TAU Sequential Shifter V2
The TAU SEQUENTIAL SHIFTER V2 puts you right in the middle of the racing action and offers a realistic experience of sequential gear operation, just like in a real racing car. Its mechanism is based on a two-stage change in force when shifting, which creates an authentic feeling of mechanical gear shifting. In addition, the equipment with contactless Hall sensors ensures exceptional durability and precision. Each gear change in the TAU SEQUENTIAL SHIFTER V2 is additionally highlighted by a characteristic click that gives every maneuver authenticity. With the TAU SEQUENTIAL SHIFTER V2, each of your journeys becomes a unique experience!
Two Hall sensors are responsible for the precise reading of the gear lever position. They react to changes in the magnetic field generated by the magnet used. When the lever is moved, these sensors generate a digital signal, which is then transmitted to the controller. Thanks to this solution, the position of the lever is carefully monitored and converted into appropriate control signals.
ADVANTAGES
Hall sensors offer many advantages, thanks to which TAU SEQUENTIAL SHIFTER V2 gains even more functionality and benefits. One of the main advantages of this solution is contactless operation. Hall sensors operate without physical contact with the measured object, which reduces wear and increases their service life. In addition, they provide accurate and repeatable measurements, which, combined with a fast response to the changing magnetic field, significantly improves the quality of the simulation.
FUNCTIONAL PRINCIPLE
The operating principle of the TAU SEQUENTIAL SHIFTER is based on a two-stage change in force. Thanks to the carefully designed geometry of the structure and the appropriately selected spring, the mechanism simulates the effect of "force decay". This means that when shifting gears, the user initially feels an increase in force, which decreases after reaching a certain point. This mechanism faithfully reflects the operation of a sequential gearbox typical of racing cars, providing an authentic driving experience. The effect is further enhanced by the characteristic click when engaging and downshifting gears.
BALL BEARINGS
The new V2 version has been improved by using ball bearings instead of sliding bushings. This change significantly affects the smooth operation of the moving elements and increases their service life, minimizing the need for frequent maintenance. Thanks to these modernizations, the TAU SEQUENTIAL SHIFTER V2 becomes a reliable device that will serve you for many years.
The TAU SEQUENTIAL SHIFTER V2 puts you right in the middle of the racing action and offers a realistic experience of sequential gear operation, just like in a real racing car. Its mechanism is based on a two-stage change in force when shifting, which creates an authentic feeling of mechanical gear shifting. In addition, the equipment with contactless Hall sensors ensures exceptional durability and precision. Each gear change in the TAU SEQUENTIAL SHIFTER V2 is additionally highlighted by a characteristic click that gives every maneuver authenticity. With the TAU SEQUENTIAL SHIFTER V2, each of your journeys becomes a unique experience!
Two Hall sensors are responsible for the precise reading of the gear lever position. They react to changes in the magnetic field generated by the magnet used. When the lever is moved, these sensors generate a digital signal, which is then transmitted to the controller. Thanks to this solution, the position of the lever is carefully monitored and converted into appropriate control signals.
ADVANTAGES
Hall sensors offer many advantages, thanks to which TAU SEQUENTIAL SHIFTER V2 gains even more functionality and benefits. One of the main advantages of this solution is contactless operation. Hall sensors operate without physical contact with the measured object, which reduces wear and increases their service life. In addition, they provide accurate and repeatable measurements, which, combined with a fast response to the changing magnetic field, significantly improves the quality of the simulation.
FUNCTIONAL PRINCIPLE
The operating principle of the TAU SEQUENTIAL SHIFTER is based on a two-stage change in force. Thanks to the carefully designed geometry of the structure and the appropriately selected spring, the mechanism simulates the effect of "force decay". This means that when shifting gears, the user initially feels an increase in force, which decreases after reaching a certain point. This mechanism faithfully reflects the operation of a sequential gearbox typical of racing cars, providing an authentic driving experience. The effect is further enhanced by the characteristic click when engaging and downshifting gears.
BALL BEARINGS
The new V2 version has been improved by using ball bearings instead of sliding bushings. This change significantly affects the smooth operation of the moving elements and increases their service life, minimizing the need for frequent maintenance. Thanks to these modernizations, the TAU SEQUENTIAL SHIFTER V2 becomes a reliable device that will serve you for many years.
GPSR Information
Herstellerinformationen
Name: Another Way Natalia WoźniakAdresse: Bogusławki Małe 25C, 96-200 Rawa Mazowiecka, Polen
E-Mail: kontakt@aw-anotherway.pl
Webseite: https://aw-anotherway.pl
Europäischer Hersteller: Ja