As previously mentioned, the 3UR-FE 5.7L V8 was unveiled in 2006 but just recently began to be installed in automobiles. The largest UR Family engine was constructed at Toyota Motor Manufacturing in Alabama and was made of solid aluminum.
The naturally aspirated V8 produced 401 lb. ft. of torque and 381 horsepower. If those figures were insufficient for you, a factory-installed optional TRD Supercharger was made accessible to the general public.
As a result, the already powerful engine produced a whopping 504 HP and 550 lb. ft. of torque. Despite the extra power, the TRD Supercharger upgrade didn’t violate the warranty either.
The Dual VVT-i system, also known as the Variable Valve Timingintelligent system, is another wonderful feature of the 3UR-FE. Both the intake and camshaft timing are directly controlled by this mechanism. When the accelerator is pressed, power is given fairly immediately and is greatly enhanced.
In This Article...
Who manufactures the Toyota Tundra’s engines?
The eagerly anticipated brand-new 2022 Toyota Tundra will soon be here; the countdown has begun. At Toyota Motor Manufacturing in Alabama, engine manufacture has started (TMMAL). TMMAL celebrated the first new Tundra engine items to leave its production line earlier this month.
A gas-powered twin-turbo V6 engine and a hybrid electric twin-turbo V6 engine will both be available in the new Tundra. The Tundra will continue to be made at Toyota’s San Antonio, Texas facility even if the engine components are being manufactured at Toyota Motor Manufacturing, Alabama (TMMAL).
New 2022 Tundra Engines
The engines, according to Toyota, usher in the next generation of powertrains being built in its Huntsville, Alabama, facility. A $288 million investment that included 450 new positions and the new twin-turbo V6 engine line brought the total number of employees at the Huntsville factory up to 1,800. The project was first mentioned by Toyota in 2019, and its completion marks Toyota Alabama’s fifth expansion. The entire cumulative investment made by Toyota Alabama is $1.2 billion.
Toyota claims that the fact that its Alabama facility is the only one in North America to manufacture both of the new engine versions for the 2022 Tundra gives plant employees long-term job security.
According to Jason Puckett, president of Toyota Alabama, “Our team members in Alabama recognize the confidence and trust Toyota places in us since we are the only facility selected to make engines for the all-new Tundra.”
Our 20th anniversary and the introduction of the new twin-turbo V6 series serve as a reminder of how fortunate we are to have such amazing team members who have helped Toyota Alabama become renowned as “the engine capital of the world.”
The new engines are being produced on the 142-yard-long Toyota engine line that is the longest in North America. With a capacity to create 18,000 engines each month, the V6 Turbo line will be able to produce a new engine every 58 seconds. With the addition of these extra engines, Toyota Alabama will now be able to produce up to 900,000 engines annually.
The Tundra’s basic i-FORCE 3.5L twin-turbo engine produces up to 479 lb.-ft. of torque and 389 horsepower. The i-FORCE MAX powertrain is the most potent in the Toyota series, with up to 437 horsepower and 583 lb.-ft of torque.
According to Governor Kay Ivey, “our state and Toyota Motor Manufacturing Alabama have shared a mutually beneficial relationship for the previous 20 years that has produced extraordinary results for Alabamians.
Toyota’s $288 million investment to create the brand-new twin-turbo V6 engine serves as more proof that Alabama is the best state in which to conduct business.
Is the Toyota 5.7 engine reliable?
The following are a handful of the 5.7 3UR-FE engine’s most frequent problems:
- water meter
- oil usage is high
- Leaky cam tower
In the following paragraphs, we’ll go into greater detail about the aforementioned concerns before offering some final opinions on the dependability of 3UR-FE. But before we get started, a couple short points. For good reason, these are listed among the most typical Toyota 5.7 engine issues. It does not imply that the issues are widespread. Instead, these are a handful of the most typical areas when breakdowns do happen.
The 5.7 V8 has been in use for 14 years as well. Due to normal wear and tear with age and mileage, newer models are probably more reliable in the near term. Having said that, the Toyota 5.7 is a fantastic, long-lasting engine.
Key Points
- Typical issues with high mileage Ball-joint failure and exhaust manifold leakage are Tundra problems.
- For the Toyota truck, repairs are inexpensive.
- Although two Toyota Tundra owners exceeded the million-mile barrier, most drivers should anticipate that their Tundra will achieve its maximum mileage of roughly 300,000.
Which truck is superior, the Silverado or the Tundra?
Both the 2022 Tundra and 2022 Silverado are fantastic options for anyone looking for full-size pickup trucks. Overall though, the Tundra is a better option. The Tundra benefits from its potent new hybrid powertrain, a stylish new look, and several technology enhancements, even if the Silverado offers superior towing capacity.
Does Toyota use Ford motors?
Ford presented a partnership possibility, and in August 2011, Ford and Toyota proudly announced their agreement to create a new hybrid system for light trucks and SUVs. Both businesses now offer 3.5-liter V6 hybrid truck engines.
The greatest Toyota Tundra engine.
The Toyota Tundra appeals to Virginians who desire a full-size pickup that can tackle everything. This truck has an off-road capability and can tow a lot of weight. You can choose between the 4.6-liter V8 and the 5.7-liter V8 engines when designing your Tundra.
The 4.6-Liter V8
With a 6-speed automatic transmission, the standard 4.6-liter V8 engine produces 310 horsepower and 327 pound-feet of torque. Its 32-valve head is designed with Double Overhead Cams, Dual Independent Variable Valve Timing, and Intelligence. This engine can tow up to 6,400 or 6,800 pounds, depending on how you set up your Tundra.
The 5.7-Liter V8
The same 6-speed automatic transmission powers the 5.7-liter V8 engine, which produces 381 horsepower and 401 pound-feet of torque. By choosing this engine, you automatically receive the tow package, which includes transmission and engine oil coolers for better towing. The 32-valve head, Double Overhead Cams, and Dual Independent Variable Valve Timing are other features of this engine. Together, these characteristics allow the Tundra to boast of towing the space shuttle. Depending on how you arrange it, this engine can tow up to 9,800 or 10,500 pounds.
Which One?
You must consider how much you intend to haul and how much power you require before selecting one of the two Tundra engines. The 4.6-liter engine will improve fuel efficiency and lower the cost of your Tundra. This means that you ought to choose it if it offers sufficient power for your requirements. However, if in doubt, get the 5.7-liter engine. You don’t want to end up with a Tundra that isn’t suitable for your needs because overworking your engine will harm it and result in costly repairs.
What factory produces Toyota 5.7 engines?
Toyota put a lot of work on trademarking the “i-Force” moniker for the V-8 engine it stuffed inside the original Tundra. On both of the V-8 engines it is putting in the brand-new 2007 Tundra, Toyota will use the name once more. But the new 5.7-liter i-Force V-8 deserves its own name entirely, producing 381 horsepower and 401 pound-feet of peak torque at 3600 rpm. After all, this is the most potent engine Toyota has ever marketed in North America, whether it be for a car or a truck. And it has the most horsepower of any brand-new light-duty pickup truck available as of 2007.
The new 5.7-liter, which Toyota refers to as the 3UR-FE, is constructed using the same structural principles as the 4.6-liter V-8 found in the Lexus LS 460, which was unveiled last year. However, while the Lexus engine is made in Japan, the i-Force 5.7-liter is solely made at the Toyota factory in Huntsville, Alabama. Additionally, Troy, Missouri-based Bodine Aluminum, which is owned by Toyota, casts the aluminum engine block and heads. Therefore, this is the engine that Toyota has ever developed with the highest North American content. However, Japan played a significant role in the design.
There are truck engines with 32-valve heads, twin overhead cams, and variable valve timing available. But when you factor in variable intake lengths and aluminum-block construction, the Tundra’s i-Force 5.7-liter V-8 is among the most advanced truck engines ever made widely available. This engine will produce more in the future: Adopting direct injection, like what is employed in Lexus vehicles, could easily increase production by more than 400 horsepower.
- Cast-in iron cylinder liners, aluminum block, and heads Intelligent valve timing, DOHC, and four valve heads Standard fuel injection with injectors that spray into the intake tract identical to the 4.6-liter LS 460’s bore size The 5.7-liter V-8 engine in the Tundra has a stroke length that is about 25% larger than the 4.6-liter engine. The intake manifold uses butterfly valves to modify the runner length.
Is the 5.7-liter Toyota Tundra a Hemi?
The 2017 Toyota Tundra has a 5.7-Liter HEMI V8 engine as well, but it only generates 381 horsepower and 401 lb. -ft of torque. The 2017 Toyota Tundra’s maximum towing capacity of 10,200 lbs. is even more astounding.
The greatest Toyota V8 engine.
This greatest Japanese engine was made to be dependable, tough, and surprisingly affordable in addition to having a tremendous amount of horsepower.
Distinct cars have unique engine configurations that are created based on the placement of their cylinders and serve different purposes. Vehicles can have a variety of cylinder configurations, including straight, flat, W, U, and V engines, among others. As was already noted, several engines’ configurations in cars fulfill various functions.
The arrangement of the cylinders on two distinct, opposing planes with an angle in betweenwhich typically ranges between 60 and 90 degrees or even more in certain enginesgives the V engines their name. V configurations are frequently utilized in current generation engines since they can fit in most cars and help save space.
The standard notation for V engines is V#, where # stands for the engine’s cylinder count. A V8 engine, for instance, has eight (8) cylinders arranged in a V pattern. Cylinders in a “V” engine can range in number. V6 and V8 engines can be found in sports cars, pick-up trucks, and SUVs, while V2 and V4 engines are frequently seen in motorcycles and were also employed in early automobiles.