Project Cars

WATCH: Project C7 Corvette Stingray Z51 Baseline Track Test 

So, you read the Part 1 of our introduction to Project C7 Corvette Stingray and probably watched Mike Kojima give us all of the engineering explanations under the chassis. You even read the in-depth breakdown of the LT1 engine. All of this information is great, however, what does it mean for the performance on a racetrack?

We gave our test driver, Karla Pestotnik, a few hot laps to give us some insight and a baseline lap time before we add any performance upgrades in 100% stock form. We hit the tarmac with our friends at Global Time Attack at a Buttonwillow Raceway 13 CW (clockwise) configuration time attack event.


Project DC2 Integra: Starting the Journey Toward Better Lap Times with KW Suspension

by Mike Kojima

If you've been paying attention to our DC2 project car, then you know in the last installment we took our car to Buttonwillow Raceway (CW13) to record its baseline lap times and to get some driving impression of its 150,000-mile suspension and tires. Surprisingly the old DC2 was not horrible and not the slowest car entered in Global Time Attack's first ProAm event of the year. 

However, we never settle for "good enough" at MotoIQ, so we're outfiting our Integra with a set of KW Suspension Variant III coilovers as we embark on the journey towards better lap times.


 

Project GD STI: Making More Power with Cobb Tuning and Precision Turbo Part 2!

by Mike Kojima

When we last left off with Project GD STI, we had just installed our drop-in ball bearing center section upgraded Precision Turbo. In our opinion, this is one of the best drop-in, non rotated mount turbos on the market for these cars, however, we wanted to be able to turn the boost higher. This brought the need for a tune utilizing Cobb Tuning's Subaru Flex Fuel System.


 

Project C7 Corvette Stingray: Introduction Part 2, A Closer Look at the LT1 Engine

by Mike Kojima

In the last edition of Project C7 Corvette Stingray, we were doing an overall look at the car including it's mostly all new LT1 engine. As we were saying, although the LT and LS share the same architecture, they are indeed very different engines. They are so different that they only share a handful of parts. 

The LT1 is a vastly different engine that has a lot of development differences over the already excellent LS3 engine and deserves a closer look at some of its unique internals. Most of the differences are to improve fuel economy, emissions, torque and powerband width, but there are are some tweaks to make more power overall as well. Take a close, detailed look with us!


WATCH: Project C7 Corvette Gets an AEM AQ-1 OBDII Data Logger! 

Just like Project DC2 Integra last week, we're taking our Project C7 Corvette out to Buttonwillow in 100% stock form for some lap testing courtesy of our friends at Global Time Attack.  Unlike the Integra--who's too old to know what a CANbus is--we're installing an AEM AQ-1 OBDII data logger in the Vette before we hit the track.  AEM's AQ-1 OBDII Data Logger is easy to install and logs engine data transmitted from the CANbus signal feed in the OBDII port of any 2008+ vehicle.  The AQ-1 also has a 3-axis accelerometer built in so we'll be able log g-force data as well!  Take a look at today's video to learn more about it and see how easy it is to install!  And remember to swing by again next week for the results of our C7 baseline track test before we install all the Chevrolet Performance parts heading our way!

If you liked this video, please subscribe to our YouTube channel, and we'll keep making more content like this!


 

Project V8 RX-7: Part 17 – Eimer Engineering Arms, Wheel Spacers and the Hunt for Perfect Stance

by Mike Kojima

In our last articles about Project V8 RX-7, we left you last with photos of our new SSR Professor SP4 wheels and Toyo R888 tires looking flush, but we weren’t ready to explain how we accomplished that task yet. With our Rocket Bunny aero kit giving us a huge space in the wheel wells to fill, we were going to take advantage of all of that.

Our car had to use all of the space for wide wall-to-wall rubber. More rubber means more grip, and with our LS3 providing the torque and power to use it all, we were obligated to do so. However, just putting wide rubber on a car not designed for it creates a few technical issues that, since we are MotoIQ guys, have to be engineered out of the equation. This means the typical spacer to fit and beat to match approach was not going to be a solution.


 

WATCH: MotoIQ Project V8 RX7 Suspension Update

From custom fabricated control arms to revalved KW V3 coilovers with HLS, Mike Kojima goes under Project V8 RX7 to explain everything we did to address the new suspension geometry challenges we faced when adding 50mm to each corner with a Rocket Bunny wide body kit.


 

Project F150: Part Two - Lighting Things Up with LEDs!

by S. Tate

Everything (and more!) that you wanted to know about upgrading your halogen headlights. We get down to all of the details in deciding which type of bulbs to use and all other factors that must be considered. We use our Project F150 as a test mule and show you how to do the installation.


 

Project Mustang 5.0: Data Logging, Tuning, and More with HP Tuners nGauge

by Vince Illi

HP Tuners has been at the forefront of automotive engine tuning and diagnostics for Ford, General Motors, and Chrysler vehicles for over a decade now. Their VCM suite is used for tuning by professional speed shops around the world. Furthermore, HP Tuners is one of the only aftermarket companies who has completely “unlocked” the Copperhead Powertrain Control Module (PCM) used in Ford’s latest engines, including the Coyote 5.0 V8. Their VCM Scanner is available to consumers and can perform the vast bulk of factory-level diagnostic testing on a laptop computer—tools normally only available to Dealers using Ford’s expensive Intelligent Diagnostic Scanner (IDS) tool.

Recently, HP Tuners partnered with E-Motion products to create a new handheld tuner device with a twist. The aftermarket is already flooded with OBD-II tuning devices that run the gamut from good to terrible, so HP Tuners wanted to set themselves apart by making something that could do more than just standard tuning.


 

Whiteline S550 Ford Mustang - Introduction and Initial Testing

by Mike Kojima

Recently, Whiteline obtained a late model S550 Mustang to function as both a test mule for their S550 chassis parts development program, but to also act as a rolling showcase for their Mustang product line. The Mustang will also feature upgrades to the engine, braking system, and the car's cosmetics to make it an all around performer. We will be documenting the build and testing progress here on MotoIQ. 


 

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