New Nissan Juke 1.6 Liter Turbo Engine - ANIMATION - Very Cool Video
Watch a video on the new 1.6 liter 4 cylinder turbocharged engine in the new Nissan Juke. The video is animated and systematically show the engine in pieces and then puts it together and shows how it runs. The 1.6 turbo is part of the wave of new small displacement turbocharged gas engines coming to this country. The reason is to provide high fuel economy, low emissions and high power output when needed.
2011 Nissan Juke - Urban AWD CUV - Walkaround Video
2011 Nissan Juke video - Watch a video of the totally new 2011 Nissan Juke.
The Juke is a compact CUV with seating for 5, a hatch and high ground
clearance. It is powered by a new turbocharged direct injection 1.6 liter 4 making
over 180 horsepower. The Juke is a
very interesting all-purpose, all-weather small vehicle that drives very
nicely, has upscale features and gets great fuel economy.
► Bentley Factory - W12 Engine
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V8 Engine Motion Animation ( 3ds max )
V8 engine Motion - Modeled/Rendered/Animated/Fx in max standard renderer
This is a complete working 3D model of a v8 engine 4.5 L, 520 HP from 1969
Fully textured / animated / and FX widouth any use of a plugin! Using
standard animation, rigged with bones, IK , and also beautiful standard
3dmax special effects, so that avery average/professional user can use
immediatly, widouth buying any expensive plugin.
Many of parts have been left low-poly,to left you the choice of smoothing
them if needed, altering between low and high poligon model.
Modeled in over 6 months, by a 8 year experience 3dmax modelor/animator, by
buying this product you will not be dissapointed, what you se is EXACTLY
what you get.
The product was created in 3d Max, created to be suitable from max R3 to v9
+ ( because of it full-range standard procedures )
Full animations created for you! so you can see it's full characteristics
in a dynamic yet simply to use animation, using nothing other than STANDARD
3D MAX rendring engine!
The model is compressed in .Zip format ( because only the scene is 102 MB )
cand be extracted with WinRar, WinZip, or any additional software that
recognise this default compressing format.
In this 3d Engine Pack you will get:
- A realistic 3D V8 4.5L engine fully animated and textured
- A 737 entities / 1.548.385 polygons / 865.359 vertices destined for
professional and average users engine
- A fully textured model
- A fully animated scene using only standard 3ds Max ( no extra expensive
plugins needed )
- A full FX animated scene,beautiful standard Max special effects, ready to
- An additional „Glass model with glass transparency enabled, so you can
clearly see the engine movement ( crancshaft, camshaft, pistons, spark
plug, rod, belt, water pump, valves, engine explosion, etc etc)
- An assembly animation of the engine and the whole parts
- Over 300Mb uncompressed space worth of scenes, textures, and others ( not
counting animation scenes )
Remember: The model is compressed in .Zip format ( because only one scene
is 102 MB uncompressed ) can be extracted with WinRar, WinZip, or any
additional software that recognise this default compressing format.
Get yourself a bargain for a third of it's real price, you get a full 3D
PACK engine that is: modeled, animated, textured, and FX
My website: http://locotaeduard.com
Yamaha YZF R1 crossplane crankshaft technology explained
The crossplane or cross-plane is a crankshaft design for V8 engines with a
90° angle between the cylinder banks. The crossplane crankshaft is the
configuration used in most V8 road cars.3d model of a cross-plane
crankshaft demonstrating the 90 degree angle between the crank throws and
the large counter weights.The crossplane crankshaft has four crankpins,
each offset at 90° from the adjacent crankpins. The first and last of the
four crank pins are at 180° with respect to each other as are the second
and third, with each pair at 90° to the other, so that viewed from the end
the crankshaft forms a cross. The crankpins are therefore in two planes
crossed at 90°, hence the name crossplane. A crossplane crank may have up
to five main bearings, and usually does, as well as large balancing
weights. Crossplane V8 engines have uneven firing patterns within each
cylinder bank, producing a distinctive burble in the Exhaust note, but an even firing pattern
overall. Their second-order balance, owing to the 90° bank angle and 90°
throws, means no additional balance shaft is necessary to achieve greater
smoothness. Without the 90° bank angle, a balance shaft may be required.
The other prominent design for a V8 crankshaft is the flatplane crankshaft,
with all crankpins in the same plane and the only offset 180°. Early V8
engines, modern racing engines and some others used or use the flatplane
crankshaft, which is similar to that used in a straight four or flat-four
engine. Flatplane V8 engines may use any angle between the cylinder banks,
with 60° and 90° the most common. They lack the V8 burble and the
superior mechanical balance of the crossplane design, but do not require
the large crankshaft balancing weights. Inherent balance of the big ends is
like a straight four, and modern designs often incorporate a balance shaft
for smoothness. But without balance shafts, flatplane designs have the
least flywheel effect of any V8s, which allows them to be more
The crossplane design was first proposed in 1915, and developed by Cadillac
and Peerless, both of whom produced flatplane V8s before introducing the
crossplane design. Cadillac introduced the first crossplane in 1923, with
Peerless following in 1924.
Inline-4 engines can also use the crossplane concept. The 2009 Yamaha
YZF-R1 motorcycle uses the crossplane crankshaft and, in the absence of the
90° bank angle of the V8, must use a separate balance shaft geared off the
crankshaft to eliminate the inherent vibration (a primary rocking couple)
found in this type of crank.
A crossplane crank has been used in Yamaha's M1 MotoGP racing models in the
past. Yamaha claims advances in metal forging technologies make this a
practical consumer product.
Funcionamiento de un Motor de Combustión
un video demasiado interesante, se puede observar lo que sucede dentro de
un motor que muchas veces ni siquiera nos imaginamos... chequenloo les va a
Russian Rotary Vane Engine
Rotary Vane Engine proposed to power Russian hybrid car 'ё мобиль'
Ferrari V12 Engine
Ferrari V12 Engine Assembly. From start to finish, one technician is
responsible for the assembly........
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Nissan Juke 1.6 DIG-T (190 PS) 4WD CVT Acceleration 0-210 km/h (Manual mode)
Video showing acceleration from 0 to 210 km/h (top speed) of my mom's new
Nissan Juke 1.6 DIG-T 4WD CVT. It's one of the very first Juke's 1.6 DIG-T
4WD CVT in Poland, especially it is in lovely White Pearl QX1 color :)
Gearbox was in Manual mode, Nissan Dynamic Control System in SPORT mode.
Hope you enjoy it :)
Greetings from Poland :)
Formula One V6 turbo: 2014 Rules Explained
Transforming Formula One: 2014 Rules Explained: CGI Clip
A new clip from Red Bull sees Daniel Ricciardo and Sebastian Vettel explain
the 2014 Formula One regulations -- which are arguably the most complex the
sport has ever seen.
At the start, thousands of car parts simultaneously assemble around Dan to
form the RB10.
As Dan races to catch up Seb in his RB9, the World Champion's car becomes
transparent while travelling at full speed. The film then presents a visual
sequence that shows the 2014 regulation changes taking shape and coming to
life, as Seb's car transforms into an RB10.
As well as providing information on the new technical changes for 2014, the
clip also presents a unique view of the technology at work inside this
year's Formula One cars.
More information on the Red Bull Ring is available at
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