Meeting CO₂ regulations requires precise airflow management without adding weight or system vulnerability. The Sonceboz AGS actuator delivers adaptive grille control through LIN communication, enabling optimized aerodynamic and thermal strategies in real time. Its ultra-compact 62-gram design integrates easily into constrained front-end architectures while contributing to emission reduction of up to 3 g/km. Protected by an IP6K7 enclosure and validated for 250,000 cycles, it ensures durable, maintenance-free operation from −40°C to +105°C in harsh automotive environments. The result: measurable efficiency gains, simplified electronic integration, and long-term functional reliability aligned with OEM platform requirements.

Sensor performance defines ADAS reliability — and visibility failures directly impact safety perception and liability exposure. OEMs require cleaning systems that operate silently, efficiently and without maintenance risks over vehicle lifetime. This compact scroll compressor can operate with a continuous duty cycle and deliver up to 8 bar peak pressure in a fully oil-free architecture, eliminating contamination concerns while ensuring consistent airflow performance. Smart electronic control enables precise pressure and flow management, optimizing energy consumption and extended duty cycles. Integrated LIN and CAN communication simplify vehicle integration and diagnostics. Designed for durability and high power density, the system secures long-term sensor performance while reducing integration complexity and operational risk.

Steer-by-wire systems redefine vehicle dynamics, but they also raise the bar for responsiveness, redundancy and functional safety. OEM platforms must balance compact packaging, torque precision and scalable electronic architectures. Our force feedback actuation solution delivers dynamic torque control with predictable response behavior, supporting advanced driver assistance and software-defined vehicle strategies. Designed for integration into modern 12 V and 48 V environments, it enables modular platform deployment while maintaining stringent safety standards. Optimized power density and compact construction reduce packaging constraints without compromising performance. The outcome: precise steering control that enhances driver confidence while securing system reliability and long-term platform adaptability.

Electrified architectures demand braking systems that react instantly while remaining modular and integration-friendly. OEMs must ensure functional safety, packaging efficiency and scalable deployment across vehicle segments. Delivering response times below 150 milliseconds, this brake-by-wire actuator ensures highly precise and responsive braking performance in critical situation. Its compact plug-and-play in-wheel concept simplifies caliper integration and supports both 12 V and 48 V architectures. Integrated Electric Parking Brake functionality reduces system complexity while enabling adaptable control strategies. Engineered for environmental robustness and durability, it supports long-term reliability and reduces development risk for modern vehicle platforms.