How many miles will a 4 cylinder Camry last?

How many miles will a 4 cylinder Camry last?

How Long Does a Toyota Camry Last? The Toyota Camry is one of the most well-regarded midsize vehicles available, and its Toyota durability means that you can expect to get between 200,000 and 300,000 miles of use out of your Camry with proper vehicle maintenance.

Is Toyota Camry 4 cylinder a good car?

The 2021 Toyota Camry is a great midsize car. The Camry also offers the best combination of quality and value in its class, which is why we named it our 2021 Best Midsize Car for the Money.

Which is the best Camry to buy?

Best Toyota Camry Model Years 7th Generation – Overall, the best bang for your buck is going to be model years 2013, 2014 and 2015. These are part of the 7th generation, and while there are lots of great options from 2012 to 2017, the ’13, ’14 and ’15 are standouts.

How much horsepower does a 2.4 liter Toyota Camry have?

The 2AZ-FSE produces 161 hp (120 kW) at 5800 rpm and 170 lb ft (231 N m) of torque at 3800 rpm. 2AZ-FXE. This 2.4 liter version works by Atkinson cycle. It shares the same bore and stroke but camshafts and pistons were made special for this engine. 2AZ-FXE were designed for hybrid vehicles: Toyota Camry Hybrid AHV40, Lexus HS 250h, Estima Hybrid.

What’s the compression ratio on a Toyota 2.4L?

These two engines are almost identical expect the displacement. In 2008 the engine was redesigned. 2008+ engine produces more power and torque. The compression ratio rose up from 9.6:1 to 9.8:1. The engine got new camshafts rising red line to 6,500 rpm.

What kind of engine does Toyota Tacoma 2.4 have?

The Tacoma 2.4 is the 2RZ-FE which is an iron block with an aluminum head. The 2AZ-FE found in Camrys is aluminum block and head.

What’s the difference between a Tacoma and a Camrys?

The 2.4 in your Tacoma is a different engine than the 2.4 used in Camrys. The Tacoma 2.4 is the 2RZ-FE which is an iron block with an aluminum head. The 2AZ-FE found in Camrys is aluminum block and head. Did you find the recommended reading relevant to this discussion?

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