OBDLink MX+ Bluetooth Scanner - Best for Advanced Diagnostics & Live Data
The OBDLink MX+ Bluetooth Scanner is the premier choice for enthusiasts and aspiring professionals who demand the fastest live data and deepest diagnostic capabilities from a wireless tool.
- +Extremely fast and reliable live data streaming, approaching wired scanner performance
- +Broad compatibility with third-party diagnostic apps in addition to its proprietary software
- +Reads enhanced, manufacturer-specific codes for many systems without a subscription
- -High upfront cost is a significant investment for casual users
- -The OBDLink app provides vast data but can be overwhelming for beginners
- -Accessing some advanced systems like ABS may require an additional paid upgrade
The OBDLink MX+ Bluetooth Scanner is engineered for users who require serious diagnostic depth. It distinguishes itself with exceptionally fast and stable live data streaming, a critical feature for diagnosing intermittent issues that cheaper Bluetooth dongles often miss due to lag. This performance brings it closer to the realm of professional wired scan tools. Its flexibility is another major asset, as it works seamlessly with its own capable OBDLink app and a wide array of respected third-party applications, allowing users to tailor their diagnostic workflow.
The scanner excels at reading a comprehensive set of generic and manufacturer-specific trouble codes, providing deep insight into the engine, transmission, and other control modules. However, this capability comes with a learning curve; the sheer volume of data presented can be intimidating for those new to diagnostics. While the core code reading is robust, unlocking all bi-directional controls and certain module accesses requires additional purchases. Praised by professional mechanics for its compact size and powerful output, the OBDLink MX+ is not the simplest tool but is arguably the most capable Bluetooth scanner for advanced DIYers who need to monitor sensor parameters in real time and perform detailed system analyses.