MUCAR VO7S VO7 – Bidirectional ECU Coding and CANFD OBD2

VO7S VO7 – Bidirectional ECU Coding and CANFD OBD2 — a compact, 7-inch engine analyzer designed for advanced bidirectional ECU coding, CANFD support and on-the-go OBD2 diagnostics. Built for technicians and DIYers who need precise vehicle data and reliable control during troubleshooting and programming.

Features

• 7-inch touchscreen display for clear diagnostic readouts
• Bidirectional ECU coding and CANFD OBD2 support for modern vehicles
• Portable engine analyzer form factor with electronic diagnostic capabilities
• Certified to RoHS, FCC, CE, EEC and CCC standards
• Easy-to-use interface suitable for both workshop pros and enthusiasts

Product Specifications

• Display Size: 7 inches
• Item Type: Engine Analyzer
• Hardware Version: Car Diagnostic Tool
• Electronic: Yes
• Is Batteries Included: Yes
• Certifications: RoHS, FCC, EEC, CE, CCC
• Item Length: 27.4 cm · Item Height: 11.6 cm

Package Includes

• Diagnostic unit with 7" display
• Batteries (included)

Warning / Reminder

• Check vehicle compatibility and OBD2/CANFD protocol support before use.
• Follow safety guidelines when connecting to vehicle power and live circuits.

Benefits: This VO7S VO7 device streamlines diagnostics by combining bidirectional control and CANFD compatibility in a single portable tool. It reduces diagnostic time, improves fault isolation accuracy, and lets you perform coding and actuator tests without multiple devices—ideal for faster repairs and fewer return visits. Durability, precision readings and an intuitive touchscreen make it effortless to integrate into daily workshop workflows.

Perfect for mechanics, service centers and advanced DIYers working on modern vehicles, backed by a satisfaction guarantee. Add the VO7S VO7 to your toolbox today to speed up diagnostics, simplify ECU coding and get dependable results on every job.

Use it during routine maintenance, complex troubleshooting, or ECU programming sessions. Purchase now to enhance diagnostic precision and workflow efficiency.