Colin Holte posted on Thursday, January 22, 2015 10:38 PM
The whole point of modifying cars with go-fast parts is to go fast right? So of course, Project S2000 required a good romping at Buttonwillow after the installation of the Blacktrax Performance/Kingpin Machine spherical bearing suspension setup and Hasport rear differential mounts. The car is also in a constant state of tweaking requiring adjustments along the way as lessons are learned. Everything is better with video too and Replay XD stepped in to help.
Colin Holte posted on Sunday, December 14, 2014 2:02 PM
I’m often of the philosophy of replacing things as they wear out. And when they wear out, I might as well upgrade! It all started with a slight banging noise while going over bumps. Over a bit of time, it got progressively worse. Eventually, going over any type of bump including creeping over speed bumps caused a loud banging noise. What was the source?
Colin Holte posted on Tuesday, August 26, 2014 2:01 AM
Everyone who has experienced trying to design parts to get more power of the S2000 naturally aspirated can attest to Honda not having left much on the table. Honda was of course limited by pesky general consumer things related to NVH. If you throw those concerns off the table, is there anything to be gained?
Colin Holte posted on Sunday, September 22, 2013 8:21 PM
By Khiem Dinh
Did I mention there would be more hood hacking? Why yes I did. Somewhere along the other 18 parts of this project, I noticed the stock air box looked relatively well sealed along with having a location ideal for ram air. Ram air is used on practically every sport bike you can buy to coax as much power as possible from the engine. Even cars such as the Corvette Z06 and Dodge Viper use ram air.
Colin Holte posted on Sunday, August 04, 2013 2:07 AM
The destroyer of all track vehicles is excessive heat. Whether it is the coolant, various oils, or brakes, too much heat will lead to failures. On Project S2000, we’ve already addressed the engine coolant and oil temperatures with an upgraded Koyo radiator and Earls Temp-A-Cure oil cooler. These heat exchangers depend on airflow to in order to remove heat from the coolant and oil. No airflow means no cooling, hence the need for fans when the car is sitting still. One way to improve the airflow through the heat exchangers is to minimize the resistance to the air exiting from behind the heat exchangers. For the vast majority of street cars, all the air has to dump out the bottom of the engine bay. So how do we minimize the resistance to airflow? By increasing the area the air has available to exit. In this case, we’re venting the hood.
Khiem Dinh posted on Thursday, February 21, 2013 10:50 PM
Project S2000: Testing Temps and Tools (Replay Camera and IR Pyrometer)
by Khiem Dinh
At my last track day, I got an IR pyrometer as a new toy for taking some data. For this track day, I added a Replay XD1080 HD video camera to the mix to replace my previous camera (which met an untimely demise). Furthermore, a few friends of MotoIQ were also in attendance to join in on some track day fun. Video was taken and many temperatures were measured. Keep on reading to see how the Replay works and different brake systems stacked up.
Khiem Dinh posted on Thursday, January 10, 2013 1:28 PM
Project S2000 - Testing Track Upgrades and Custom Brake Ducts
By Khiem Dinh
All of the stars aligned a few weeks ago and I took Project S2000 to the track. Centerforce clutch and AP1 flywheel – installed and broken-in, Hasport engine mounts – installed and broken-in, custom brake ducts – prototyped and test-fitted, K.R.O.P.S holding track day at Willow Springs – scheduled, other MotoIQ project cars going – check. Custom brake ducts? Let's start with those.
Khiem Dinh posted on Wednesday, December 05, 2012 12:26 AM
Project S2000 - Making a More Responsive Drivetrain
By Khiem Dinh
The AP2 generation of S2000s were made a bit cushier and street friendly compared to the AP1s for the general American consumer. A larger displacement engine along with shorter gearing were specified to give more torque at the wheels which Americans desired. However, Honda also matched a heavier flywheel and modified the clutch system with both negatively impacting the level of track aptitude. Step 2 of Phase 2 is to shift the drivetrain bias more towards the track side of the equation compromising some everyday livability for better performance.
Khiem Dinh posted on Sunday, October 28, 2012 11:05 PM
Project S2000: Phase 2, More Grip
By Khiem Dinh
"Where has Project S2000 been" do you say? I've been having fun and driving the piss out of it. I had completed Phase 1 of the build which was to make a fast, reliable, and uncompromised daily driven street car that could be driven at the track without fear of breaking anything. Well, the car is no longer my daily driver, so I have decided to commence with Phase 2. A Porsche GT3RS is my philosophical car build benchmark; while it CAN be driven on the street, it's not exactly a car that you would want to daily drive as it introduces compromises to DD duties in order to improve track performance. Phase 2, Step 1 = more grip and protecting the engine against increased lateral Gs.
Khiem Dinh posted on Friday, February 17, 2012 2:04 AM
Project S2000 – Hondata KPro Gives More Power and Better Power
By Khiem Dinh
Power delivery is an important characteristic in being able to go quickly; just ask any motorcycle racer where they only have one tire contact patch to put down the power. The S2000's one fault is a poor power delivery curve due to the VTEC engagement. I hate the VTEC engagement and the resulting torque spike which hurts drivability. It is not fun being WOT coming out of a corner and having the torque spike hit. Therefore, my goal was to reduce the spike by changing the VTEC engagement point to smooth out the torque curve and I needed a way to tune the car to meet my goal. The Hondata KPro system met my requirements for the job.