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Ford 5.0 vs Chevy 5.3

Ford 5.0 vs Chevy 5.3

Ford 5.0L and Chevy 5.3L are highly reliable and robust engines used in various vehicles of both manufacturers. Therefore, we have added a detailed comparison for Ford 5.0 vs Chevy 5.3.

Ford 5.0L Coyote is a naturally aspirated V8 engine used in Ford Mustang sports cars and F150 trucks. The vehicle models have a power rating of 355-465 hp and a torque rating of 375-490 lb-ft. It is compatible with 6-speed and 10-speed automatic and 6-speed manual transmission systems. Chevy 5.3L Vortec is a small block V8 engine compatible with SUVs and Silverado trucks. It is available in 8 different versions in its latest generation with variable features. It has a maximum power of 325 hp and a torque rating of 340 lb-ft.

What is Ford 5.0?

Ford 5.0L is an engine that belongs to the modular family of engines. It has both cylinder head and block made of aluminum to make it lightweight.

Moreover, it has 8 cylinders arranged in V-configuration in two rows. It also has a dual overhead camshaft design driven by a chain with variable timing to improve fuel efficiency, emissions, and output power.

What is Chevy 5.3?

The Chevy 5.3L is a V8 small block engine based on General Motors (GM) LS engines. However, it has applications in several GMC and Chevrolet vehicles.

It is part of generations III, IV, and V of small block engines. Moreover, it is available in 3 versions (LM7, LM4, and L59) in generation III, 8 designs in generation IV, and 4 variants in generation V.

It has both aluminum block and cast iron block versions available. Other features are an active fuel management system, variable valve timing, and flexible fuel system in some versions.

Physical dimensions

Ford 5.0L engine has a bore and stroke length of 3.6X3.65 inches and a deck height of 8.9 inches. It has a displacement of 5.0 liters with the same size as its predecessor, a 4.6L V8 engine.

The Chevy 5.3L has a bore length of 3.8 inches and a stroke length of 3.6 inches. It has a displacement of 325 cubic inches that is equivalent to 5.3-liters.

All variants in the 3rd and 4th generation of Vortec 5300 or 5.3L engines have the exact physical dimensions, and they have most parts compatible with each other.

Compatible vehicles

Ford 5.0L has been in use in two popular vehicles from 2011 to date. They are a Ford Mustang and a Ford F150.

The Chevy 5.3L V8 has a variety of applications in many GMC and Chevrolet vehicles from 1999 to the present models.

Examples are Chevrolet Silverado, Chevrolet Express, GMC Sierra, Chevrolet Avalanche, Chevrolet Suburban, Chevrolet Tahoe, Chevrolet Colorado, and GMC Yukon.

Furthermore, each vehicle has several versions of the 5.3L V8 with some modifications and upgraded features.


Ford motor company manufactures 5.0L V8 engines on one of its production plants. It uses existing engine tooling at its Essex plant in Windsor, Ontario, Canada.

General Motors builds the Vortec 5300 or 5.3L engines in two of its plants in the Romulus powertrain plant, Michigan and St. Catharines propulsion plant, Ontario, Canada.


The power of both engines can vary according to the intended application and the vehicle fitted with the machine. It also depends on the rpm at which the vehicle operates.

For example, Ford 5.0L in F150 has a power rating from 355-400 hp, while Ford Mustang has a power rating of 410 to 465 hp at 7000 rpm.

Chevy 5.3L has a power rating of 265-300hp for its 3rd generation variants, with power gradually improving in later year models after 1999.

On the other hand, 4th generation versions have 300-325 hp due to gradual upgrades and new technologies like active fuel management systems.


Torque requirements of a passenger car are different from a truck. Therefore, manufacturers change the output curves to meet the needs by increasing or decreasing the rpm for peak torque.

For example, Ford 5.0L has a peak torque of 375-490 lb-ft for F150 trucks. However, due to upgrades in the latest models, the Ford Mustang has a maximum torque of 385-425 lb-ft.

Chevy 5.3L has a peak torque of 330-340 lb-ft in most of its 4th generation variants. In comparison, 3rd generation variants have 310-335 lb-ft of maximum torque available at a certain rpm.

Compatible transmission system

Ford 5.0L is compatible with 6-speed automatic transmission in Ford F-150 2011-2017 models and 6-speed automatic/manual in Mustang 2011-2017 models.

For models 2018 and onwards, you can install it with Ford’s 10-speed automatic transmission system in both vehicles.

Chevy 5.3L is compatible with many transmission systems according to its variants. For example, you can use LMG with 6-speed automatic MYC-6L80, LMF and L82 with 4-speed automatic 4L60E, and EcoTec3 L84 with a 10-speed automatic transmission system.

Fuel and air intake

Ford 5.0L is a naturally aspirated engine that breathes air from the atmosphere without any turbo or supercharger.

As a result, it has a high compression ratio of 10.5-12:1 in various Ford Mustang and F-150 models.

Moreover, it has a sequential multiport fuel injection system like all modern engines to prevent intake manifold problems as in direct-injected engines.

Chevy 5.3L is also a naturally aspirated engine. It has a compression ratio of 9.6-11:1, depending on its variant.

Moreover, some of its versions, like LMG and LC9, have a sequential multiport fuel injection system, while the latest L84 and L82 have a spark ignited direct injection system.

Few of these engines are compatible with E85 flex-fuel and gasoline fuels. While the rest of them, like L82, work only on gasoline fuel.

Moreover, some variants have an active fuel management system in which the engine shuts half of its cylinders at light load with less power requirement.

Oil requirements

Ford 5.0L has oil requirements of 7-8 quarts with filter for 2011-2017 models, while later ones require 8-9 quarts of engine oil for replacement after specified mileage from the manufacturer.

Chevy 5.3L requires 6 quarts of engine oil for its generation III and generation Iv variants. The latest EcoTec3 L84 requires 8 quarts for oil replacement with a filter.

Rebuilding Cost

Rebuilding an engine requires the replacement of all parts except its head and block. Therefore, its price can vary according to the availability of parts.

For example, you can reconstruct a Chevy 5.3L in a price range of $3500-$4500. At the same time, Ford 5.0L has an estimated rebuild cost of $4000-$6000.


Ford 5.0L engine has varying fuel economy for 2WD, 4WD, city, and highway areas. For 2WD, it is 16-17 in the city, 22-23 on the highway, and 19-20 mpg combined average.

While 4WD has 15-16 in the city, 21-22 on the highway, and 18-19 mpg combined. It can further go down for driving in OFF-road conditions.

Chevy 5.3L with 4WD Silverado has a fuel economy of 14-15 mpg in the city, 21-22 mpg on the highway, and a combined average of 17-18 mpg.


Ford 5.0L has a dual overhead camshaft (DOHC) design with 4 valves per cylinder. Therefore, it has 32 valves with variable timing control technology to improve fuel economy.

On the other hand, 5.3L has 2 valves per cylinder and 16 valves on 8 cylinders. It has an overhead valve (OHV) design with pushrod and hydraulic roller-type lifters to operate them. Therefore, it has a compact design with less output power than DOHC.


Chevy 5.3L is a reliable engine used in several GMC and Chevrolet trucks, SUVs, and passenger cars. Therefore, it is more time-tested and has fewer maintenance issues.

However, you can observe different engine sounds due to direct injection, but that is not a problem.

On the other hand, Ford 5.0L finds its way in high-end Ford vehicles like sports racing car Mustang and F-150 pickup truck.

Therefore, it has limited applications and is less reliable with lesser user data and reviews. Moreover, it is expensive to maintain technologically advanced parts, including DOHC and variable valve timing.


Both Ford 5.0L and Chevy 5.3L have their pros and cons. 5.0L leads in power, torque rating, multiport fuel injection, fuel economy, and advanced technology.

On the other hand, 5.3L is more reliable, better user experience, and has fewer maintenance issues.

Moreover, it is less expensive to repair. Keeping in view the comparison mentioned above, you can select any engines according to your requirements.

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