Toyota Corolla Power Pride

Welcome To The Site! Get Your Toyota Corolla Pride On! A Drag Racing Customed E210 Hatchback  FACT ONE, Toyota Corollas have the...

Toyota Corolla Power Pride

Welcome To The Site! Get Your Toyota Corolla Pride On!


A Drag Racing Customed E210 Hatchback 

FACT ONE, Toyota Corollas have their pros in the streets. There are many Corolla enthusiasts with the same goal in mind. They all want a powerful Toyota Corolla. A modified Toyota Corolla with 300hp; weighing in around 2200-2900lb, can be a high 13 to a high 12 second car. 

To make reliable power, you will need to have a healthy motor. You can either turbo, supercharge, NA build, swap in a 2GR-FE, K24A2, SR20DET, or even an LS4. Next, big power Corollas have to be modified from the inside and out. Even with a small 50PS bump; tires, weight reduction, brakes, suspension, axles, frame, transmission, tune, all have to be addressed. 165-300PS is best fitted for any FWD/RWD/4WD or even AWD converted Corolla. 

Is There Power In Toyota Corollas?

  • Regular Toyota Corollas aren't exactly powerhouses.. They are economy gas savers that will get you from point A to point B with reliability..

How Much Power Can I Put In My Corolla?

  • Corollas can typically handle anywhere between 150hp-190hp.. This is done with supporting mods.. Any more power and your car will become a project car..

What Are My Modern Easy Power Upgrades for 170-190hp? 

  • 1ZZ-FE MOD with TRD Supercharger 166-190PS
  • 1ZZ-FE MOD with Custom M90 Supercharger 170-190PS
  • 1ZZ-FE with Rotrex Supercharger 170-190PS
  • 1ZZ-FE Turbo Kit or Custom kit 170-190PS
  • MWR 1ZZ-FE Built NA Engine with Transmission Swap or Mods 170PS
  • 4E-FTE MOD 170PS
  • 2ZZ-GE 164-190PS
  • 2ZZ-GE MOD 190-250PS
  • 2ZR-FE With Rotrex Supercharger 190PS
  • 2ZR-FE Turbo Kit or Custom kit 180-190PS
  • 4A-GE 20v With Mods 180-210PS
What Are The Best Modern Engine Swaps For Corollas? 
  • MWR 1ZZ-FE NA/Turbo/Supercharged 160-280+PS
  • MWR 2ZZ-GE NA/Turbo/Supercharge 166-280+PS
  • MWR 2ZR-FE Turbo/Supercharge 180-280+PS
  • 2AR-FE MOD NA/Turbo/Supercharged 200-280PS
  • 2AZ-FE MOD TRD Supercharged 205-240PS
  • 1NZ-FE Greddy Supercharged 145PS
  • 1NZ-FE Rotrex Supercharged 145PS
  • 4E-FTE MOD 170-280+PS
  • 4A-GE MOD NA/Turbo/Supercharged 150-300+PS
  • 4A-GE 20V MOD NA/Turbo/Supercharged 300+PS

What Are My Project Swaps For Big Power?

NA/Turbo/TRD/MWR/Rotrex/Eaton Supercharged

  • Built MWR 2ZZ-GE 300+PS
  • Built MWR 1ZZ-FE 300+PS
  • Built 3S-GE 300+PS
  • Built MWR 2ZR-FE 300+PS
  • Built 2VZ-FE 300+PS
  • Built 2GR-FE 300+PS
  • Built 1MZ-FE 300+PS
  • Built 3MZ-FE 300+PS
  • Built 2AZ-FE 300+PS
  • Built 2AR-FE 300+PS
  • 3S-GTE 300+PS
  • Built K20A 300+PS
  • Built K24 300+PS
  • J35A 300+PS
  • J32A 270+PS
  • SR20DET 300+PS
  • G16E-GTS 300+PS
  • Built 1NZ-FE 300+PS
  • 2JZ-GTE 350+PS
  • 1JZ-GTE 350+PS
  • Built 1JZ-GE 300+PS
  • Built 2JZ-GE 300+PS
  • Built 2RZ-FE 300+PS
  • Built 5VZ-FE 300+PS
  • LS3 350+PS
  • 1UZ-FE 300+PS
  • Built 4E-FTE 300+PS
  • Built 5E-FE 300+PS
  • Built 5S-FE 300+PS
  • Built 4A-GE 20V 300+PS
  • Built 4A-GE 16V 300+PS

Why Keep Power At 150-190HP?

  • More power, equals more mods to handle the extra power. Most Toyota Corolla engines are designed for economical purposes. 
Motor And MODS?
  • Every motor and transmission has a weakness. It is very important to address your motor and transmission for weaknesses before modifying them.
I Have Questions About My Corolla?
  • Create a question post and submit it to 8thcorolla or Corollahatchbacksquad, on their respectful sites.. We will try very hard to get your post seen by members.
  • Join a Toyota Corolla Facebook group. You can also join other forum sites like Reddit or Toyotanation Forums.

Toyota Corolla Gas Reward

Toyota Corolla Gas & Rewards!

Why Am I Spending So Much On Gas? Can Anything Be Done? What Are Some Cheap Alternatives? Especially When I have A Bigger Motor? Will I Benefit From This? Did You Say More? 

We Have All Your Answers Covered Here!

Get Rewarded When You Stop For Gas or For Shopping! Save On Big With Your Toyota Corolla! The Bigger Your Motor, The More You Are Rewarded!

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Upside receives positive reviews from over 290,000 users on iOS and 200,000 on Google Play. Great contact and support system with a 4.8/5 rating.

Toyota Corolla Emissions Test


What Are Emissions Tests?

The quantity of pollutants a car emits into the atmosphere when its engine is running is measured by an emissions test, commonly referred to as a smog check. During the test, contaminants
are measured using sensors that are connected to the exhaust system of the car. The test results show if the car satisfies the state's emissions requirements.

How Important Is Emission Tests? 

Emissions tests play a crucial role in ensuring that automobiles aren't causing environmental harm and in lowering air pollution. Every state or country is free to establish its own requirements, however some states mandate a certain amount of emissions testing for registered cars. State and local governments have the authority to impose their own regulations on registered vehicles, while other states mandate some form of emissions testing..

Can You Make This More Clear? 

In other words, an emissions test examines your vehicle's cleanliness. The tests are designed to guarantee that automobiles meet the federal Clean Air Act Criteria. It's critical that an automobile's pollution controls function properly. When a vehicle fails an emissions test, it must be repaired and retested. 

In order to adhere to local and state laws, maintain your automobile, truck, SUV, CUV, or minivan. Some vehicles don't need these requirements.

Each county, state, or country sets their own testing requirements. Check with your local jurisdictions before modifying your car or swapping motors.



Toyota Corolla Transmission Swap

 
You ve Got The Box!
Drop The Best And Fitted Transmission Into Your Toyota Corolla!


A 2023 E210 Toyota Corolla Automatic Transmission 

What Is A Transmission? 

A vehicle's gearbox or transmission, uses a mechanical system of gears and gear trains to transfer power from the engine to the wheels. Without a gearbox, an automobile could not move efficiently since power could not be applied to it in a regulated manner.

Why Build The Transmission For Power? 

Whenever you are planning to make power, you have to modify the drive train. This is very important for durability. Modifications to the transmission can give you a better 0-60 time ratio. For example, you can get a aftermarket gear set, shift kit, LSD, clutch, or a high stall torque converter. Send your transmission to a build-up shop like Level 10. Another option is to shop at sites like MonkeyWrenchRacing for the required parts or other builds. Car-parts.com have some awesome deals and parts as well.

 

A C60 Transmission 

Switch For A Different Transmission!

There is always a third option when modifying your transmission. You can swap in a suitable/stronger transmission along with a better 0-60 timing ratio. You must keep in mind that your selected transmission has to be able to blot with your existing engine.  
A 2ZZ-GE C60 transmission from a Celica GTS is an excellent choice for many 1ZZ-FE powered vehicles. A skilled driver with; 180hp, at 2600lbs, can shift from 0-60 in less than 6.4 seconds.  A C60 transmission swap is beneficial for the 1ZZ-FE's power band and low end torque. Many FE headed motors have more throttle response than their GE headed counterparts. This is truly unique even when they have more power.


Toyota Corolla Green Power

Build An Eco Green Friendly Power!

Check out all those unique engines below. Although they do their part very well, they were never designed with performance in mind.  Once built/tuned properly, these monsters can give their counterparts a run for their money. 

#4AFE #4AFTE #4AFZE

A 4A-FE

You can buy a spare 4A-FE for an awesome engine build project. The 4A-FE can be found in a 7th gen Corolla. The 4A-FE was an oversquared 1.6(1,587cc) aluminum/iron block piston motor, from Toyota’s A power train. The 4A-FE had a DOHC layout and was designed to improve fuel efficiency. The engine was produced from 1982- 2002. The bore of this engine was 81.mm with a stroke of 77mm. The 4A-FE had an output of 115hp with up to 107 ft•lb of torque at a given rpm. The motor had a compassion ratio of 9.5:1. There were JDM versions of the 4A-FE with several updates and fitted designs. Some parts from the A Series are interchangeable with each other. Forged B16A pistons are interchangeable with this motor.

#4ZZFE #4ZZFTE #4ZZFZE



A 4ZZ-FE With vvti

Pick up a nice 4ZZ-FE for a nice project. The 4ZZ-FE can be found in the 8th/9th/10 gen Corolla. The 4ZZ-FE was a DOHC oversquared 1.4(1,398cc) all-aluminum block piston motor. The motor came from Toyota’s ZZ power train. The 4ZZ-FE was designed to improve fuel efficiency. The engine was produced from 1997- up until now. The bore of this engine was 79.mm with a stroke of 71.3mm. The 4ZZ-FE had an output of 97hp with up to 96ft•lb of torque at a given rpm. The motor had a compassion ratio of 10.5:1. There were JDM versions of the 4ZZ-FE with vvti. Some had several fitted designs. Parts from the ZZ Series are interchangeable.

#3ZZFE #3ZZFTE #3ZZFZE


A 3ZZ-FE With vvti

Let's find a 3ZZ-FE for a nice project. The 3ZZ-FE can be found in the 8th/9th/10th gen Toyota Corolla.  The 3ZZ-FE was an undersquared DOHC 1.6(1,598cc) all-aluminum block piston motor. The 3ZZ-FE came from Toyota’s ZZ power train. The 3ZZ-FE was designed to improve fuel efficiency. The engine was produced from 1997- 2007. The bore of this engine was 79.mm with a stroke of 81.5mm. The 3ZZ-FE had an output of 112hp with up to 111ft•lb of torque at a given rpm. The motor had a compassion ratio of 10.5:1. There were JDM versions of the 3ZZ-FE with vvti with several fitted designs. Parts from the ZZ Series are interchangeable with this motor.

#2NZFE #2NZFTE #2NZFZE


 A 2NZ-FE With vvti

Let's build a 2NZ-FE. The 2NZ-FE can be found in the 9th/10th gen Toyota Corolla.  The 2NZ-FE was a DOHC oversquared 1.3(1,299cc) all-aluminum block piston motor. The motor came from Toyota’s very own NZ power train. The 2NZ-FE was designed to improve fuel efficiency. The engine was produced from 1999- up until now. The bore of this engine was 75mm with a stroke of 73.5mm. The 2NZ-FE had an output of 84hp with up to 89ft•lb of torque at a given rpm. The motor had a compassion ratio of 10.5:1. There were JDM versions of the 2NZ-FE with vvti and with several fitted designs.

#5A-FE #5A-FTE #5A-FZE


A 5A-FE

Invest in a 5A-FE for an awesome project. The 5A-FE can be found in the 6th/7th/8th Toyota Corolla.  The 5A-FE was an undersquared 1.5(1,498cc) aluminum/iron block piston motor, from Toyota’s A power train. The 5A-FE has a DOHC layout and was designed to improve fuel efficiency. The engine was produced from 1988- 2003. The bore of this engine was 78.7mm with a stroke of 77mm. The 5A-FE had an output of 105hp with up to 94.3ft•lb of torque at a given rpm. The motor had a compassion ratio of 9.8:1. There were JDM versions of the 5A-FE and with several fitted updates and designs.

#7AFE #7AFTE #7AFZE #7AGE


7A-FE

Get an awesome 7A-FE for a nice project. The 7A-FE can be found in the 9th/10th gen Toyota Corolla.  The 7A-FE was a DOHC undersquared 1.8(1,762cc) aluminum/iron block piston motor. The motor came from Toyota’s very own A power train. The 7A-FE was designed to improve fuel efficiency. The engine was produced from 1993- 2002. The bore of this engine was 81mm with a stroke of 85.5mm. The 7A-FE had an output of 120-156hp with torque between 116-175ft•lbs at a given rpm. The motor had a compassion ratio of 9.5:1. There were JDM versions of the 7A-FE with several fitted updates and designs. 4A-GE parts are interchangeable with this motor. 

#4EFE #4EFET #4EFZE


A 4E-FE

Fix up an awesome 4E-FE for a nice project. The 4E-FE can be found in the 7th/8th gen Toyota Corolla.  The 4E-FE was a DOHC undersquared 1.8(1,762cc) aluminum/iron block piston motor. The motor came from Toyota’s very own E power train. The 4E-FE was designed to improve fuel efficiency. The engine was produced from 1989- 1998. The bore of this engine was 74.3mm with a stroke of 77.4mm. The 4E-FE had an output of 74-89hp with torque between 86-87ft•lbs at a given rpm. The motor had a compassion ratio of 9.6:1. There were JDM versions of the 4E-FE with several fitted updates and designs. 

#2EE  #2EET  #2EEZ


A 2E-E

Build a 2E-E for a nice nitrous build.
The 2E-E can be found in the 5th/6th/7th/8th gen Toyota Corolla. The 2E-E was a SOHC undersquared 1.3(1,295cc) aluminum/iron block piston motor. The motor came from Toyota’s very own E power train. The 2E-E was designed to improve fuel efficiency. The engine was produced from 1985- 1998. The bore of this engine was 73mm with a stroke of 77.4mm. The 2E-E had an output of 65-88hp with torque between 72- 77ft•lbs at a given rpm. The motor had a compassion ratio of 9.5:1. There were JDM versions of the 2E-E with several fitted designs. Many parts from the 4E-FTE/5E-FHE/5E-FE are interchangeable. 

#6AFC #6AFCT #6AFCZ

 

A 6A-FC

Build a up 6A-FC for a nice nitrous build. The 6A-FC can be found in some 6th Gen Toyota Corollas. The 6A-FC was a DOHC undersquared 1.4(1,397cc) aluminum/iron block piston motor. The motor came from Toyota’s very own A power train. The 6A-FC was designed to improve fuel efficiency. The engine was produced from 1988- 1992. The bore of this engine was 76mm with a stroke of 77mm. The 6A-FC had an output between 58-83hp with given torque at 86ft•lbs at a given rpm. The motor had a compassion ratio of 9.6:1. There were JDM versions of the 6A-FC with several fitted designs. 

#3EE #3EET #3EEZ


A 3E-E

Forge up a 3E-E for a nice nitrous build. The 
3E-E can be found in the 6th gen Toyota Corolla. The 3E-E was a SOHC undersquared 1.5(1,456) aluminum/iron block piston motor. The motor came from Toyota’s very own E power train. The 3E-E was designed to improve fuel efficiency. The engine was produced from 1984- 1994. The bore of this engine was 73mm with a stroke of 87mm. The 3E-E had an output of 78-87hp with torque at 89ft•lbs at a given rpm. The motor had a compassion ratio of 9.3:1. There were JDM versions of the 3E-E with several fitted designs. Many parts from the 4E-FTE/5E-FHE/5E-FE are interchangeable. 

#3ZRFE #3ZRFTE #3ZRFZE


A 3ZR-FE With Dual vvti

Build a 3ZR-FE for more power. The 3ZR--FE can be found in the 10th gen Toyota Corolla. The 3ZR--FE was a DOHC undersquared 2.0(1,986cc) all-aluminum block piston motor. The motor came from Toyota’s very own ZR power train. The 3ZR--FE features Dual vvti and was designed to improve fuel efficiency. The engine was produced from 2007- present. The bore of this engine was 80.5mm with a stroke of 97.6mm. The 3ZR--FE had an output of 140-155hp with torque between 143.1-149.7 ft•lbs at a given rpm. The motor had a compassion ratio of 10.0:1. There were JDM versions of the 3ZR-FE with several fitted updates and design.

#1NRFE #1NRFTE #1NRFZE


1NR-FE With Dual vvti

Build a 1NR-FE for your power hungry needs. The 1NR-FE can be found in the 9th/10th/11th gen Toyota Corolla. The 1NR-FE was a DOHC undersquared 1.3(1,329cc) all-aluminum block piston motor. The motor came from Toyota’s very own NR power train. The 1NR-FE features Dual vvti as it was designed to improve fuel efficiency. The engine was produced from 2008- present day. The bore of this engine was 72.5mm with a stroke of 80.5mm. The 1NR-FE had an output of 99-101hp with torque at 97ft•lbs at a given rpm. The motor had compassion ratios of 10.5:1-11.5:1. There were JDM versions of the 1NR-FE with several fitted updates and designs.

#5EFE #5EFTE #5EFZE


A 5E-FE

Build up a 5E-FE for a nice force induction build. The 5E-FE can be found in the 4th/5th Gen Toyota Tercel. The 5E-FE was a DOHC undersquared 1.5(1,497cc) aluminum/iron block piston motor. The motor came from Toyota’s very own E power train. The 5E-FE was designed to improve fuel efficiency. The engine was produced from 1990- 1998. The bore of this engine was 74mm with a stroke of 87mm. The 5E-FE had an output of 93-110hp with torque anywhere between 91-100ft•lbs at a given rpm. The motor had a compassion ratio of 9.4:1. There were JDM versions of the 5E-FE with several fitted updates and designs. Many parts from the 4E-FTE/5E-FHE are interchangeable. 

With some serious potential these motors sit at the top. They can be rebuilt for forced induction or NA applications. 
All the proper equipment from the donated car including a suitable or modified transmission is needed for a successful swap. These swaps requires a lot of customization including customed motor mounts, electronics/ECU, suspension, custumed high proformance axles, shifter, fuel system, cooling system, A/C/power steering, intake/exhaust, suspension/brakes, and tires.  Custom kits and parts can easily be found at importperformanceparts, ptuning, driveshaftshop, gatorracingaxles, turbokits, or maxpeedrods. You can select and compare prices for your likings.

Rotrex and Eaton have a set of superchargers that will work with many of these engines. Some of these engines can benefit from an S14 supercharger. Turbo or supercharged applications will require upgraded injectors, upgraded ECU, a blot on or customed built manfold, fuel pump, and boost controller. Get up to 270PS from these motors. Every motor and transmission has a weakness. It is very important to address your motor and transmission for weaknesses before modifying them.