Company Logo Update

 We’re excited to unveil our new logo - a bold step forward with a modern edge.

As the automotive and mobility industry continues to transform, we've moved beyond pure minimalism to embrace a design that captures the complexity of our journey.
This new look reflects not just our growth, but the depth of our expertise and ambition.

Tell us what you think. We’d love to hear your thoughts. 

 Formula 1 is often regarded as the pinnacle of motorsport engineering, where the sharpest minds and cutting-edge technologies converge to gain milliseconds on the track. But F1 isn't just about fast cars and exciting races. It also helps create new technology that eventually ends up in the cars we drive every day. From hybrid engines and lightweight materials to advanced data systems, many F1 ideas have improved road cars over time. This article looks at how Formula 1 has helped make everyday cars faster, safer, and more efficient. 

We’re thrilled to announce that we are invited to serve as a co-chair at EuroBrake 2025! The event will be held from June 3–5 in Barcelona. This year’s seminar promises an exciting lineup of topics, including brake particle emissions (for both passenger and heavy-duty vehicles) and related testing innovations, brakes and electrification, brake linings and raw materials, NVH challenges, rotor and caliper materials, and much more. If you’re passionate about the future of braking technology, be sure to check out the event link below. 

We’re looking forward to connecting with many of you in Barcelona! 

Our founder, Tayfun Hekimoglu, has earned the ISO 26262 Functional Safety Engineer certification from TÜV Rheinland — a key achievement in the automotive field. Functional Safety is essential for ASIL-D systems like steering, braking, and active suspension, where reliability is critical. ISO 26262 ensures a structured approach to managing risks in E/E systems. This milestone reinforces our dedication to building safer, smarter, and more reliable automotive technologies.

As automotive technology continues to advance, suspension systems are evolving beyond their traditional passive roles. Active suspension systems represent a significant leap forward - designed to adapt instantly to road conditions, driving inputs, and varying vehicle load.

By actively managing each wheel's motion, these systems enhance comfort, safety, and performance across all driving scenarios. This article examines the technologies, components, benefits, and real-world applications that define modern active suspension systems.

The Nürburgring Nordschleife is one of the toughest racetracks in the world. At 20.8 km long, it is known as the "Green Hell" because of its difficult corners, big elevation changes, and unpredictable weather. Car manufacturers, both old and new, use this track to test how well their cars perform under extreme conditions.

For EV makers, setting a Nürburgring lap record isn’t just about bragging rights. It proves that their car’s powertrain, cooling system, suspension, and aerodynamics can handle tough conditions without losing performance. But why is this race for lap records so important, and what does it mean for EV development? Let’s take a closer look.

Precision control is a top priority in the automotive industry nowadays. As vehicles advance and the need for safety, agility, and efficiency grows, innovative technologies like rear wheel steering (RWS) and 4-wheel steering (4WS) are emerging.

In the evolving automotive technology, innovations have continuously reshaped the way we interact with and control vehicles. One of these notable advancements is "steer-by-wire" technology, which replaces the traditional mechanical link between the steering wheel and the wheels with electronic systems.

As we steer towards a software-driven future in the automotive and mobility sector, let's not overlook the indispensable role of hardware engineers.