Ignition Coil Pack UF553 6PCS for 3.5L/3.7L V6 Vehicles - Reliable Fit
Ignition Coil Pack UF553 6PCS for 3.5L/3.7L V6 Vehicles - Reliable Fit
Price subject to change. Tap below for current.
Couldn't load pickup availability
In this review the UF553 6PCS ignition coil pack kit is assessed for drivers who need a direct-fit replacement for V6 Ford, Lincoln, Mazda and Mercury models. The bottom line: it is a practical, budget-minded replacement kit that restores ignition performance in affected 3.5L and 3.7L engines. Buyers looking for dependable function and simple installation will appreciate that the coils arrive fully tested, match common OEM part numbers, and are designed for high-temperature durability.
Key Features
- OEM Compatibility: The kit lists numerous equivalent OEM part numbers so it is easy to confirm fitment for many Ford and Lincoln V6 applications.
- Wide Fitment Range: Compatible with a long roster of vehicles including Edge, Explorer, F-150, Fusion, Mustang, Lincoln models, Mazda 6 and CX-9 for 3.5L and 3.7L engines.
- Premium Construction: Built with materials intended to resist high heat and impact which helps maintain spark performance under demanding conditions.
- Quality Control: Manufactured in TS16949 certified facilities and each unit is function and leakage tested for reliability out of the box.
- Warranty Coverage: Includes a 1 year or 50,000 km warranty, offering a safety net for early failures or defects.
Who It's For
This ignition coil pack kit is well suited to DIY mechanics and professional technicians who need a full-bank replacement for affected 3.5L or 3.7L V6 engines across Ford, Lincoln, Mazda and Mercury platforms. It is particularly useful when multiple coils are failing or when preventive maintenance calls for replacing all coils at once to ensure consistent ignition timing and fuel economy.
Drivers who require an exact OEM branded unit or who need coils for engines outside the 3.5L/3.7L V6 family should look elsewhere. Also, if a vehicle has been heavily modified or uses nonstandard ignition components, confirm compatibility before purchasing.
Pros & Cons
Pros
- Good value compared with dealer-priced coils while restoring engine smoothness and idle quality.
- Generally praised for ease of installation and correct fit on compatible engines.
- Durable construction and factory testing reduce the risk of premature failure.
Cons
- Not all customers view it as an OEM-branded replacement, so expectations about original-equipment branding may differ.
Specifications
| Item | 6PCS ignition coil pack |
| Compatible Engines | 3.5L and 3.7L V6 |
| Fitment Highlights | Ford, Lincoln, Mazda, Mercury V6 models (see fitment list) |
| OEM Equivalent Numbers | UF553, UF-553, DG520, CY0118100A and others |
| Manufacturing Standard | TS16949 certified facilities |
| Testing | 100% function and leakage tested |
| Warranty | 1 year or 50,000 km |
Our Verdict
The UF553 6PCS ignition coil pack kit is a sensible, cost-effective replacement for owners of 3.5L and 3.7L V6 Ford, Lincoln, Mazda and Mercury vehicles who need reliable ignition performance and easy installation. Because it carries multiple OEM-equivalent numbers, factory testing and a limited warranty, it represents good value for those who prioritize functionality and fit over dealer branding.
Frequently Asked Questions
Will these coils fit my 2013 Explorer 3.5L?
Yes, the kit lists compatibility with Explorer 2011-2016 3.5L, but always cross-check the OEM equivalent numbers for your specific engine.
Are these coils tested before shipping?
Yes, the product is manufactured in TS16949 facilities and each coil is function and leakage tested prior to shipment.
What warranty is included?
The kit includes a 1 year or 50,000 km warranty against defects.
Editor's Take
The UF553 6PCS ignition coil pack kit is a reliable, cost-effective replacement for 3.5L and 3.7L V6 Ford, Lincoln, Mazda and Mercury engines, offering solid fitment, factory testing and a 1 year warranty.

Recently viewed
Recently viewed products will appear here as customers browse the store.