Showing posts with label Turbocharged. Show all posts
Showing posts with label Turbocharged. Show all posts

Toyota Landcruiser Prado


As you can see from the Front view of the Toyota Landcruiser Prado Turbo, it looks stock standard and simple without any doubt but ones you pop up the hood, you will be amazed with the modification done on this 4WD Ride.


Once you pop up the Front hood of this Toyota Landcruiser Prado, You can see that it is installed with a Toyota 2.5l VVT-i Engine equipped with a Medium Size Intercooler to cools down the turbo due to the high compression produced by the turbine. As you can see, all the piping has been changed from stock standard rubber compound to Silicon Piping which can resist a higher temperature and has a longer lifespan compare to the normal ones. The standard OEM Air filer has been changed to Open Pod Air filter in producing a higher output by driving in more air during while the engine is running.

Stay tuned for more Yeah. Brought to you by JLean @ http://undercoverproject.blogspot.com/

Volkswagen R32 Review


Volkswagen Golf R32 Car Review by Rob Fraser


BMW 130i M pack vs Volkswagen Golf R32 (Top Gear)

Wastegates - Facts and Fiction


With so many contradicting opinions and recommendations, it’s a little wonder choosing the right Wastegate for your application can be a confusing.
We try to disspell some myths and shed some light on the most common misconceptions regarding wastegates.

TRUE OR FALSE

*The more powerful the engine, the bigger the wastegate you need.*
False. This is one of the more popular misconceptions. A wastegate is possibly the only component in your whole engine package that can actually be made smaller as you increase your boost/horsepower output. Use this simple guide:
Big Turbo/Low Boost = Bigger Wastegate
Big Turbo/High Boost = Smaller Wastegate
Small Turbo/High Boost = Smaller Wastegate
Small Turbo/Low Boost = Bigger Wastegate


Wastegates don’t operate in high temperatures

False. Contrary to the popular belief, external wastegates are usually mounted at the hottest part of the exhaust. It’s the place where all the exhaust gases meet, creating extra heat. This, combined with the late combustion of unburnt fuel (due to rich mixtures, retarded timing and high octane fuels) significantly raises the exhaust temperature.

Larger wastegate valve diameter = better flow
True – sort of. While the valve diameter is without a doubt an important part of the flow rate, equally important, but often misunderstood, is the importance of the flow path. When comparing wastegates with similar valve size, it is important to have a balanced body/valve/spring combination that is designed to work together to allow for maximum boost control. All Turbosmart wastegates are designed with this in mind.

2011 BMW 5 Series


Following an earlier image leak, BMW has officially taken the wraps off the all-new 2011 5-Series Sedan. The 2011 model marks the sixth-generation of the venerable sports sedan. The 2011 BMW 5-Series Sedan will make its public debut at next month’s LA Show.


Developed under the codename “F10,” the 2011 BMW 5-Series softens the harder lines of the current E60 with more conventional-looking headlights and a cleaner front-end design. New European pedestrian safety standards are expected to drastically alter the design of many European cars for the worse, but BMW has managed to maintain its classic twin-kidney grille design with the new 5-Series while simultaneously reducing the length of the front overhang.


As is typical of most recent BMW redesigns, this 5-Series adds some space between the wheels by extending the wheelbase nearly 10 centimeters and widening the track. The car’s overall length has grown by less than 2 centimeters, while its height is slightly reduced and its width increased by a fraction. A set of 17-inch wheels are the smallest available with 18- and 19-inch wheels optional.


From launch the 2011 5-Series will offer one eight-cylinder and three six-cylinder gas engine options. Two diesel six-cylinder models will also be available.

The range-topping 550i model comes packing a 407 horsepower version of BMW’s turbocharged V8. As expected, BMW’s 306 horsepower turbocharged inline-six will be available in the 535i model. A 530d model is also be available — featuring a 245 horsepower diesel engine — should BMW decide to bring it to the U.S. The 258 horsepower 528i will be the entry-level model in the U.S.

Additionally, BMW will launch two four-cylinder diesel 5-Series models in Europe, with the most fuel efficient version being the 47 mpg (U.S.) 520d.

The next-generation 5-Series features an eight-speed automatic transmission with an all-wheel drive optional. The new 5 will also have Park Distance Control and an around view monitor system, similar to Infiniti’s Around View Monitor


Category:

BMW 550i
- V8 petrol engine with TwinPower Turbo and High Precision Injection
- Capacity: 4,395 cc, max output: 300 kW from 5,500 – 6,400 rpm
- Max torque: 600 Nm/442 lb-ft from 1,750 – 4,500 rpm
- Acceleration: 0 – 100 km/h in 5.0 seconds
- Top speed: 250 km/h
- Average fuel consumption to the EU standard:
- 10.4 ltr/100 km
- CO2 emissions to the EU standard: 243 g/km,
- full compliance with the EU5 emission standard.

BMW 535i
- Straight-six petrol engine with TwinPower Turbo,
- High Precision Injection and VALVETRONIC
- Capacity: 2,979 cc, max output: 225 kW at 5,800 rpm
- Max torque: 400 Nm from 1,200 – 5,000 rpm
- Acceleration: 0 – 100 km/h in 6.1 seconds
- Top speed: 250 km/h
- Average fuel consumption to the EU standard:
- 8.4 ltr/100 km
- CO2 emissions to the EU standard: 195 g/km
- full compliance with the EU5 emission standard.

BMW 528i
- Straight-six petrol engine with bi-VANOS and VALVETRONIC
- Capacity: 2,996 cc, max output: 190 kW at 6,600 rpm
- Max torque: 300 Nm from 2,600 – 5,000 rpm
- Acceleration: 0 – 100 km/h in 6.7 seconds
- Top speed: 250 km/h
- Average fuel consumption to the EU standard:
- 7.6 ltr/100 km,
- CO2 emissions to the EU standard: 178 g/km,
- full compliance with the EU5 emission standard.

BMW 523i
- Straight-six petrol engine with bi-VANOS and VALVETRONIC
- Capacity: 2,996 cc, max output: 150 kW at 6,100 rpm
- Max torque: 270 Nm from 1,500 – 4,250 rpm Acceleration: 0 – 100 km/h in 7.9 seconds Top speed: 234 km/h
- Average fuel consumption to the EU standard:
- 7.6 ltr/100 km
- CO2 emissions to the EU standard: 177 g/km,
- full compliance with the EU5 emission standard.

BMW 530d
- Straight-six diesel with aluminium crankcase,
- turbocharger with variable turbine geometry and common-rail direct fuel injection (piezo-injectors, max injection pressure 1,800 bar)
- Capacity: 2, 993 cc, max output: 180 kW at 4,000 rpm Max torque: 540 Nm from 1,750 – 3,000 rpm
- cceleration: 0 – 100 km/h in 6.3 seconds Top speed: 250 km/h
- verage fuel consumption to the EU standard: 6.2 ltr/100 km
- O2 emissions to the EU standard:
- 162 g/km,
- full compliance with the EU5 emission standard.

BMW 520d
- Straight-four diesel with aluminium crankcase, turbocharger with variable turbine geometry and common-rail direct fuel injection
- (magnetic valve injectors, max injection pressure 1,800 bar)
- Capacity: 1,995 cc, max output: 135 kW at 4,000 rpm Max torque: 380 Nm from 1,900 – 2, 750 rpm
- Acceleration: 0-100 km/h in 8.1 seconds (provisional),
- Top speed: 225 km/h (provisional)
- Average fuel consumption to the EU standard: 5.2 ltr/100 km
- CO2 emissions to the EU standard: 137 g/km (provisional),
- full compliance with the EU5 emission standard.