The TPMS6 is a diagnostic tool designed for automotive technicians to read, diagnose, and program tire pressure monitoring sensors. The interface supports a range of service workflows, from identifying sensor data to completing vehicle-specific TPMS procedures. The goal of the redesign was to make these technical tasks easier to understand and navigate while maintaining the depth and functionality professional technicians rely on. The final experience was designed to work seamlessly within the tool’s hardware and production constraints.






The TPMS6 is a diagnostic tool designed for automotive technicians to read, diagnose, and program tire pressure monitoring sensors. The interface supports a range of service workflows, from identifying sensor data to completing vehicle-specific TPMS procedures. The goal of the redesign was to make these technical tasks easier to understand and navigate while maintaining the depth and functionality professional technicians rely on. The final experience was designed to work seamlessly within the tool’s hardware and production constraints.






The TPMS6 is a diagnostic tool designed for automotive technicians to read, diagnose, and program tire pressure monitoring sensors. The interface supports a range of service workflows, from identifying sensor data to completing vehicle-specific TPMS procedures. The goal of the redesign was to make these technical tasks easier to understand and navigate while maintaining the depth and functionality professional technicians rely on. The final experience was designed to work seamlessly within the tool’s hardware and production constraints.






The TPMS6 is a diagnostic tool designed for automotive technicians to read, diagnose, and program tire pressure monitoring sensors. The interface supports a range of service workflows, from identifying sensor data to completing vehicle-specific TPMS procedures. The goal of the redesign was to make these technical tasks easier to understand and navigate while maintaining the depth and functionality professional technicians rely on. The final experience was designed to work seamlessly within the tool’s hardware and production constraints.









