Recently, I had my first hands-on experience with an Obdii Bidirectional Scanner, the NT710. As a newcomer to bidirectional scan tools, my perspective is based purely on initial impressions and limited use. My first task was to update the software, both for the scanner itself and for my BMW, which took around 30 minutes. When I connected the NT710 to my car and attempted to automatically identify the VIN, it initially failed, citing outdated BMW software. A second software download resolved this, and VIN identification was successful.
My primary interest in using a bidirectional scanner was to address a persistent TPMS malfunction in my vehicle. Suspecting a faulty tire sensor, I was hopeful that the NT710 would allow me to reset the TPMS system and program new sensor IDs. Foxwell, the manufacturer, had suggested this capability, which was a key factor in my purchase. However, my initial exploration left me questioning this expectation.
Navigating the NT710 was somewhat challenging, primarily due to the extremely basic manual. It offers little to no guidance on specific functionalities within vehicle submenus, focusing instead on the scanner’s general operation. Consequently, I resorted to exploring every menu option within both the OBDII and BMW sections. Despite this thorough search, I could only locate a generic TPMS fault code, not any options for resetting or reprogramming the system.
This experience raised some fundamental questions about using obdii bidirectional scanners. Is a trial-and-error approach typical when using these tools? Do menu structures vary significantly between car manufacturers like Ford and BMW, or is the menu organization largely scanner-dependent? Furthermore, is TPMS functionality, such as resetting and programming, generally straightforward to locate in a standard bidirectional scanner, or is it less common than expected? My initial foray into the world of obdii bidirectional scanners has highlighted a learning curve and the need for clearer guidance on accessing specific vehicle system functions.
