10.25-inch touchscreen display with Android Auto and Apple CarPlay takes care of infotainment duties, piping
This is likely due to the plumbing system from the additional piping and intercoolers and whatnot.So
, the all-new Nissan Almera also features an electronic wastegate that reduces turbo lag and an air intercooler
This allows the engine to be more compact and reduces its response time as the piping systems are shorter.The
cylinder counterpart.At low to mid-range rpm, there’s noise generated by the turbocharger and piping
The cooler mounted on the front of this particular Daihatsu Thor is likely an intercooler for a turbocharged
incorporating the signature GR "functional matrix" design - feeds air into the radiator, intercooler
driving force system through a multi-plate clutch.The RZ variant is also equipped with an air-cooled intercooler
This is due to all the extra components such as the turbocharger and intercooler systems, and necessary
It’s Front End Friday & I need to hurry up and get the new intercooler & piping painted so I can put it on cause the stock one looks wack with this bumper. https://t.co/YJgusc8M2U
2.5" UNIVERSAL INTERCOOLER TURBO PIPING KIT 1.58 mm Thick Blue Hose New https://t.co/2rEVNJkqig eBay https://t.co/R2ia340NfZ
Couple of the boys and i mulling around a workshop afterhours, one of the lads 4A-GZE swapped Celicas firing up on the new ecu and loom for the first time. Hoover sounds were from a boost leak from the intercooler piping. https://t.co/U31ZYaAlx9
Finishing up the stainless intercooler piping for the Datsun 😍 https://t.co/2CAzOkgA41
Where the intercooler piping scrub https://t.co/sckvwG0mYC
Finally! The new intercooler piping for the Evo 5 is done, we're gonna fold the lips over on the other pieces like the new intake has & lower the blow off valve a little in the charge pipe. One more piece of the puzzle completed :D https://t.co/RTxhreQVPT
Big progress on the turbo Miata, a large intercooler, charge piping plumbed. Everything’s getting powercoated soon https://t.co/FH7kG8v6yp
Engine is in, custom intercooler piping is done ✅ https://t.co/uthQofGvNS
Mocking up intercooler piping, bleeding power steering, wiring is 95% complete. Sr's first start up later https://t.co/f6cLBWS1LH
First time doing Stainless Steel Pie cut intercooler piping https://t.co/YlalcSSDEZ
Yes, but….It’s not worth it. The 7.3 won’t just drop it. YOu’ll need to fabricate engine mounts, transmission mounts, (because you will also need to swap the transmission), fuel system, intercooler piping, new radiator and transmission cooler and numerous other things. Also you’ll probably need to add some taller stronger springs to the front end because the 7.3 is much heavier than whatever engine you currently have. People are always putting big diesels in other trucks and cars but most of them do the work themselves and have other vehicles to drive in the meantime because such a project will take quite a while. For most people, if you want a 7.3, sell whatever you have and go buy a truck that comes with a 7.3.
I highly doubt it. You could, however (with a little intensive searching) find one being sold from a totaled Bugatti in some Dubai junkyard or something. I wouldn't be surprised if they would be asking a fair sum for it (think $10,000 USD or more). Even if you did find it and could pony up the cash for it, you’d have a heck of a time getting it out. I’m talking take-the-whole-car-apart difficulty here. See, the engine is connected to the car in a ton of ways. In addition to the engine mounts, you would have to deal with intercooler piping leading to strange locations on the car, radiator hoses running the entire length up to the front grills, strangely routed exhaust tubes, and more. The intakes are probably attached to the turbochargers too, so there's another reason to rip the rest of the car apart. Good luck! (Let me know if you ever go through the with a purchase! I’d love to see that happen :D)
Intercooler goes between turbo and intake manifold, to cool the compressed air. A “,small feed off the outlet of the intercooler to the air intake,” would count as a boost leak, and the ECU would call for more boost from the turbo to account for it. If the turbo is already providing max boost, you will lose power/torque. “,a small feed off the outlet of the intercooler to the air intake,” is not, and can’t be, “,post filter/pre turbo,”.
All details can be found on Volvo of America main site. To put it simply: boost pressure is increased, bigger intercooler, bigger intercooler piping and turbo charge piping, multiple suspension upgrades, different ECU and BCM tunes.
Turbo failure means the bearing went bad and caused a lot of play in the impeller shaft. That play will cause the impeller and even exducer wheel to contact the side of the housing and when that happens metal hits metal and little pieces get sucked into the intercooler piping and blown down the exhaust. That’s not the worst thing though. When the bearing fails, little bits of metal from that drain down the oil return tube and into the oil pan, where they can be sucked up by the oil pump and circulated throughout the rest of the engine. Not good. Oh and when the bearing fails, it will typically cause a major internal oil leak in the turbo, and that will dump a ton of oil out your exhaust, so you could run your engine dry of oil after some time.
A factory turbo car is always a better starting point unless you have another car to drive while you're working on the project car. And work on it you will, since that's the nature of a project car. neither of the cars you mentioned are easy to work on, VW/Audi are generally a pain to work on and require many special tools. That being said, a turbocharged VR6 is a beast and will make a lot of power, but you'll need a full turbo kit including manifold, turbo, oil lines, intercooler, intercooler piping, fuel injectors, fuel pump, ecu tuning, larger exhaust, wideband 02 sensor, new clutch, and that's just the parts. Then you have to install on that on the car which will tkae a few days. then you have to get it tuned. On the other hand the 1.8t car will get you further faster but ultimately won't make the same amount of power in the end. you can change the exhaust, intercooler, intercooler piping, ecu tuning, fuel pump and injectors and upgrade the charger on the 1.8t car cheaper and easier than the VR6.
You don’t give any information regarding what kind of device has the offending intercooler pipe, so it is not really realistic to give you answers based on assumptions or wild guesses. Re-submit the question with some details giving context.
You’ll gain as much power as you would on a cold day when the air is dense and cold. If you want to get the most of your modifications you’ll need to have the electronics tuned on a rolling road, to adjust for the extra air flow and lower intake temperatures, which should allow higher boost pressure to be used for more power and torque. Do your research and find a reputable tuner, that is familiar with your make and model of vehicle / engine. There are lots of companies that will do the job cheaply, by flashing a “generic” map onto your vehicle. These can be alright, but they can also damage your vehicle if the vehicle the map was wrote for doesn’t match your own very closely, in terms of modifications. Dyno tuning is much more expensive, but worth the money! If you’re going to do it, do it properly. You must also understand and accept that if the vehicle has any warranty cover left on it, it will be voided by the modifications. Also, pushing parts beyond their designed limits can at best reduce the life of the engine and at worst, cause total catastrophic failure. The latter is far more likely with a poor quality generic map that hasn’t been checked and tested on a rolling road. Turbochargers, gearboxes, clutches, driveshafts, pistons, connecting rods, the cooling system and the fuel supply system can all be weak points when it comes to dealing with increase boost pressure and power levels. Do your research!