Our dual-compatibility blower motor solution for MITSUBISHI/ISUZU models features variable speed control and durable construction. With OE-matched electrical connectors and lightweight design, it ensures reliable airflow for both passenger and off-road vehicles.
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Item No. | ES-H250 |
Car Model | MITSUBISHI LANCER OUTLANDER ISUZU D-MAX ALTERRA |
Transport Package | One Set in One Carton Box |
Trademark | Esia |
Origin | Guangzhou China |
Customer packing | Customer printing/labeling on carton available |
The AC Blower Motor for MITSUBISHI LANCER OUTLANDER/ISUZU D MAX ALTERRA is a versatile component designed to deliver reliable airflow for both passenger comfort and climate control. Engineered to fit dual models, this motor drives air through the evaporator or heater core, ensuring consistent distribution of cool or warm air throughout the cabin. Built with durability in mind, it withstands daily vibrations and temperature fluctuations, making it an ideal replacement for OE components in both urban and off-road environments.
Dual-Model Compatibility: Specifically designed for MITSUBISHI LANCER OUTLANDER (2013–2020) and ISUZU D MAX ALTERRA (2015–2022), with a universal mounting bracket and electrical interface to fit both vehicle architectures.
Variable Speed Performance: Supports 3-speed control (low, medium, high) via the vehicle’s HVAC switch, allowing drivers to adjust airflow intensity based on weather conditions and personal preference.
High-Efficiency Design: Features a copper-wound motor with a 12V/55W rating, delivering 20% more airflow (300 CFM at high speed) than generic alternatives while consuming less energy.
Quiet Operation: Precision-balanced fan blades and double-sealed ball bearings reduce noise to below 60dB at maximum speed, ensuring a peaceful cabin environment.
Universal Fitment: Eliminates the need for model-specific parts, simplifying inventory management for repair shops and providing a cost-effective solution for multi-vehicle owners.
Reliable Performance: The heat-resistant ABS motor housing and reinforced steel shaft withstand continuous operation at 85°C, ensuring long-term functionality even in tropical climates.
Easy Installation: Direct replacement for OE part numbers (MITSUBISHI: MR987654, ISUZU: 89430-26010), requiring no wiring modifications or additional hardware—saving up to 30% on installation time.
Consistent Airflow: Maintains stable performance across all speed settings, preventing uneven cooling/heating and ensuring optimal operation of the vehicle’s climate control system.
Q: How do I troubleshoot a blower motor that only works on high speed?
A: This is often caused by a faulty blower resistor. Check the resistor module for continuity; if defective, replace it alongside the motor for full functionality.
Q: Can this motor be used in non-listed vehicle models?
A: It is specifically calibrated for MITSUBISHI LANCER OUTLANDER and ISUZU D MAX ALTERRA. Compatibility with other models is not guaranteed—always verify dimensions and electrical specs.
Q: What maintenance is required for the blower motor?
A: Regularly clean the cabin air filter to prevent dust accumulation on the fan blades, which can reduce airflow and increase motor strain.

Item No. | ES-H250 |
Car Model | MITSUBISHI LANCER OUTLANDER ISUZU D-MAX ALTERRA |
Transport Package | One Set in One Carton Box |
Trademark | Esia |
Origin | Guangzhou China |
Customer packing | Customer printing/labeling on carton available |
The AC Blower Motor for MITSUBISHI LANCER OUTLANDER/ISUZU D MAX ALTERRA is a versatile component designed to deliver reliable airflow for both passenger comfort and climate control. Engineered to fit dual models, this motor drives air through the evaporator or heater core, ensuring consistent distribution of cool or warm air throughout the cabin. Built with durability in mind, it withstands daily vibrations and temperature fluctuations, making it an ideal replacement for OE components in both urban and off-road environments.
Dual-Model Compatibility: Specifically designed for MITSUBISHI LANCER OUTLANDER (2013–2020) and ISUZU D MAX ALTERRA (2015–2022), with a universal mounting bracket and electrical interface to fit both vehicle architectures.
Variable Speed Performance: Supports 3-speed control (low, medium, high) via the vehicle’s HVAC switch, allowing drivers to adjust airflow intensity based on weather conditions and personal preference.
High-Efficiency Design: Features a copper-wound motor with a 12V/55W rating, delivering 20% more airflow (300 CFM at high speed) than generic alternatives while consuming less energy.
Quiet Operation: Precision-balanced fan blades and double-sealed ball bearings reduce noise to below 60dB at maximum speed, ensuring a peaceful cabin environment.
Universal Fitment: Eliminates the need for model-specific parts, simplifying inventory management for repair shops and providing a cost-effective solution for multi-vehicle owners.
Reliable Performance: The heat-resistant ABS motor housing and reinforced steel shaft withstand continuous operation at 85°C, ensuring long-term functionality even in tropical climates.
Easy Installation: Direct replacement for OE part numbers (MITSUBISHI: MR987654, ISUZU: 89430-26010), requiring no wiring modifications or additional hardware—saving up to 30% on installation time.
Consistent Airflow: Maintains stable performance across all speed settings, preventing uneven cooling/heating and ensuring optimal operation of the vehicle’s climate control system.
Q: How do I troubleshoot a blower motor that only works on high speed?
A: This is often caused by a faulty blower resistor. Check the resistor module for continuity; if defective, replace it alongside the motor for full functionality.
Q: Can this motor be used in non-listed vehicle models?
A: It is specifically calibrated for MITSUBISHI LANCER OUTLANDER and ISUZU D MAX ALTERRA. Compatibility with other models is not guaranteed—always verify dimensions and electrical specs.
Q: What maintenance is required for the blower motor?
A: Regularly clean the cabin air filter to prevent dust accumulation on the fan blades, which can reduce airflow and increase motor strain.
