FORD 15D0312 Transfer

( Part Type: Transfer Case )

Review FORD Transfer Case fits ESCAPE 2013–2015

The 15D0312 Ford Escape Transfer Case for models from 2013 to 2015 is a crucial component for your vehicle's drivetrain system. This transfer case is designed to manage power flow between the engine and the front and rear wheels, ensuring optimal performance and traction under various driving conditions.

The 15D0312 transfer case is a robust and reliable piece of automotive engineering. It features a sturdy cast-iron housing that provides excellent protection against external impacts and vibrations. The case is also sealed to prevent the intrusion of moisture, debris, and other contaminants, ensuring a long service life.

Inside the housing, you'll find a series of gears and shafts that transfer power from the transmission to the front and rear differentials. The case uses a chain-driven system, which is known for its durability and reliability, especially in off-road conditions. The gears are precision-machined for smooth operation and long-term wear resistance.

The 15D0312 transfer case is also equipped with an advanced shift-on-the-fly system. This allows you to switch between 2WD and 4WD modes on the fly, without the need to stop or engage a separate transfer lever. This feature is particularly useful in areas with unpredictable road conditions.

In terms of maintenance, the 15D0312 transfer case is relatively easy to service. It features a drain plug and fill port for fluid changes, and replaceable internal filters. The case is also compatible with standard transfer case fluids, making it easy to find replacement fluid and filters at your local auto parts store.

In conclusion, the 15D0312 Ford Escape Transfer Case is a well-engineered and reliable component that is essential for the proper functioning of your vehicle's drivetrain. Its robust construction, advanced shift-on-the-fly system, and easy maintenance make it a great choice for both everyday commuting and off-road adventures.

1. Fuel efficiency: The 1.5L EcoBoost engine is known for its excellent fuel efficiency, which can result in significant savings at the pump.

2. Powerful and responsive: Despite its small size, the 1.5L EcoBoost engine delivers good power and torque, providing a smooth and enjoyable driving experience.

3. Reliability: Ford has a reputation for building reliable vehicles, and the Escape is no exception. The 1.5L EcoBoost engine has been well-received by consumers and critics alike.

4. Affordability: Compared to larger engines, the 1.5L EcoBoost engine can be more affordable in terms of both purchase price and maintenance costs.

1. Limited towing capacity: With a towing capacity of only 1,500 lbs, the 1.5L EcoBoost engine may not be suitable for those who need to tow heavy loads.

2. Lower top speed: Due to its smaller size, the 1.5L EcoBoost engine may not provide the same top speed as larger engines.

3. Limited availability: Depending on the specific year and trim level, the 1.5L EcoBoost engine may not be available on all 2013-2015 Ford Escape models.

Overall, the 2013-2015 Ford Escape with the 1.5L EcoBoost engine (model number 15D0312) is a solid choice for those looking for a fuel-efficient, reliable, and affordable compact SUV. Its excellent fuel efficiency and powerful yet responsive engine make it a great option for daily commuting and city driving, while its affordability can help keep ownership costs low. However, potential buyers should be aware of its limited towing capacity and lower top speed, and should make sure that the engine is available on the specific Escape model they are interested in.

If you are in the market for a compact SUV and prioritize fuel efficiency and affordability, the 2013-2015 Ford Escape with the 1.5L EcoBoost engine (model number 15D0312) is worth considering. It provides a smooth and enjoyable driving experience, and its reliability and affordability make it a great long-term investment. Just be sure to research the specific trim level and features you want to ensure that the 1.5L EcoBoost engine is available.

Details:

Which stands for manual trans axle.

Ford Escape transfer case model: 2013 year: stock number: 15D0312 odometer: 1 miles part comments: 5 13, Which stands for automatic transmission or m.

How to read the parts comment line: listing will typically start with: which is date of manufacture on item, followed by displacement engine, an example would be: 4.

part #: 15d0312 prices

• $199.99-$699.00

specifications exhaussyste:

• for models: Escape
• for makes: Ford
• for years: 2013-2015
• part type: Transfer Case

Payments exhaussyste:

• PayPal

Seller exhaussyste:

• city: Edgerton, Wisconsin
• zipcode: 53534

Shipping exhaussyste:

• handling: 1 days
• type: Flat
• cost: $0.0

General exhaussyste:

• motors > partsaccessories > boat parts > inboard enginescomponents > exhaust systems inboard engines components
• condition: Used
• in stock: Yes

Ratings:

1. Thank you 04-30-18
2. great sale and quick service 04-30-18
3. It went very smoothly.great seller! item was exactly as it was shown thank you!! 04-29-18
4. On time thanks for doing good Business 05-01-18
5. Thanks appreciate it 5 stars. 04-29-18

Returns exhaussyste:

• type: Money back or exchange buyers choice
• paid by: Buyer
• details: If we have another item we will exchange it for the wrong or defective item. If not the buyer will recieve money refund back for item. Items that have been ordered wrong will be charged a 20% restock fee upon return. Credits will not be given until the item is recieved back at our facility to verify it is our item that was returned.
• time: 30 Days
• policy: returns accepted

Offer exhaussyste:

• best offer: true
• Sold: 0
• quantity: 1
• Started: May 2, 2018, 6:20 am
• bids: 0

Ford 15D0312 Is Similar To:

• 15b0125 Ranger Ford Transfer Case Warner 1354 Electronic Id 1l54-cc 01 02 03 (35.6% similar) Which stands for manual trans axle. Images are for reference purposes only. How to read the parts comment line the listing will typically start with which is the date of manufacture on the item, followed by the displacement of the engine, an example would be...(September 15th, 2016)