Introducing the CorkSport 2010-2013 Mazdaspeed 3 Hood Strut Lift Kit:
Lift your Hood with just the flick of a wrist. Thanks to gas-powered struts the CorkSport Hood Lift Kit will raise your Mazdaspeed 3 hood on its own power once you get it past halfway. Then, just like magic, the hood will stay up for as long as you want. Of course, while the hood is lifted you will have extra room to maneuver thanks to the conveniently located struts. Without the poorly located hood prop-rod blocking your access to the hood, you can now access the entire engine bay as readily as you can find a coffee shop in Seattle.
The CorkSport Hood Strut Lift Kit requires no drilling or modifying to install. With bolt-in compatibility and a short install process, you will be upgraded in no time.
Professional racer Kenton Koch doesn’t think so. Kenton burst onto the racing scene a few years ago and has rapidly made a name for himself as one of the top young drivers in America. As a Mazda enthusiast, Kenton chose a few CorkSport parts and is now one of our greatest supporters. Recently, Kenton got himself a Mazdaspeed 3 and decided after a lot of research that he wanted no other exhaust than the CorkSport Power Series cat back exhaust. As an accomplished professional race car driver who is on the rise, Autobytel performed an interview about his newest purchase. We’re honored to be mentioned and can’t wait to see what else Kenton has in store for his car, and for this race season!
Here is the exhaust (cleaner) than on Kentons:
Is There a Better Exhaust for your Mazdaspeed than CorkSport??? September 13th, 2018CorkSport
“Which intercooler should I get?” At Corksport we get this question almost every day. The debate of top mount intercooler vs. front mount intercooler has been one that has raged on in the forums for years. Just looking around you will see both options on all sorts of cars. So what is the answer?
The Mazdaspeed 3 and Mazdaspeed 6 both come with top mount intercoolers (TMIC’s) from the factory. There are many reasons for this, but the main one is that it is much cheaper to manufacture and install. A Top Mount Intercooler can be installed directly to the engine at the factory so it is ready to drop into the car which saves both time and money.
Beside the TMIC, the other option available is the front mount intercooler (FMIC). Both styles have their pros and cons. The upsides of the TMIC is that it uses the shortest possible path from the turbo to the engine. This reduces the amount of time it takes for the car to accelerate, this feeling can be amplified between shifts when the power comes back on very quickly. The TMIC also is very simple and compact with very few connections and possible places to leak. A TMIC will also weigh very little compared to a FMIC setup and usually is in a place with very good airflow.
The downside of TMIC’s is that they are generally limited in size by the design of the car and can be much smaller than most FMIC’s. They are typically placed very high in the engine bay, raising the car’s center of gravity. Most importantly though, the biggest downside of the TMIC is that it sits in a hot engine bay. Just by sitting on top of the motor, the TMIC can soak up heat thereby decreasing its effectiveness in cooling the air compressed by your turbo.
The principals are mostly the same for the pros and cons of the FMIC. The core of a FMIC can be much larger, and in the case of a properly designed system, can cool temperatures much more effectively. Being placed further away from the engine and out into the stream of air can make the FMIC much cooler and more importantly, more consistent. One last reason that many people love FMIC’s is the look, nothing says I mean business more than a massive bar and plate core smiling in your rear view.
The biggest downside of a FMIC is that the install process is much longer. Other downsides of FMIC’s can be the much longer piping needed to route compressed air to them. This piping can increase turbo lag and usually has many couplers that can have the potential to leak or cause other issues.
So what does CorkSport say? As a general rule we would say if you don’t plan to add more than 50-100 horsepower, a top mount intercooler will work just fine and be much easier on your plans and wallet. If you eventually want to go wild with your car and build it up much higher than stock, you will probably want to look hard at a front mount intercooler. Our advice would be to try to plan in advance what you want out of the car so that you only have to buy parts once.
Happy spooling!
“Which intercooler should I get?” February 21st, 2018CorkSport
You may remember that we had to get a new shop testing vehicle after our last Mazdaspeed 3’s untimely demise See here; but what you may not know is how much time and effort was put into that car. Building a rolling showcase isn’t easy, cheap or quick. We were sad to see it go but now have a brand new canvas to start over on.
With our new speed we decided to go white, with that pearly white paint job we wanted to go towards a “panda” style going forward, mixing white and black parts in our build. We have started with a few small black and white things (intake, BOV, etc.). We’re really looking for input from you to really make this car unforgettable.
We’re looking at every detail to try to make an overall car that hasn’t been seen before that goes deeper than just bolting things on. We want to try new things, make combinations that have never been seen before and really try to make something that you would want if you never had to make a compromise.
Check us out on Facebook and let us know what you think we should add to this car to make it really unique.
Help Build the Mazdaspeed of Your Dreams July 16th, 2013CorkSport
Welcome back to the Fuel Pump Comparison, Part 3. If you haven’t been following along with us feel free to read Part 1 and Part 2.
Now that we have a good understanding of the basics for these high pressure fuel pumps we can start to really dig deeper into the specifications. One of the items we were really curious about were the materials used in the construction of these pumps. We decided to have the hardness tested and ascertain the materials used. The factory pump internals do not use any coating, the hardness test showed us that the internals went through a hardening process as the core was significantly softer than the surface. Because of these hardness requirements, many other aftermarket internals use a coating of some sort to decrease friction between the piston and the sleeve. As for what the stock internals are made from, we answered that. Except for the hardening procedure, according to their chemical breakdown, they match a common die steel, so nothing too fancy.
We now understand why it is so common to hear that the factory pumps are machined to such tight tolerances. At high rates of speed and pressure with a hardened material, you could easily have failures if tolerances were not correct.
When testing the fuel pumps on the dyno, we chose a Mazdaspeed 3 (2nd gen) with bolt-ons and a stock turbo. The factory boost levels we maintained 1700psi all the way to redline with no issues. As soon as we raised the boost slightly, the fuel pump began to drop pressure. With a Cobb AccessPort and a stage 2 reflash, the pressure of the pump would drop under 1000psi by 5000rpms. If you’re going to turn up the boost or run a reflash, an upgraded fuel pump is a must.
Our dyno is able to adjust load, so in our testing we chose a load value typical of 4th gear on the street and tested all pumps with the same load on the same day, only hours apart from each other. All the pumps tested performed very similar for power but the stock pump actually ran a lower air/fuel ratio. This is because all of the pumps were tested with no tune. When we changed to the Cobb stage 2 map, the power levels increased but we could not complete the test with the stock pump as it just could not keep up with the demand. With the stage 2 tune, we found the air/fuel ratios to be very, very rich and had a very real possibility for causing high load misfires. We actually experienced that several times on colder days. With no tune, this does not happen but the car did still run very rich in boost with all the aftermarket fuel pumps. With a custom tune though, there should be no difference between the pumps and you can raise the boost without worry of running low on pressure.
Now that you have read Part 3, see Part 1 and Part 2.
Stay tuned for part 4 in our fuel pump comparison series, things are about to really heat up!!!
Fuel Pump Comparison Part 3 February 28th, 2018CorkSport
