InnoShiftIng develops dedicated shifting systems for electrified multispeed transmissions in electric and hybrid drivetrains. The company designs linear actuators, differential angle sensors, and transmission control units optimized to minimize shifting time and increase drive efficiency. Their technology is validated on a specialized shifting test bench for specific automotive applications.
Funding
Funding not disclosed
Founders
Product
Problem
Electric and hybrid drivetrains often rely on single-speed transmissions, which limit the operating range of the electric motor and reduce overall system efficiency. Multispeed transmissions can improve performance, but conventional shifting systems are not optimized for the high-speed, high-torque characteristics of electric drives, leading to slow shift times and increased complexity.
Solution
InnoShiftIng provides dedicated shifting systems for electrified multispeed transmissions, including linear actuators, differential angle sensors, and a transmission control unit. These components are specifically engineered to minimize shifting time through optimized actuator design and precise sensor feedback. The company tests its systems on a specialized shifting test bench and continues to refine them for the specific requirements of different drivetrains. By offering a complete, application-optimized shifting solution, InnoShiftIng enables manufacturers to adopt multispeed architectures that increase the efficiency and scope of electric drives.
Target Audience
Primary customers are automotive manufacturers and tier-one suppliers developing electric and hybrid drivetrains who need high-performance shifting components for multispeed transmissions.
Features
- Linear actuators designed for fast and precise gear engagement in electric drivetrains
- Differential angle sensor for dog clutches, developed for large-scale production and integration into a sensor-integrated shifting fork
- Transmission control unit that coordinates shifting events for optimal performance
- Specialized shifting test bench used to validate and optimize system behavior under realistic conditions
- Application-specific engineering services to adapt shifting systems to different transmission and vehicle architectures