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

( Manufacturer Part Number: DB533D070BF ), ( Type: Rack Pinion ), ( Manufacturer Warranty: 30 Days ), ( Oe/oem Part Number: A0027288, 12048 ), ( Universal Fitment: No ), ( Country Of Origin: United States )
The **Ford DB533D070BF 2013 2015 Explorer Front Power Electric Pinion Motor (Part #41516333D)** is a precision-engineered component designed to deliver seamless and reliable performance within the front-wheel drive system of select Ford Explorer models produced between 2013 and 2015. This high-quality electric pinion motor serves as a critical element in the vehicle s power distribution network, facilitating smooth and efficient operation of the front-wheel drive mechanism. Engineered to withstand the demands of daily driving, this motor is built with durable materials and advanced manufacturing techniques to ensure longevity and consistent functionality, even under varying load conditions. Its robust construction minimizes wear and tear, reducing the likelihood of premature failure and contributing to the overall reliability of the vehicle s drivetrain. The pinion motor integrates seamlessly with the existing drivetrain components, providing precise torque transfer to the front wheels while maintaining optimal alignment and reducing friction. Whether navigating city streets, highway commutes, or off-road adventures, this motor ensures that power is efficiently delivered to the front axle, enhancing both the driving experience and the vehicle s responsiveness. Ideal for replacement or upgrade applications, this part adheres to Ford s stringent quality standards, making it a trusted choice for mechanics and DIY enthusiasts alike. Its compatibility with the specified model years ensures a perfect fit, allowing for straightforward installation and immediate restoration of the vehicle s intended performance.
### **Pros and Cons of Buying a 2013 2015 Ford Explorer with a Front Power Electric Pinion Motor (41516333D) and DB533D070B Transmission**
#### **Overview**
The 2013 2015 Ford Explorer models with the **41516333D front power electric pinion motor** and **DB533D070B 6-speed automatic transmission** (commonly found in hybrid systems) are part of Ford s early-generation **Hybrid System (FHEV)**. These vehicles were designed to improve fuel efficiency in stop-and-go traffic but have faced reliability and durability concerns over time. Below is a detailed breakdown of their advantages and disadvantages.
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### **Pros**
1. **Improved Fuel Efficiency in City Driving**
- The electric motor assists the gas engine, particularly in low-speed and stop-and-go conditions, reducing fuel consumption in urban environments.
- In ideal conditions, these hybrids can achieve **20 25 MPG combined**, though real-world results vary based on driving habits and terrain.
2. **Lower Emissions Compared to Gas-Only Explorers**
- The hybrid system reduces tailpipe emissions, making it a slightly greener option than a conventional SUV of the same era.
3. **Regenerative Braking**
- The system recaptures energy during braking, which can extend brake life and improve efficiency.
4. **Smooth Power Delivery**
- The electric motor provides instant torque, leading to a more responsive acceleration in low-speed situations compared to a purely gas-powered SUV.
5. **Potential for Lower Operating Costs (If Reliable)**
- If the hybrid components remain functional, the reduced reliance on the gas engine could mean lower fuel costs over time though this depends heavily on maintenance.
6. **Resale Value (Compared to Non-Hybrid Explorers)**
- Some buyers may still prefer hybrids, though depreciation remains steep for these early models.
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### **Cons**
1. **High Repair and Replacement Costs**
- The **front power electric pinion motor (41516333D)** and associated hybrid components (battery, motor, transmission) are expensive to repair or replace.
- The **DB533D070B transmission** is known for failing prematurely, often requiring a full rebuild or replacement at **$3,000 $5,000 ** before taxes and labor.
2. **Battery Degradation and Replacement Costs**
- The **hybrid battery pack** (typically a nickel-metal hydride or early lithium-ion variant) degrades over time, losing capacity and requiring replacement after **80,000 120,000 miles**.
- Replacing the battery can cost **$2,500 $4,000**, and labor may add another **$1,000 **.
3. **Reliability Issues with the Hybrid System**
- Many owners report **electrical gremlins**, including **faulty motor controllers, wiring issues, and sensor failures**, which can lead to **hybrid mode shutting off entirely**.
- The **pinion motor** is particularly prone to failure due to wear and tear, often requiring replacement rather than repair.
4. **Transmission Problems**
- The **6-speed automatic (DB533D070B)** in these hybrids has a reputation for **slipping, jerking, and complete failure**, especially if the hybrid system is not functioning properly.
- Some owners report **transmission fluid leaks** and **clutch wear**, further reducing longevity.
5. **Limited Hybrid Benefits in Highway Driving**
- On highways, the electric motor provides little benefit, and the vehicle behaves much like a conventional SUV in terms of fuel economy (** 15 18 MPG**).
- The hybrid system is most effective in **city driving**, but if the motor fails, fuel efficiency drops significantly.
6. **High Maintenance Costs Over Time**
- Beyond the hybrid components, these Explorers share issues with their non-hybrid counterparts, such as:- **Susension wear** (struts, bushings)
- **Brake system failures** (due to regenerative braking wear)
- **Electrical issues** (infotainment, sensors, wiring)
- **Engine problems** (2.5L EcoBoost or 3.5L V6 may develop carbon buildup, timing chain issues, or oil consumption)
7. **Depreciation and Market Value**
- These models have **depreciated heavily**, and finding parts or mechanics familiar with the hybrid system can be difficult.
- The **resale value is low**, and long-term ownership may not be cost-effective.
8. **Potential for Total Hybrid System Failure**
- In some cases, the **entire hybrid system (motor, battery, transmission) fails simultaneously**, leaving the owner with a **non-functional hybrid** that reverts to gas-only mode but often with **transmission and electrical issues compounding the problem**.
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### **Conclusion**
The **2013 2015 Ford Explorer with the 41516333D front power electric pinion motor and DB533D070B transmission** was an ambitious but flawed attempt at hybrid technology. While it offers **marginal fuel efficiency benefits in city driving**, the **high repair costs, reliability issues, and limited long-term value** make it a **high-risk purchase** for most buyers.
**If you are considering this vehicle, ask yourself:**- **How many miles has it been driven?** (Battery and motor life degrade quickly.)
- **Has the hybrid system been properly maintained?** (Service records are critical.)
- **Are you prepared for potential $5,000 repairs?** (Transmission and motor failures are common.)
- **Do you need the hybrid benefits, or is a conventional SUV more practical?**
For most buyers, **a newer hybrid SUV (2017 Toyota Highlander Hybrid, 2018 Ford Escape Hybrid, or 2019 Lexus RX Hybrid) would be a far better investment** due to **proven reliability, lower repair costs, and better fuel economy**.
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### **Recommendation**
**Avoid purchasing a 2013 2015 Ford Explorer with this hybrid system unless:**- You **find a well-documented example with full service records** showing **no major hybrid or transmission issues**.
- You **have a budget of at least $10,000 $15,000** set aside for potential repairs.
- You **plan to keep it for only 2 3 years** (longer ownership increases risk).
**Better Alternatives:**- **Used 2017 Toyota Highlander Hybrid** (more reliable, better resale value).
- **Used 2018 Ford Escape Hybrid** (cheaper, simpler hybrid system).
- **Used 2019 Lexus RX Hybrid** (luxury build, better reliability).
- **Non-hybrid 2013 2015 Explorer** (if fuel efficiency is not a priority).
**Final Verdict:** **Not recommended for most buyers due to high repair risks and limited long-term value.** If you must buy one, **inspect the hybrid system thoroughly, get a pre-purchase inspection, and be prepared for significant expenses.**
Warranty on the part only. As a consumer please do your research prior to purchasing an part.: Used part. All reprogramming, programming or code cost is on the consumer expense.
REPROGRAMMING, PROGRAMMING OR CODING: Some parts may need coding, reprogramming or programming to a vehicle. Return most not be opened or tampered with.