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Remanufactured 5R55S Price Comparison
Alternative Name: 5R55, 5R55W
*Core: Waived for 30 Days
*Shipping: Shipping is free to a commercial address
*Logos are the property of their respective owners
About Our Remanufactured 5R55S Transmission
At Reman-Transmission, our focus is providing you with an economical drop in 5R55S transmission or 5R55W transmission that provides you with complete value. We provide you with one of the lowest prices on a high quality remanufactured 5R55S transmission as well as on our used 5R55W transmissions. As a top supplier of professionally built transmission replacements, we'll save you significant time and money over a rebuilt 5R55S transmission. If you consider that our company starts with changing out all of the components, not just the broken ones, giving you better reliability and a lower overall time investment than a rebuilt transmission you will understand why our remanufactured 5R55W transmissions are so dependable.
When you swap out your existing street vehicle powertrain, you want to do so at the lowest price while retaining solid value and reliability. That's why smart mechanics shop with us, knowing that we offer the best remanufactured transmissions at a low price. Our rebuilds involve replacing everything in the bell housing, upgrading parts that are common failure points and taking care of any factory issues that have shown up over the years, meeting or exceeding original equipment manufacturer specifications and giving you a better than factory new transmission.
If you search for a “used 5R55S transmission for sale” the best option is to go with a transmission supplier who makes sure each transmission is in good working condition before we ship them out like we do at Reman-Transmission. We provide warranties for all the transmissions we sell plus other benefits like: free shipping to commercial addresses in the continental United States, no core charge for up to 30 days, and friendly customer support.
We keep a wide range of 5R55 transmissions in stock and ready to go, so you can get your vehicle up and running as soon as possible. All our transmissions, especially our remanufactured 5R55W transmissions, are designed to be rock solid and can outlast factory new crate 5R55W transmissions. You'll get only the highest quality remanufactured 5R55W transmissions and used 5R55S in the industry when you purchase with us. If you have any questions about anything we do here at Reman-Transmission, please email or call one of our friendly customer support staff.
5R55S Transmission Remanufacturing Process
Our 5R55S transmission Upgrades
The solenoid pack, commonly responsible for electrical shift related issues in this family, has been completely remanufactured in-house, including disassembly, cleaning, and testing independently.
To prevent overdrive planet failure due to lack of lubrication and to increase durability, the planets have been rebuilt and TIG welded.
To combat erratic shifting due to high wear, the servo and servo pin have been realigned and modified using inhouse custom tooling and bushings.
The completely remanufactured pump, with a new pump cover bushing machined in place and a new flow control valve, has been assembled in a custom alignment fixture to provide consistent internal pressures, improved lubrication, and eliminate noise, slipping, and delayed engagement.
To prevent torque converter vibration and damage, we’re provided, installed, and aligned a flex plate adapter.
The pump also features a custom-spec front stator bushing and a new rear bushing to better support the input shaft and improve lubrication control.
Fully tested on our custom-built, custom-programmed dynamometers with Synthetec ATF, the 5R55S/W is cold-, hot-, load-, and road-tested.
Every transmission is cold-and hot-tested using a proprietary dynamometer testing program that includes fully synthetic automatic transmission fluid and a filtration system.
5R55S Frequently Asked Questions
Is the 5R55S a good transmission?
What is the difference between 5R55W and 5R55S?
How much power can a 5R55S handle?
How do you fill a 5R55S transmission?
5R55S History & Information
The 5R55 transmission lineup includes a series of four transmissions which are very similar mechanically, but have different features to work with a wider range of vehicles from luxury to off-road performance. The line was started with the Ford C3 transmission class, which has branched into a number of strong, effective transmission options. The C3 transmission was developed and implemented in the early 1970s as a lightweight three-speed automatic for small cars such as the Ford Pinto and performance cars such as the Ford Mustang and Ford Thunderbird.
It was succeeded initially by the A4LD, which added an overdrive gear. This was quickly followed by the 4R44E, 4R55E and 5R44E in the middle of the 1990s, which allowed the transmission to be used in 4WD platforms with an updated tailshaft housing, as well as the more traditional rear-wheel drivetrain. However, it didn't take long for Ford to eye up the 5-speed automatic transmissions coming out of the import market. This resulted in the launch of the 5R55 transmission lineup, which consisted of the 5R55S, 5R55W, 5R55N and 5R55E transmissions. The name of each transmission refers to the number of gears first, that it's primarily a rear-wheel drive second, the 550 lb-ft of torque handling capability third, and the specific model last. The first model, 5R55E, refers to the electronic shifting controls as compared to more traditional hydraulic options, the 5R55N for nonsynchronous, the 5R55S for synchronous, and the 5R55W for wide.
This lineup started with the 5R55E, which featured more precise computer controls to handle the additional forward gear. The 5R55N was built for luxury car lineups, including the Jaguar S-Type and Lincoln LS. The 5R55S appeared in performance car lineups, including the Ford Thunderbird and Ford Mustang, providing options for paddle or similar manual-style shifting options with Ford's SelectShift feature. The 5R55W featured a wide shift for off-road vehicles such as the Ford Explorer, Mercury Mountaineer , Lincoln Aviator, and Ford Ranger versus the S's synchronic shift by adding a different overdrive planet gear ratio.
The length of time that the transmission has been in service is a good indicator that it will perform well and has only a few problems, a bonus if you're having to change the transmission on your existing vehicle. A longitudinally-mounted transmission, the 5R55 does well with a transmission cooler to help keep it operating at cooler temperatures, a worthy upgrade if you've already got the transmission pulled anyway. Gear ratios will vary in the second and fifth gears, with a respective lineup of 3.22, 2.41 and 2.29, 1.54, 1.0 and 0.75 and 0.71 going from first to fifth in the W and S models respectively.
| 5R55S Transmission Compatibility Chart | |||
|---|---|---|---|
| MAKE | MODEL | START YEAR | END YEAR |
| Lincoln | LS | 2003 | 2006 |
| Ford | Mustang | 2005 | 2010 |
| Ford | Explorer | 2002 | 2010 |
| Ford | Thunderbird | 2003 | 2005 |
| Mercury | Mountaineer | 2002 | 2010 |
| Lincoln | Aviator | 2003 | 2005 |
| Diagnostic Codes for 5R55S Transmissions | |
|---|---|
| DIAGNOSTIC CODES | DESCRIPTION OF PROBLEM |
| P1500 | Vehicle Speed Sensor Intermittent |
| P1501 | Programmable Speedometer & Odometer Module/Vehicle Speed Sensor Intermittent Circuit-failure |
| P1502 | Invalid or Missing Vehicle Speed Message or Brake Data |
| P1700 | Transmission System Failure |
| P1701 | Reverse Engagement Error |
| P1702 | Transmission System Failure |
| P1703 | Brake On/Off Switch Out of Self-Test Range |
| P1704 | Transmission System Failure |
| P1705 | Manual Lever Position Sensor Out of Self-Test Range |
| P1706 | High Vehicle Speed Observed in Park |
| P1707 | Transfer Case Neutral Indicator Hard Fault Present |
| P1709 | Park or Neutral Position Switch Out of Self-Test Range |
| P1710 | Transmission System Failure |
| P1711 | Transmission Fluid Temperature Sensor Out of Self-Test Range |
| P1712 | Trans Torque Reduction Request Signal Malfunction |
| P1713 | TFT Sensor In Range Failure Low Value |
| P1714 | SSA Inductive Signature Malfunction |
| P1715 | SSB Inductive Signature Malfunction |
| P1716 | SSC Inductive Signature Malfunction |
| P1717 | SSD Inductive Signature Malfunction |
| P1718 | TFT Sensor In Range Failure High |
| P1720 | Vehicle Speed (Meter) Circuit Malfunction |
| P1721 | Gear 1 Incorrect Ratio |
| P1722 | Gear 2 Incorrect Ratio |
| P1723 | Gear 3 incorrect Ratio |
| P1724 | Gear 4 Incorrect Ratio |
| P1725 | Insufficient Engine Speed Increase During Self Test |
| P1726 | Insufficient Engine Speed Decrease During Self Test |
| P1727 | Coast Clutch Solenoid Inductive Signature Malfunction |
| P1728 | Transmission Slip Error |
| P1729 | 4x4 Low Switch Error |
| P1731 | 1-2 Shift Malfunction |
| P1732 | 2-3 Shift Malfunction |
| P1733 | 3-4 Shift Malfunction |
| P1740 | Transmission System Failure |
| P1741 | Torque Converter Clutch Control Error |
| P1742 | Torque Converter Clutch Solenoid Faulty |
| P1743 | Torque Converter Clutch Solenoid Faulty |
| P1744 | Torque Converter Clutch System Stuck in Off Position |
| P1745 | Transmission System Failure |
| P1746 | Electronic Pressure Control Solenoid A - Open Circuit |
| P1747 | Electronic Pressure Control Solenoid A- Short Circuit |
| P1748 | EPC Malfunction |
| P1749 | Electronic Pressure Control Solenoid Failed Low |
| P1751 | Shift Solenoid A Performance |
| P1754 | Coast Clutch Solenoid Circuit malfunction |
| P1756 | Shift Solenoid B Performance |
| P1760 | Transmission System Failure |
| P1761 | Shift Solenoid C Performance |
| P1762 | Overdrive Band Failed Off |
| P1766 | Shift Solenoid D Performance |
| P1767 | Torque Converter Clutch Circuit Malfunction |
| P1768 | Performance / Normal / Winter Mode Input Malfunction |
| P1770 | Clutch Solenoid Circuit Malfunction |
| P1779 | Transmission Control Indicator Lamp Circuit Malfunction |
| P1780 | Transmission Control Switch Circuit is Out of Self-Test Range |
| P1781 | 4x4 Low Switch is Out of Self-Test Range |
| P1782 | P/ES Circuit Out Of Self Test Range |
| P1783 | Transmission Over-Temperature Condition |
| P1784 | Transmission Mechanical Failure - First And Reverse |
| P1785 | Transmission Mechanical Failure - First And Second |
| P1786 | 3-2 Downshift Error |
| P1787 | 2-1 Downshift Error |
| P1788 | Pressure Control Solenoid 'B' Open Circuit |
| P1789 | Pressure Control Solenoid 'B' Short Circuit |
| P1795 | Idle Switch Circuit Malfunction |
| P1804 | Transmission 4-Wheel Drive High Indicator Circuit Failure |
| P1806 | Transmission 4-Wheel Drive High Indicator Short Circuit To Battery |
| P1808 | Transmission 4-Wheel Drive Low Indicator Circuit Failure |
| P1810 | TFP Valve Position Switch Circuit/ Transmission 4-Wheel Drive Low Indicator Short Circuit To Battery |
| P1812 | Transmission 4-Wheel Drive Mode Select Circuit Failure |
| P1815 | Transmission 4-Wheel Drive Mode Select Short Circuit To Ground |
| P1819 | Transmission Neutral Safety Switch Short Circuit To Ground |
| P1820 | Transmission Transfer Case Clockwise Shift Relay Coil Circuit Failure |
| P1822 | Transmission Transfer Case Clockwise Shift Relay Coil Short Circuit To Battery |
| P1824 | Transmission 4-Wheel Drive Clutch Relay Circuit Failure |
| P1826 | Transmission 4-Wheel Drive Low Clutch Relay Circuit To Battery |
| P1828 | Transmission Transfer Case Counter Clockwise Shift Relay Coil Circuit Failure |
| P1830 | Transmission Transfer Case Counter Clockwise Shift Relay Coil Short Circuit To Battery |
| P1832 | Transmission Transfer Case Differential Lock-Up Solenoid Circuit Failure |
| P1834 | Transmission Transfer Case Differential Lock-Up Solenoid Short Circuit To Battery |
| P1838 | Transmission Transfer Case Shift Motor Circuit Failure |
| P1846 | Transmission Transfer Case Contact Plate 'A' Circuit Failure |
| P1850 | Transmission Transfer Case Contact Plate 'B' Circuit Failure |
| P1854 | Transmission Transfer Case Contact Plate 'C' Circuit Failure |
| P1858 | Transmission Transfer Case Contact Plate 'D' Circuit Failure |
| P1866 | Transmission Transfer Case System Concern - Servicing Required |
| P1867 | Transmission Transfer Case Contact Plate General Circuit Failure |
| P1876 | Transmission Transfer Case 2-Wheel Drive Solenoid Circuit Failure |
| P1877 | Transmission Transfer Case 2-Wheel Drive Solenoid Circuit Short To Battery |
| P1881 | Engine Coolant Level Switch Circuit Failure, GEM |
| P1882 | Engine Coolant Level Switch Circuit Short to Ground |
| P1883 | Engine Coolant Level Switch Circuit Failure, GEM |
| P1884 | Engine Coolant Level Lamp Circuit Short to Ground |
| P1891 | Transmission Transfer Case Contact Plate Ground Return Open Circuit |
| P1900 | Output Shaft Speed (OSS) Circuit Intermittent Malfunction |
| P1901 | Turbine Shaft Speed (TSS) Circuit Intermittent Malfunction |
| P1902 | Kickdown Solenoid Relay Control Circuit |
| P1903 | Kickdown Solenoid Circuit Low Voltage |
| P1904 | Kickdown Solenoid Circuit High Voltage |