setups, are used in both.

Benefits of air suspension for EVs

EVs have unique characteristics, such as increased weight and different weight distribution, due to battery packs and traction motors. Air suspension helps manage these factors by providing load leveling and optimising ride and handling. This ensures a high level of comfort for passengers.

Another significant benefit of air suspension in EVs is its potential to improve travel range. By lowering the vehicle body at high speeds, air suspension reduces drag, leading to increased efficiency and longer travel ranges. This efficiency is critical for EVs, as it directly impacts consumer satisfaction and vehicle performance.

The future of air suspension in EVs

As the adoption of EVs continues to grow, so will the use of air suspension systems. These systems offer significant advantages that align well with the needs of EVs, making them an increasingly popular choice among manufacturers.

Arnott’s expertise in suspension technology

At Arnott, our engineering team is at the forefront of developing advanced air suspension technology solutions for EVs. With extensive experience and a commitment to innovation, we ensure that our air suspension systems meet the highest standards of performance and reliability. By partnering with Arnott, you have access to state-of-the- art suspension technology that keeps pace with industry trends.