Keep the cabin air moving at every fan setting with the Standard Ignition HVAC Blower Motor Resistor RU-306 (also written RU306). It drops in as a direct-fit replacement for the 1982-1985 Toyota Celica, and is specifically designed for Toyota applications. The blower motor resistor manages the current feeding the blower motor so the HVAC system can run at its different fan speeds; when it fails, you may lose one or more speeds or the blower may quit entirely — signs this part may need replacing.
- Premium copper connectors: uses premium copper electrical connectors for more precise resistance values, helping improve resistor performance and part life.
- HVAC integration: a research-and-design process aimed at seamless integration with the vehicle's HVAC system.
- Variable speed control: designed to restore A/C and heater blower motor variable speed control, helping to support HVAC performance and passenger comfort.
- Tested: undergoes extensive testing at the manufacturer's facility to help ensure correct performance across conditions.
Fits: 1982-1985 Toyota Celica — see the Buyer's Guide tab for full engine-level details.
Interchange: RU1006 · JA1309 · BR216 · 8713814060 · 8713814061
This part cross-references / interchanges with the following part numbers:
Frequently Asked Questions
What does this blower motor resistor do?
It manages the current feeding the blower motor so the HVAC system can operate at its different fan speeds.
Which vehicles does the RU-306 fit?
It is a direct-fit replacement for the 1982-1985 Toyota Celica. Check the Buyer's Guide tab to confirm fitment for your vehicle.
What are signs this resistor may need replacing?
You may lose one or more blower fan speeds, or the blower may stop working entirely. Diagnose the cause before replacing.
What numbers does this part interchange with?
It cross-references RU1006, JA1309, BR216, 8713814060, and 8713814061.
What connectors does it use?
It uses premium copper electrical connectors for more precise resistance values, which helps improve resistor performance and part life.
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