fits model: Explorer. make: Ford. year: 2013–2015.

( Manufacturer Part Number: DB533D070CK ), ( Type: Rack Pinion ), ( Manufacturer Warranty: 30 Days ), ( Oe/oem Part Number: Db53 3d070 Ck, Db533d070ck, Tkcnr354220088, Tkonr354220088 ), ( Universal Fitment: No ), ( Country Of Origin: United States )
The **Ford DB533D070CK (2013 2015 Explorer Front Power Electric Pinion Motor)** is a critical component of Ford s advanced power steering system, designed to deliver precise, responsive, and effortless control for drivers navigating both urban streets and rugged terrain. This high-performance electric pinion motor is engineered to work seamlessly with the Explorer s hydraulic power steering assist, providing the necessary torque amplification to reduce driver fatigue during extended drives or heavy-duty maneuvers. Built with Ford s commitment to reliability and efficiency, this motor features a robust, durable construction, incorporating a compact yet powerful electric actuator that converts electrical energy into mechanical motion with minimal energy loss. The pinion motor is integrated into the steering column assembly, where it interfaces directly with the steering gear, ensuring smooth and consistent power assistance across a wide range of steering angles. Its design incorporates advanced brushless DC technology, which enhances longevity by eliminating wear from traditional commutator-based systems, while also optimizing fuel efficiency by operating only when additional steering assistance is required. Ideal for the 2013 through 2015 model years of the Ford Explorer, this motor is compatible with both the 3.5L V6 and 5.0L V8 engine configurations, making it a versatile upgrade or replacement part for vehicles requiring enhanced steering performance. Whether restoring a classic Explorer or maintaining a high-mileage vehicle, this pinion motor ensures that drivers experience the same level of confidence and control that Ford has become synonymous with, blending cutting-edge engineering with the rugged practicality of the Explorer platform.
### Pros and Cons of Buying a Ford Explorer (DB533D070CK) 2013 2015 with a Front Power Electric Pinion Motor
#### **Pros:**1. **Reliability of the Ford Explorer Platform** The 2013 2015 Ford Explorer is a well-built SUV with a solid reputation for durability, especially in the mid-size segment. The platform is known for handling well and offering a comfortable ride.
2. **Front Power Electric Pinion Motor (Hybrid System)** This system is designed to assist the engine by providing additional torque and improving fuel efficiency. It helps reduce strain on the internal combustion engine, potentially extending its lifespan and reducing wear and tear.
3. **Fuel Efficiency** The hybrid configuration typically offers better fuel economy compared to a conventional gas-only SUV. Depending on driving conditions, you may see improved MPG, which can save money on fuel costs over time.
4. **Smooth Acceleration and Driving Experience** The electric assist from the pinion motor provides smoother power delivery, reducing jerky transitions between gears and improving overall driving comfort.
5. **Potential for Lower Maintenance Costs** Since the hybrid system helps reduce engine load, there may be less stress on components like the transmission, clutch (if applicable), and engine, leading to fewer repairs over time.
6. **Resale Value** While not as high as luxury hybrids, Ford Explorers still hold decent resale value, especially if well-maintained. The hybrid feature may appeal to some buyers looking for efficiency.
7. **All-Wheel Drive (AWD) Capability** Many models in this range come with AWD, which improves traction in adverse weather conditions, making it a practical choice for drivers in snowy or rainy climates.
8. **Spacious Interior** The Explorer is known for its roomy cabin, offering ample seating for passengers and cargo space, which is ideal for families or those who need extra storage.
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#### **Cons:**1. **Hybrid System Complexity** The front power electric pinion motor adds complexity to the vehicle s powertrain. If something goes wrong with the hybrid components (battery, motor, or control systems), repairs can be costly and may require specialized technicians.
2. **Higher Upfront Cost** Hybrid systems generally increase the price of the vehicle. While fuel savings may offset this over time, the initial purchase cost is higher than a comparable non-hybrid SUV.
3. **Potential for Battery Degradation** Hybrid batteries, while designed to last, can degrade over time, especially if the vehicle is driven aggressively or exposed to extreme temperatures. Replacing a hybrid battery can be expensive, often costing thousands of dollars.
4. **Limited Availability of Parts and Mechanics** Not all auto shops are equipped to work on hybrid systems. Finding a qualified mechanic familiar with the Ford Explorer s hybrid components may be challenging, leading to longer wait times for repairs.
5. **Reliability Concerns with Older Models** The 2013 2015 Explorers are not brand new, and some owners have reported issues with the transmission, electrical systems, or hybrid components. Thorough inspection and maintenance history are critical before purchasing.
6. **Weight and Handling** The added weight from the hybrid battery and motor can affect fuel efficiency and handling. Some drivers may notice slightly reduced agility compared to lighter, non-hybrid SUVs.
7. **Potential for Higher Maintenance Costs** While the hybrid system may reduce wear on the engine, other components like the transmission, suspension, or electrical systems may require more frequent attention. Regular maintenance is essential to avoid costly breakdowns.
8. **Resale Depreciation** Like most vehicles, the Explorer loses value over time. The hybrid feature may not fully offset depreciation, and finding buyers willing to pay a premium for it can be difficult.
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### **Conclusion:**The 2013 2015 Ford Explorer with a front power electric pinion motor is a practical and efficient choice for drivers who prioritize fuel savings, smooth acceleration, and a spacious SUV. The hybrid system offers advantages in terms of reduced engine strain and improved MPG, but it also introduces complexity and potential long-term costs, particularly with battery or motor issues. If you are prepared for the higher upfront cost, regular maintenance, and the possibility of hybrid-specific repairs, this vehicle can be a solid investment. However, if you prefer a simpler, lower-maintenance vehicle or have concerns about the reliability of older hybrid systems, a non-hybrid SUV or a newer model might be a better fit.
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### **Recommendation:** If you decide to purchase this vehicle, follow these steps to minimize risks and maximize value:1. **Get a Professional Inspection** Have a trusted mechanic, preferably one experienced with Ford hybrids, thoroughly inspect the vehicle. Pay close attention to the hybrid battery, motor, transmission, and electrical systems.
2. **Check Maintenance Records** Ensure the vehicle has been well-maintained, with regular oil changes, transmission fluid flushes, and hybrid system servicing. Ask for proof of any hybrid-related repairs or replacements.
3. **Test Drive and Monitor Performance** During the test drive, pay attention to how the hybrid system engages. Listen for unusual noises, check for smooth acceleration, and ensure the vehicle handles well in different driving conditions.
4. **Consider Financing Options** If possible, opt for financing that allows you to extend the warranty or add hybrid-specific coverage. Some lenders or dealerships offer extended warranties that can protect against costly hybrid repairs.
5. **Budget for Potential Repairs** Set aside funds for unexpected hybrid-related repairs. While not all hybrids require immediate attention, having a financial buffer will help if issues arise.
6. **Drive Responsibly** To prolong the life of the hybrid system, avoid aggressive driving, rapid acceleration, and excessive idling. Follow the manufacturer s recommendations for charging and discharging the hybrid battery.
7. **Explore Alternatives** If you are unsure about the reliability of this specific model, consider newer hybrid SUVs (e.g., Toyota Highlander Hybrid, Ford Edge Hybrid) or non-hybrid Explorers with strong reliability ratings.
Ultimately, the Ford Explorer with a front power electric pinion motor can be a great vehicle for the right buyer one who values efficiency, space, and is prepared for the potential complexities of hybrid technology. With careful consideration and maintenance, it can provide years of reliable service.
Condition is Used. 2013 2015 FORD EXPLORER FRONT POWER ELECTRIC PINION MOTOR DB533D070CK OEM. Shipped with FedEx Ground / Home Delivery.