Preskoči na glavni sadržaj

VolksWagen Jetta Mk4 Custom Coupe 4Motion R32 Twin Turbo Build Project.

VolksWagen Jetta Mk4 Custom Coupe 4 Motion R32 Turbo Build Project

 He and his mates were out hooning in a borrowed MK4 R32, when they hit a 30-mph corner at 100 mph. They survived, the R32 did not. But the 4Motion lives on in a MK4 Jetta coupe. You heard right.

 The ol' Waterfest/H20/Motorstadt crowd may recall 1552 Design's Project X, which the shop chopped a Jetta sedan into the coupe many wished VW would build.

 This Kiwi project employs the guts from that lost R32—the carcass of which the builder acquired from the previous owner—in the service of a Mk4 Jetta Coupe 4 Motion R32 Turbo build. A noble effort indeed.

 As Builder explains, to build a MK4 Jetta coupe, you must take the doors from a Golf three-door hatch (they're longer), move the B-pillar to accommodate the new portals, "then fill in the gap between the door and the rear quarter panel." Easy.
-----------------------------------------------------
This video purpose is to tell world about amazing car build project and to inspire ever growing car builder community around the world. So if you're inspired in building your own car and want to learn more about how to do it in best way, don't hesitate and read build source page so you can learn something new and if something is not clear you can always ask builder some questions about the build.

 here is the link
https://www.youtube.com/watch?v=L_cT565C7Aw&t=1015s


Primjedbe

Objavi komentar

Popularni postovi s ovog bloga

Transverse Vs Longitudinal Engines: The Pros And Cons

The way in which an engine is orientated can have a huge influence on the rest of a car’s design. Should the car be rear-wheel drive? What size of engine is expected? Are there space issues that could influence which way the engine lies? All these questions have to be answered by the engineers responsible for the car, as the powertrain setup can have a large impact on how the car goes, handles and stops. Looking at front-engined cars, the two possible orientations are longitudinal and transverse, with each having its own benefits and drawbacks that can govern which is chosen for the car at hand. In-light of this engineering decision, here’s a basic guide to the features of each engine layout and which is best for different applications. Transverse engines Transverse engines are mounted perpendicularly to the direction of travel, lying horizontally within the engine bay. This is predominantly used in front-engined, front-wheel drive setups but has also been implemented i...
Objavi komentar
Pročitajte više

Mods To Do On Golf 4 1.8T

The order of these mods is recommended, although everyone decides to go down their own path. 1. Maintenance before modding - This includes changing fluids, spark plugs, filters, timing belt, Making sure your brakes work etc ... Some cars may need more maintenance than others, but It's never a good idea to start a modding a car that has not been properly maintained. 2. Catch Can -   A catch can be a great preventative mod that will reduce the amount of carbon build up in your engine. Our PCV systems are a known problem, and carbon buildup becomes a big one issue that reduces power in our cars. Although a catch can not completely fix the issue, it will definitely help. Pairing one with the occasional sea-foaming will help keep your valves clean and carbon free. 3. Downpipe (DP) - The reasons I put these two categories together is because they are go hand in hand. I will explain each one individually later on. The stock DP on the mkiv 1.8t is very restrict...
Objavi komentar
Pročitajte više

What is "anti lag" and how does it work

HOW THE TURBO ANTI-LAG SYSTEM WORKS Bang-bang (also known as ALS which stands for Anti-Lag System) is an engine management technique that allows to minimize the turbo lag time. As you may be aware of, turbochargers display what is known as lag time, which is the time needed for the turbine to reach its full throttle from the intermediate rotational speed state. The duration of a turbocharger's lag depends on many factors, including its inertia, airflow efficiency, back pressure, etc. The issue is partly dealt with by fitting a turbo dump valve, which acts every time the driver lifts his foot from the throttle. The dump valve will evacuate the pressure air coming from the turbocharger while the inlet manifold is closed so that the turbine does not stall and avoid possible damage to its bearings. In racing cars it is very common to fit the oversized turbochargers in order to be able to produce enough boost pressure and ensure sufficient engine output. Big turbochargers exhibit sig...
Objavi komentar
Pročitajte više