Moto IQ posted on Thursday, April 02, 2015 11:23 PM
MotoIQ Staff Report
Furious 7 stunt driver has taken over the controls (and ownership) of MotoIQ Project Nissan 350Z! Our 350Z project was originally built as a reliable street/track performer, but like any car with an overworked odometer the miles have been stacking up and the original engine finally threw in the towel. It's no surprise either, as it has been in the hands of stunt driver Jay Lynch for almost the past year. Jay has not only been using the car to work on his stunt driving techniques, but Jay has also been using the car to pass down his driving skills to his daughter Brionna Lynch.
Mike Kojima posted on Sunday, June 01, 2014 9:23 PM
If you have been following the progress of Project 350Z as of late we have been testing and running the gamut of your typical bolt on performance parts to see what kind of gains could be expected for a well tuned but lightly modded VQ35DE. With an intake, exhaust, headers, intake manifold, cams and valve springs in place, it was time to get into the ECU and tune for our specific combination of parts.
To perform the final touches on Project 350Z we headed to Church Automotive Testing, a licensed UpRev Tuner to have our car dialed in.
Mike Kojima posted on Tuesday, April 22, 2014 8:49 PM
We are reaching the limit of easy bolt on performance gains with Project 350Z. In looking over the offerings from MotorDyne Engineering, the folks that bought us the intake manifold spacer which made such an awesome difference. we noticed that they had a lower intake manifold plenum available for the VQ35DE that would work for both the Rev-Up and original intake cam only variable cam timing engines.
Mike Kojima posted on Monday, April 14, 2014 7:13 PM
In our last trip to the dyno, we tested AEM's Short Ram intake on our 350Z. We were surprised to find a small but definite power increase over another leading intake that was already on the car. Since AEM makes a long runner Cold Air Intake as well as the Short Ram, we decided to test that as well as an interesting contrast between the two vastly different intake designs.
Mike Kojima posted on Wednesday, April 09, 2014 2:06 AM
We have been working on getting more power out of Project 350Z's VQ35DE engine in our latest series of articles. With success coming bit by bit, we decided that we had to give the oiling system a little help. Some 350Z's with highly modified suspension and sticky tires have suffered from engine oiling issues when driven on the track hard. The oil had simply sloshed away from the pickup under hard cornering allowing the oil pump to suck air. Since engine bearings are made of soft metal and depend on a hydrodynamic layer of pressurized oil to prevent damage, any interruption of oil pressure caused damage very quickly.
Mike Kojima posted on Sunday, March 23, 2014 2:59 AM
When we first got Project 350Z as a well used and beat up car, one of the mods the car came with was an Injen Cold Air Intake. Since Injen intakes have a pretty decent rep we simply left in on the car. However, when we installed the intake manifold spacer, we noted that the manifold was full of dirt and that our engine was a little low on compression for the amount of miles that it had.
Mike Kojima posted on Monday, March 10, 2014 12:13 AM
So far we have tried some easy bolt ons like a manifold spacer, headers, high flow cats and exhaust on our 350Z all with good results. Naturally at this point it is time to change camshafts to get more bolt on power out of our VQ35DE engine. One thing that discourages many people from going this route is that changing cams on a VQ engine is quite a big job. Having two banks of cylinders and 4 cams is a lot of the reason. It's not super hard technically but it requires at least a couple days of wrenching and some care has to be taken to avoid problems.
Time consuming or not, camshafts are the next logical progression in the evolution of Project 350Z so we asked our friends at Jim Wolf Technology or JWT to provide us with some of their excellent C2 cams. We chose the C2 because they were probably the biggest practical camshafts that would work in the stock bottom end engine.
Mike Kojima posted on Monday, February 24, 2014 12:56 AM
In looking for more low hanging horsepower fruit for Project 350Z, we decided to try an intake manifold plenum spacer from MotorDyne Engineering. The 350Z's VQ35DE engine has a very thin intake manifold plenum that slopes toward the front of the engine to clear the low hood line. Although this is good for styling, the engine would prefer more plenum volume and the flow to the front most cylinders is somewhat choked off due to the low overhanging plenum wall.
Mike Kojima posted on Tuesday, January 21, 2014 1:12 AM
In the past installments of Project 350Z, we took a look at getting the car's suspension and brakes up to snuff. With the car handling and stopping well, we turned our focus to freeing up some more power. Since the car is mostly a budget track day beater, we decided against forced induction options for now because making a high power forced induction motor reliable under continual hot lapping conditions is a somewhat expensive proposition.
To keep a decent budget balance, we decided to focus on some good bolt on's to see what we could get from our 350Z. For our first step we decided to free up the exhaust side of things with headers and an exhaust from DC Sports and free flow cats from Berk Technology.
Mike Kojima posted on Monday, February 06, 2012 2:52 PM
By Mike Kojima
We had last left our Project 350Z with much improved braking at the track with a big brake kit and other parts from Stoptech. After her last on track foray at Buttonwillow, Sera reported to us that her 350Z was having trouble laying down power out of the turns. On the gas her car wanted to drift immediately which was limiting how hard she could apply the throttle on corner exit. The corner exit drift was not smooth but twitchy as well. When drifting with stock tires, her car was not so bad but with the forces generated by big sticky NT01’s the suspension’s bushings were getting overworked causing toe changes, hurting the car's stability.