If your tool connects wirelessly, plugs into a vehicle’s electronics, or includes digital circuits, it likely needs FCC and CE testing. Here’s a look at the types of automotive tools we commonly handle:

• OBD Scanner
  Whether wired or wireless, OBD-II scanners interface with vehicle systems and often use Bluetooth or WiFi—requiring both RF and EMC compliance.

• Diagnostic Tool
  Handheld or tablet-based tools with electronic displays and wireless connectivity must meet emissions standards and radio equipment regulations.

• Car Coding Tool
  Devices used for coding or reprogramming vehicle ECUs often include USB, Bluetooth, or WiFi connections—falling under RF and EMC directives.

• ECU Reader
  Tools that read data from engine control units (ECUs) generate electronic signals and may use wireless communication—requiring comprehensive compliance checks.

• Automotive Multimeter
  Advanced multimeters with digital displays or Bluetooth features need EMC testing and RF certification if wirelessly connected.

• Bluetooth OBD Adapter
  These small plug-in devices rely on Bluetooth to communicate with apps—making RF testing under FCC Part 15 and CE RED mandatory.

• Emission Tester
  Electronic emission testers with data logging, wireless transfer, or cloud connectivity require EMC testing and wireless compliance.

For products sold in the U.S., FCC certification applies to any device emitting radio frequency energy—including both intentional transmitters (Bluetooth, WiFi) and unintentional emissions from digital circuits and interfaces. Most automotive tools fall under FCC Part 15 and require:

• RF testing for wireless communication

• EMC testing for electronic noise and interference

• Compliance with power limits and spurious emission standards

For Europe, CE certification is required. Depending on your tool’s features, you’ll need to comply with:

• The Radio Equipment Directive (RED) for wireless connectivity

• The EMC Directive for electromagnetic compatibility

• The Low Voltage Directive (LVD) for powered or rechargeable devices

If your tool integrates with cloud services or mobile apps, additional cybersecurity or interoperability standards may apply.

FCC requires accredited lab testing and, for many RF devices, formal equipment authorization. CE certification is self-declared, but you must ensure full compliance and maintain detailed technical documentation.

You’ll typically need:

• RF testing for Bluetooth, WiFi, or other wireless features

• EMC testing for digital processing and electronic interfaces

• Safety evaluations for battery-powered or plug-in devices

• Technical documentation (manuals, schematics, test reports)

• Correct labeling (FCC ID, CE mark)

• Retesting if you modify hardware, firmware, or wireless modules