Monday, December 26, 2011

Long Term Road Test - Toyota Prius

!±8± Long Term Road Test - Toyota Prius

Vehicle Tested: 2010 Toyota Prius
Long term test: 7,000 miles
Vehicle from: cars4u.com
Conclusion: Third generation hybrid drives like a sporty luxury five door while delivering real-world 50 miles-per-gallon.

PROS:

50 mpg (3.8 litres per 100km in Canada) real world Solid real-car handling with sporty aspirations (for a Toyota) Small car exterior, mid-size car interior Understated luxury as only Toyota can manage Vastly improved ergonomics and instruments Sleek design with best drag co-efficient of any production car Quiet ride Seemless transition from electric to hybrid

CONS:

Slightly less legroom versus 2009 Depending on your point of view, CSV transmission (this reviewer liked its responsiveness) Price, although it is good value for the total package.

Toyota owns hybrid in the market, even though Honda was technically first. With the numbers of Prius models on the road surpassing many non-hybrid competitors, Toyota can claim the title of Hybrid "owner." Its past generation downsides included: bizarre design (part of its mystique), underpowered drivetrain, and transition clunkiness.

All that changes with the new Prius. While retaining the best-in-class mileage ratings, even compared to Toyota's other hybrid models, and some of the signature look, the third generation Prius 2010 model has gone "mainstream" enough to attract millions more to the marque. Currently they're managing approximately 20,000 units sold per month in the US. The only real downside to a Prius is its price, but in the hybrid category it's competitive. Where buyers sometimes stumble is when comparing the Prius (or any hybrid) to an economy four-banger at several thousand dollars less.

Abraham Blinick, Operations Manager at cars4u.com convinced me to review the car. "We sell and lease a lot of cars," said Blinick. "This is the car I like so much I bought one myself. I like the design elements and definitely the functionality."

Apples to Oranges

On a purely economical comparison, the Prius can never win against an economy four-cyclinder model from any manufacturer. It isn't meant to. One drive in the Prius shows why. Long term, the livability of the Prius, versus a small economy car with comparable (but inferior) fuel economy, becomes apparent. The Prius is larger, far more comfortable, fun to drive-for many, the perfect balance of luxury, compactness, technology, sportiness, economy and price. It's finally a real mid-size car.

Definite Lexus features abound, with available features such as assisted park and backup cameras. Even the standard equipment is above average for the price.

Sticker Shock?

Not really. For the level of equipment, even without hybrid technology, this car would feel about price right. The problem is, there's no really stripped down version that makes this an "entry-level" car, which comes in states-side at ,500. At these prices, Toyota will continue to have a best seller, projecting to sell 100,000 in America during 2009 and 180,000 next year. They are on target to exceed these numbers.

Long Term Test

Before drilling down to economy, performance, fit and finish, I'll begin with the long-term perspective. A short-term test won't always identify flaws. A long term test always reveals the true character of a car, for better or worse.

Miles Per Gallon

After 7,000 miles, the mileage remained in real terms in the 50 mpg range (US gallons), even with aggressive driving mixed in. With a feather-light pedal (think hyper-milling), this can improve by as much as 20 percent. Without question, this is the most fuel efficient production cars on the road, even slightly beating out previous generation Prius models. I regularly managed 600 miles per tank, which fills up, on average, for around .

Performance

Even if you press the "Economy" button on the center console-to get a true measure of it's enviro-worthiness-when you need power, a quick press of the accelerator pedal delivers "press back in the seat" power. The 0-60mph sprint will not make a Porsche cower in it's garage, at 9.8 seconds, but the passing power is quite exhilarating and the power is ultra smooth. The electric motor delivers instant torque, which makes the car feel very responsive.

Total output of the combined drive train, electric and gas running together, is 134 hp. Long term, the car never lost its snappy charm, always feeling ready to pass a slow poke-which is ironic considering Prius is notoriously known as the "slow lane car." The rapidity with which the digital speedometer climbs can get you in trouble with highway patrol if you're not alert. The car is very quiet at all speeds, slightly noisy on a full throttle hill climb, which makes use of the cruise control very important to avoid tickets. When combined with the stability of the suspension, you don't feel like you're going that fast.

Handling

The third generation Prius is an all new platform, and has sporty aspirations. It's not a sports car, but the cornering is flat, even on the sharpest, hard corners and the new electric steering gives nice road feel. It does not feel like any other Toyota on the road, although it's closest to a Matrix. The non-slip cannot be defeated for sporty slides, so be content with stable, flat corners.

I extensively test drove the car in early 2009 snow and also on tortuous dirt roads. The car remains glued to the road, even in slippery conditions, and aside from a little jarring on the heavy dips (understandable considering the sporty suspension), it's a comfortable drive on country roads.

Braking

Braking is at least as important as acceleration. The 2010 Prius brakes without nose dive, grips tight, and the slip control ABS is only slightly intrusive. It's a nice package, and feels safe.

Of course, a unique feature of the Prius is that the massive batteries are charged with braking and also coasting. With cruise control engaged, the engine automatically engine-brakes to keep speed from creeping up, while using the coasting energy to recharge batteries.

Comfort

After 7,000 miles, my impressions remain the same: the Prius is comfortable and firm and quiet. It's a nice place to spend long hours on the highway, with the fine stereo cranked, the nicely cushioned seats, and just-right steering wheel. The ergonomics are perfection, with everything within easy reach, and many controls on the steering wheel. The rear seats are equally comfortable, and cargo space is improved over previous generations.

The dash and instruments are enjoyable, even in bright sunshine. Although it's digital, it's an enhanced bright display, with meaningful information easily seen. I'm not a fan of center-pod displays for speedometer, but Toyota placed it exactly right to keep it right in line of vision. With the low seating position and dash display position, you can see the readouts without glancing down or away fromt he road.

Our tester model did not have lane-keeping assist, parking assist or radar-controled distance keeping. We did however have the sports package with 17 inch allow wheels, superior tires and nice finishing touches.

Design and Finish

After 7,000 miles, everything remained tight and Toyota-like. Definitely opt for the tan interior. The gray is a deadly Toyota gray and far too bland for long term living. The number of storage compartments is above ordinary: two glove boxes, a storage tray under the center console, arm rest storage, and secret trunk compartments in the hatch back area. With seats folded flat, the storage is impressive. Our tester had the leather interior and fit and finish was tight and Lexus-quality.

Initial Walk Around

When our reviewers first saw the Prius, sitting in our parking lot, shiny white with sport wheels, there was a definite "aha" factor. The car simply looks better in person than in photographs. The "aha" factor continues when the hood is popped for an inspection.

Sitting in our tan and grey interior tester, it felt immediately comfortable, even luxurious, with a bit of Lexus flair. Combine the tight fittings and nice cabin, with some very futuristic touches-in particular the instruments-and the car immediately feels special. Press the start button, to utter silence (no engine noise), and there's a definite "wow" factor if you haven't driven in a hybrid previously.

Competitors

The competitors haven't really caught up. Even Toyota's other hybrid models don't have the unique blend of feel, looks and economy offered in the third gen Prius. It's uniqueness either makes it a sure-bet with no competitors, or a last choice if you trend towards conventional design cars. The main competitors currently, with somewhat lesser mileage ratings are: Ford Fusion Hybrid, Honda Civic Hybrid, Honda Insight, Altima Hybrid. Also midsize is the Toyota Camray Hybrid, but it's not in the same class for economy as the Prius, Insight or Fusion.

Make: Toyota
Model Year: 2010
Model: Prius
Drive train: front-wheel drive
Transmission: Panetary-type continuously variable transmission
Gas Engine: Inline-4 Atkinson cycle
Displacing: 1798 cc or 110 cubic inch
Valves: 16 valves, double overhead camshafts, variable intakes
Horsepower: 98 @ 5200 rpm for gas engine and 36 hp battery pack
Torque: 105 @ 4000 rpm
Suspension: Independent McPherson struts, stabilizer bars, coil springs
Steering: Electric-assist rack-and-pinion
Brakes front: 10 inch ventilated disc
Brakes rear: 10.2 solid disc
Curb weight: 3042 lb
Weight distribution: 60.2% front/ 39.8% rear
Fuel Tank: 11.9 gallon
EPA Fuel Economy: 51mpg city and 48 highway. Combined 50 mpg
Performance:
0-30mph: 3.6 seconds
0-45mph: 6.3 seconds
0-60mph: 9.8 seconds
¼ mile: 17.3 seconds at 79.7 mph
Braking:
30mph-0: 30 feet
60mph-0:118
Slalom (mph) 59.7mph
Lateral Acceleration (g): 0.78
Length: 175.6 inches
Width: 68.7 inches
Height: 58.7 inches
Wheelbase: 106.3 inches
Legroom front: 42.5 inches
Legroom rear: 37.6 inches
Headroom front: 38.6 inches
Headroom rear: 37.6 inches
Maximum seating: 5
Cargo Volume: 21.4 cu feet
Seat down (flat) Cargo Volume: 39.6 cu feet.
All inclusive warranty: 3 years, 36,000 miles
Powertrain warranty: 5 years, 60,000 miles
Hybrid component warranty: 8 years, 100,000 miles
Safety: standard front, dual side, head airbags and driver-only knee airbags, ABS, brake assist, traction control, stability control, tire monitoring.


Long Term Road Test - Toyota Prius

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Tuesday, December 20, 2011

GE Profile : P2B918SEMSS 30 Dual Fuel Range - Stainless Steel

!±8± GE Profile : P2B918SEMSS 30 Dual Fuel Range - Stainless Steel


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Friday, December 16, 2011

Bosch Integra 700 Series HDI7282U 30 Pro-Style Dual-Fuel Range

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Saturday, December 10, 2011

Top 10 Gas Scooters

!±8± Top 10 Gas Scooters

Many manufacturers of gas scooters have come and gone in the past 10 years. It has become a very competitive industry; especially since the influx of cheaper Chinese brand clones entering the U.S. market. That being said, the quality gap between USA made and Chinese made scooters still heavily tilts in favor of the USA branded scooters. It is no surprise that 10 out of the 10 top gas scooters are all USA made scooters.

1. EVO 2X Powerboard

The Evo 2X is a third generation gas scooter from Puzey Design. The Evo brand powerboards are the highest quality products on the market and the fastest scooters ever built. The 2-speed gearbox is a patented, unique drive system that is the heart of the Evo 2X. It is the first two speed scooter in the world.

The range of applications of powerboards and scooters have thus far been limited by low revving, low horsepower engines. Now with the 2-speed gearbox, you can have the power when pulling off, or going uphill, in first gear and have the top speed with 2nd gear. Steep hill climbs for riders over 250lbs are no problem for the Evo 2X.

Another technological advancement found in the Evo 2X is the patented Cam-Link suspension. It is a true suspension system that offers a smooth ride, while offering excellent resistance when landing after jumps. Once you try it you will simply see there is nothing like it. This suspension is the strongest, most robust front suspension in the industry today.

The Evo 2X is one of the most reliable scooters ever produced. The steel and T6 aluminum frame are nearly indestructible. There have been reports of Evo scooters going 1300 miles without even replacing a belt.

Things you'll never have to replace include:

The Frame and Suspension - Even though this scooter is largely designed with light weight aluminum, it is reinforced with steel where necessary. This makes the frame and structure of the scooter nearly indestructible.

The Engine - The Active 50 is not only an impressive power plant, it is also one of the most reliable engines available. A properly maintained engine which is run on 91+ octane fuel with a proper mix (1:40 - 1:50) will last the life of the scooter.

The Deck - The Evo 2X comes with one of the sturdiest decks available for a scooter. Although it is aluminum, it is unbelievably resilient to scratching and will never bend or crack.

2. Go-Ped GTR46i - Trail Ripper Interceptor

The Goped GTR Interceptor is an on-road, street racing version of the Goped GTR46 Trail Ripper. This high-performance Go-Ped now comes with the following modifications:

New quieter exhaust system Smooth ride AT Primo Duro Trap aggressive treaded street tires Higher speed, better fuel economy Quieter GSR46R 6-76 sprocket drive ratio

These modifications make the Go-Ped GTR46i perfect for those that want to experience the fully suspended plush ride on paved and unpaved surfaces that comes only from the race proven and patented CIDLI suspension system. Dubbed C.I.D.L.I. for Cantilevered Independent Dynamic Linkless Indispension, this unique front and rear swing arm system is indispensable to this practical and fun light weight off-road machine.

3. Go-Ped Riot

The Go-Ped Riot was introduced along side the Go-Ped GTR46 as a pitbike like "scooter". Like the GTR46, the Go-Ped Riot features front and rear CIDLI suspension.

Using the patented Trail Ripper adjustable suspension system in the front and rear, it offers riders great off-roading capabilities with 6" of travel on each end. Powered by the powerful Go-Ped GP460RS engine geared at 6:98, the rugged and highly reliable Go-Ped Riot gives excellent bottom end and a stock top speed of 30mph. The centrifugal clutch provides for a very user friendly yet thrill-packed ride.

4. Martin Monster Beast

The Martin Monster Beast is the most powerful MMI production scooter available. It comes stock with a 52cc Mitsubishi engine which has almost twice the torque as the RC230 powered scooters. Each Beast is hand built by a single technician.

The frame uses the same dual suspension system Martin Monsters has become famous for. The frame is show chromed and hand polished. The drive chain is a robust 35 pitch heavy duty chain with a centrifugal clutch for easy stop-and-go use. The Beast is very powerful but also very quiet with tremendous reserves of power and torque. The Martin Monster Beast comes with an anti-vibration system for a very smooth vibration free ride. Many aftermarket performance parts are available to further customize your Beast.

5. Go-Ped GTR Roadster

The Goped GTR Roadster is an economy version of the Goped GTR46i. With the exception of the smaller Chung Yang GPL290 engine and welded T-bar handlebars, the GTR Roadster is the exact same scooter.

This cool scooter features the race proven, patented, adjustable and bullet proof GTR full 6" CIDLI suspension frame. To that we've installed the incredibly light, yet powerful and quieter GPL290 engine with TT tires and sprocket drive ratios of the GSR Cruiser.

6. Martin Monster Super Shocker

The Martin Monster Super Shocker is a dual purpose machine equally at home, off road, or on. It comes with 10" pneumatic knobby tires, to handle any terrain. The Super Shocker comes with a heavy duty automatic clutch which allows hands free stop-and-go operation.

This is the first and the best production scooter to use full suspension. The front suspension is telescoping motorcycle style and the rear is mono shock absorbing with up to 4" of travel. A drilled front disk brake gives sure fast stopping. Power from the Martin Monster Super Shocker is by the Komatsu Zenoah RC230 engine with 2.5HP.

7. EVO 2 Powerboard

The Evo 2 is a third generation gas scooter from Puzey Design. The Evo brand powerboards are the highest quality products on the market and the fastest scooters ever built. The 2-speed gearbox is a patented, unique drive system that is the heart of the Evo 2X. It is the first two speed scooter in the world.

The Evo 2 is a high-performance, two speed scooter released as a more economical version of the Evo 2X. Unlike its big-brother, the Evo 2 does not have front suspension or a scrub board to protect the under-deck area. Rather than the impressive Active 50, the Evo 2 sports the milder Active 40 engine.

Since the Evo 2 does have the two speed transmission of the Evo 2X, it still does perform impressively despite the lack of performance in the Active 40 engine. If the Evo 2 is being used purely for transportation, the Active 40 will provide enough power along with the two speed transmission, but if any real speed is desired, an engine upgrade should be the first step.

That being said, the Evo 2 is one of the most reliable scooters ever produced

8. Go-Ped Super GSR46R

The Go-Ped GSR46R is one of the most powerful street scooters released by Go-Ped. It is intended to be a street-only scooter since it lacks any form of frame-based suspension. When it was released, the GSR46R, Go-Ped marketed it as the fastest production scooter in the world. Although the claim is debatable, it could very well have been true due to the high speeds attainable with the large R460 engine.

Developed on the legendary GSR40Tsi - Interceptor Go-Ped - the Super GSR46R is powered by the same motor as on the fearless Trail Ripper GTR46. Equipped with a patent pending centrifugal clutch chain drive mechanism geared at 6/76, the GP460RS engine delivers 4.2HP and 2.31 ft-lbs torque with a 17,500 redline, providing for excellent performance at low and high speeds. Tunable, it can even reach 5.5+ HP and 2.6+ ft-lbs of torque with the addition of an aftermarket expansion chamber.

The front and rear Mad Dog disc brakes provide excellent braking performance perfectly matched for the power output of the Go-Ped Super GSR46R.

All of Patmont Motor Werks finest racing components come standard: Heavy duty 4130 chromoly steel frame and double sided fork, pneumatic TT tires mounted with magnesium rims and 20" Motorcycle style "Tim Patmont bend" racing handlebars fitted with a slide tube clamp, billet stem pro clamp, Go-Ped race pad and Pro control levers.

9. Martin Monster Moto

The Martin Monster Moto is a full suspension, chain driven scooter which inherited much of its design from its older brother, the Martin Monster Beast. The Moto's advanced design features include such technical innovations as an anti-vibration system, which provides for a smooth vibration free ride. Other features include dual disk brakes, heavy duty chain drive, automatic clutch and front & rear suspension.

10. Go-Ped GSR Cruiser

The GSR Cruiser is the perfect machine for the customer wanting a quiet, reliable and economical motorized scooter with good performance, but also for beginners wanting an affordable, safe and easy to learn first scooter. PMW believes it is the perfect machine for a very large segment of motorized scooter enthusiasts.

The Go-Ped GSR Cruiser is also the perfect machine for motor heads and the after market community, as chassis upgrades and screaming engine mods are widely available. The GSR Cruiser's power plant, the new GPL290, is based on the high performance GP290RS engine, designed to be a very reliable, quiet and economical cruiser. Top speeds for the GSR Cruiser are in the mid 20mph range, and its horse power is similar to the earlier GSR40.

Stopping power comes from the front Mad Dog brake caliper and double ground and hardened stainless steel Wave disc rotor. The rear brake mount is ready for the rear brake upgrade should the customer so choose to modify for more speed which needs more stopping power.


Top 10 Gas Scooters

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Wednesday, December 7, 2011

Toyota's 2JZ-GTE Versus General Motor's LS2 - Which is the Better Engine?

!±8± Toyota's 2JZ-GTE Versus General Motor's LS2 - Which is the Better Engine?

Japan, home to the most technologically advanced culture, has several of the largest automotive manufacturers in the world. High standards of quality control, reliability, affordability and efficient engineering have led Japanese manufacturers to be a dominate force in the global automotive market. In this article, a comparison will be made between Japan's modern engine-design methodology to use smaller-capacity, high revving, turbo charged engines, and that of America's tradition of using large-capacity, low-revving, naturally aspirated engines. Japan's most technologically advanced performance engine, the 2JZ-GTE, will be compared against America's newest high performance engine, the LS2. The 2JZ-GTE engine manufactured by Toyota is a 3 litre (2997 cc), dual overhead cams, inline 6 cylinder powered by two sequential turbos and found in the Supra. Manufactured by General Motors, the LS2 is a 6 litre (5967 cc), 8 cylinder (v-configuration) pushrod engine found in the Corvette.

When comparing performance engines, the main thing that matters is the amount of power and torque the engine produces, right? Err...well yes, and no. There are many factors to consider when comparing engines. However, first, let's take a side-by-side comparison of the power and torque figures for each engine. General Motors' LS2 puts out an impressive 400 horsepower at 6000rpm, and 530nm of torque at 4400rpm. Toyota's 2JZ-GTE makes a modest 320 horsepower at 5600rpm, and 440nm of torque at 3600rpm. From inspection of these figures, it looks like we have a clear winner. The LS2 makes more power and more torque, so why do I believe the 2JZ-GTE is a superior performance engine? An important factor rests on the size of the engine, the LS2 is exactly double the size of the 2JZ-GTE, yet the power and torque figures are not even 25% greater. Why the high level of inefficiency?

The problem with the LS2 is that the engine possesses several fundamental design flaws and relies on outdated technology. The LS2 is of a pushrod design, technically speaking, this means it is a type of piston engine that places the camshaft below the pistons and uses pushrods to actuate lifters or tappets above the cylinder head to actuate the valves. Pushrod engines are an old technology, which have largely been replaced by overhead cam designs in Europe and Japan.

Pushrod design is plagued with several problems. Firstly, pushrod engines suffer from a limited capacity to rev compared to overhead cam designs. This is due to their larger rotational mass, susceptibility to valve "float", and a tendency for the pushrods themselves to flex or snap at high rpm. The LS2's redline is at 6500rpm, compared to the 2JZ-GTE's higher 7200rpm redline. Secondly, pushrod engines have limited valve flexibility. Most pushrod engines only have two valves per cylinder (such as the LS2). Overhead cam engines, however, often use three, four or even five valves per cylinder to achieve greater efficiency and power. The 2JZ-GTE has four valves per cylinder, making a total of 24 valves for the engine. The LS2, with its two valves per cylinder, has a total of 16 valves for the engine.

In the form of twin sequential turbo chargers perhaps the biggest innovative feature of the 2JZ-GTE compared to the LS2 is its use of forced induction. Due to the 2JZ-GTE having a low compression ratio, it allows turbo chargers to be run. A turbo charger is a device that compresses the air flowing into the engine. The advantage of compressing the air is that it lets the engine squeeze more air into a cylinder, and more air means that more fuel can be added. Therefore, you get more power from each explosion in each cylinder. Turbo charging is perhaps the most efficient way to get power out of an engine - both small and large.

By using turbo chargers on smaller capacity engines Japan has been able to create extremely light, high-revving engines that are easily modified and have excellent fuel economy. Simple modifications on turbo cars allow for huge performance gains, especially in comparison to naturally aspirated engines. As an example, the 2JZ-GTE with an aftermarket exhaust, front mount intercooler and running a higher boost setting puts out significantly more power than the LS2. If one spends more money, the gains can be enormous. To extract power from a naturally aspirated engine is significantly more work. Firstly, if you are chasing big power, you really need to open the engine and do internal modifications for extra power, unlike a turbo engine that can be modified effortlessly, without opening up the engine. Power is often extracted from naturally aspirated engines by modifying the camshafts and doing work to the head of the engine. These modifications are both expensive and significantly alter the 'street friendliness' of your car. That is, produce a rough idle, have a tendency to stall and poor fuel economy.

With all the praise I have been giving the 2JZ-GTE it may seem that the LS2 engine is a poor performance engine. This is certainly not the case, one only needs to look at the stock power figures to realise that straight out of the car dealership this engine is seriously fast, with neck-snapping torque. Its design may be old-fashioned and its fuel economy poor but there is no doubt about it. If you are after the V8 rumble many Australians long after, then you will definitely be happy with the LS2. The LS2 is very 'street friendly' with 90% of its torque available just off idle. This equates to effortless towing, overtaking and a pure adrenalin rush every time you tap the throttle. Furthermore, the LS2 does have some advantages over the more advanced 2JZ-GTE engine. The LS2 is a far less complex engine, and as such, when something goes wrong it is much easier to identify the cause and solve the problem. More so, because the LS2 is naturally aspirated (unlike the 2JZ-GTE) there is far less stress placed on the internal components of the engine and thus, you would expect a longer engine life than the 2JZ-GTE.

Currently with fuel prices reaching an all time high, it is important to make sure your engine has the optimum balance between performance and fuel economy. Yet again the 2JZ-GTE outperforms the LS2. This is due to the capacity of the engine, with the Toyota being 3 litres and the GM engine being 6 litres in capacity. With exactly twice the displacement, unsurprisingly the LS2 uses more petrol. However, this is not by any means saying the 2JZ-GTE has good fuel economy. Unfortunately, power does come at a cost and both engines discussed are not economical.

The 2JZ-GTE has numerous features of intelligent design, which contribute to its strength and robustness as a motor. Two of its most advanced features are the use of sequential turbos and VVT. VVT stands for Variable Valve Timing and it is an advanced technology in overhead cam engines where, a mechanical device is used to swap over between a 'small' cam for low and medium revs and a 'big' cam for high revs. This allows good drivability at low revs and excellent high-powered acceleration at high revs. However, the 2JZ-GTE's prime feat of engineering is its use of sequential turbos. Having twin turbo chargers allows a small primary turbocharger to spool up early and give excellent boost response at low revs and then a secondary turbocharger to be phased in further up in the rev range for incredible top-end power. By having this setup, it allowed Toyota to create an engine with phenomenal response anywhere in the rev range and also leave the way open for serious modification potential.

To conclude, size definitely does not matter as far as performance car engines are concerned. Japanese performance engines are using new technologies such as turbo charging and VVT to obtain phenomenal power and torque figures similar to that of engines double their size. The 2JZ-GTE from a technical and engineering design perspective is far superior in every aspect than the outdated technology featured in the LS2.


Toyota's 2JZ-GTE Versus General Motor's LS2 - Which is the Better Engine?

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Saturday, December 3, 2011

Electrolux : EW30DS65GS 30 Slide-in Dual Fuel Range, 4 Sealed Burners, Convection - Stainless Stee

!±8± Electrolux : EW30DS65GS 30 Slide-in Dual Fuel Range, 4 Sealed Burners, Convection - Stainless Stee


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Thursday, December 1, 2011

Bosch Evolution 500 Series : HGS5053UC 30 Freestanding Gas Range with 5 Sealed Burners - Stainless

!±8±Bosch Evolution 500 Series : HGS5053UC 30 Freestanding Gas Range with 5 Sealed Burners - Stainless

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