Sunday, December 21, 2008

Jet Bike

Below is a picture by using the motor bike engine jet :

There is a good performance, Ted McIntyre president Marine Turbine Technologies (MTT) assigned as a Christian Travert manufacturer of Turbine Superbike y2k this. By using the machine labeled Rolls-Royce Allison Gas Turbine 250 is the power of 320 HP at 52,000 RPM, and 576 Nm at 2000RPM. In a quiet, 0-365km / h requires only 15 seconds. The need to also know, not the "cc" so that the motor in this benchmark.

RENAULT motor sport has ended 2005 on a High--the company has the world's top Formula 1 racing driver in Fernando Alonso, as well as the constructor's championship.

But, winning the two championships will not be enough once the feeling of euphoria is replaced by reality--the millions of dollars invested in the Renault Formula 1 team will have to start translating into greater market share.

Renault executives have said publicly that the real objective of the company's participation in Formula 1 is to turn this success into a tool for enhancing the image and awareness of the Renault brand.

The company's web site proclaims "Formula 1 is continuing its global expansion, and this is strengthening Renault's commitment to the sport. Formula 1 is a major priority for Renault: the technology developed by the Renault F1 Team is already inspiring vehicles in the range, and producing clear benefits by raising the brand's profile."

So what's at stake in the months ahead? Renault F1 Team President Patrick Faure explains. "Our titles have been won by an international team with a French heart. It is a fantastic advertisement for French engineering excellence that will accompany Renault in its expansion around the globe. Now, we must exploit these titles at every level of the company. The hardest work has been done in winning the championship. Now we need to move to the next stage, initially in our communication but then at the tens and thousands of Renault points of sale around the globe, to explain our success to our customers and reflect the enhanced image Formula 1 success has brought. Success is not an end in itself, merely a beginning ..."

But, if Renault's marketing campaigns are to be founded on Formula 1 record, then the company had better keep winning.

As the chassis race team returned to Enstone, and brought the 2005 season to a close with a well-earned celebration, technicians began laying up carbon fiber 'plies' in the moulds of ... the R26. Formula 1 never sleeps, and the transition was immediate. What's more, it carries a powerful message: there is never time to rest on your laurels. So just as the team must continue moving forward, so too the focus of its management is now firmly on the future.

"We can absolutely repeat our success in 2006," says Bob Bell, Technical Director at Enstone. "We have no intention of making the same errors as some other teams have made in the past. There is no arrogance about our position, and we never take anything for granted. I think that happened to Ferrarl at the start of this season, while McLaren clearly underestimated us at the end. But that won't be our attitude this year. Our objectives will be set, and it will be a question of hard work to ensure we deliver them."

COPYRIGHT 2005 Diesel & Gas Turbine Publications
COPYRIGHT 2008 Gale, Cengage Learning

Thursday, December 11, 2008

Technology Motorcycle Electricity

TECHNOLOGY engine friendly environment at the same time economical fuel is no longer just a dream of the future. Now a number of factories have developed automotive vehicles environmentally friendly. Unfortunately, the car-fueled electricity is not yet marketed by the manufacturer because the author has not been profitable. 

The development of electric vehicles began to show sign of good commercial had occurred on the type of bicycle or motorcycle. Two-wheeled vehicles equipped with electricity increasingly popular in Japan, China and countries in the United States and Europe. 

Appropriate name, the source of energy bicycle and electric motorcycle is, yes, electric current of electricity. Moreover, the actual technology that is available in two-wheeled car is relatively simple. Essentially, only to change electrical energy into energy movement in the rear wheel. 

According to Mario Rivaldi, General Manager of PT Indonesia Betrix, electric motorcycles are divided into two types according to the system operation. The first type, a motorcycle use the system Power On Demand (POD). She, with this technology, the operation of the electric motorcycle motor skutik similar to the many outstanding in the market. "Just pull the gas, the motor will be done," said Mario. 

There are more technology Power Assist System (PAS). In this type, rider must pedal to pedal first turn the dynamo. "Just with only two stroke, the engine will start working dynamo," said Mario also mentioned that the products have Betrix variants for the second-variant system. 

Normally, electric motorcycle is using the three main components, namely battery, dynamo, and the speed regulator. Batteries will be a source of electricity, as a substitute fuel oil used by motor duck normal. Electricity from the battery will be connected with the controller that will flow. One of the tides dynamo to the tersalur. Dinamo is further propel the wheels back. 

Of course, the electric motor create dispose of not removing the gas. In addition, the normal noise that sounded when the gas withdrawn also disappeared. In the condition that a full battery, electric motor output Modern Group, E-Moto, can travel up to 80 kilometers distance with a maximum speed of 50 km per hour. After that, to be prime battery must be charged with PLN electricity for eight hours. 

With electricity tariffs as now, the cost for charging the battery fully only spend money to Rp 900. Compare with the consumption of conventional gasoline motorcycle, which takes 2 liters of gas to travel the same distance. 

However, this cost-efficient vehicles also have weaknesses. Electrical systems are still vulnerable to damage the technical. Battery, for instance, only to survive two years. Hence, the electric motor user must treat the patient leaves the battery can be a maximum period of demand. One of the battery before filling out correct. Battery on the market price ranges between Rp 600,000 to Rp 700,000.

Tuesday, December 2, 2008

Information technology automotive

New automotive technology makes the Bugatti Veyron the fastest car in the world. Well the fastest full production car.
From what I have read in the most popular automotive magazines is that there are a few slightly faster cars available but the Bugatti is considered a true production car. This means you can actually order and buy this vehicle I will be describing below.

Worlds fastest car details

How about 1,001 horse power and 922 pound-feet of torque 0-60 in 2.5 seconds and a top speed of over 253 mph. The car sells for 1.2 million dollars and I can not believe I am saying this but it is worth it.

The automotive technology stuffed in this package is mind blowing. I would not want to work on it but I would pay big money to drive the worlds fastest car.

The automotive magazines are all coming out with stories on this unique super car. This article will be a sampling in my own words of what I learned about this modern marvel.

Lets start with the things I have never seen in my 23 years in this business. The Bugatti has a horsepower gage on the dash, this like an onboard dynamometer that reports the horsepower at the wheels at any rpm.

Also on the control panel is the power key that lets the vehicle obtain its maximum speed. This power key activates on board systems that lower the vehicle by 2 inches in the front and opens undercarriage airports to actually suck the vehicle to the road using a Venture vacuum effect.

The power key on the worlds fastest car also deploys the rear wing to provide additional down force at high speeds. The wing is also dropped in the front on heavy braking to act as an air dam style brake. This very slick technology.

automotive technology picture Now onto the automotive technology in the engine compartment. The 8.0 liter 16 cylinder engine has 4 turbo chargers that provide the neck breaking horsepower, motivating the world's fastest car.

Believe it or not this engine gets 19 mpg on the highway, which is better, then my Chevy blazer. The power gets put directly to the road using the most advanced automotive technology I have seen.

A seven-speed manual gearbox with a dual clutch system with a paddle shift control on the steering wheel. All of this automotive technology is funneled through an all wheel drive system that the automotive magazines are calling bulletproof.

The transmission also has a fully automatic mode for your trips to the grocery store or just cruising slowly on the strip. The rubber hits the road through Michelin's 14.4-inch wide tires (the widest ever made) and is custom built for Bugatti.

These tires are of the run flat variety and are the only tires made with a speed rating to over 250 mph.

The tires are said to last around 10 thousand miles of hard driving and carry a replacement cost of around 12 thousand dollars for a set of four. But if you can afford the worlds fastest car 12k for tires should be a walk in the park.

Yes new automotive technology in the brake department as well. Ceramic disc brakes and an unheard of eight piston caliper design stops this super car from top speed to 0 mph in under ten seconds.

The braking system uses the vehicles aerodynamics to help dissipate the heat generated by braking from such high speeds.

Speaking of cooling things down. Again new automotive technology in this vehicles engine cooling systems. This vehicle has 10 radiators working together to cool this beast down.

As a side note the parent company of Bugatti is Volkswagen. Volkswagen has poured over 1.5 billion dollars into the development of this super car.

Price of the worlds fastest car

The estimated price tag of 1.2 million dollars is actually below cost according to Volkswagen sources. The plans to build out 500 units would mean an average cost of 5 million per unit, taking in to account the research and development costs.

The automotive magazines described driving this vehicle as a mind-blowing experience. What stood out to me the most is how the worlds fastest car works very hard at applying down force.

The faster you go the more adjustments are made on the fly to plant the vehicle on the road.

One automotive magazine reporter described this as the faster you go the safer you feel. Now that is automotive technology at its finest.

There are quite a few kinds of automotive tools obtainable, if you are in business of fixing the cards, or want to ensure that you are having utilities essential to keep car in proper shape, you have to know what are most important.

It must be highlighted that there are not such things like all in one tool; in almost all the cases, a particular tool can fix every potential problem.

Replacing All the Car Parts

With Internet it has now become very easy to find necessary parts to replace defective part. Obviously, if particular parts is difficult, or if vehicle is been imported, it can take a moment before it is replaced, particularly if it needs to be shipped from the other country.

Automotive Tool Kits

Certainly, it is significant if there is something going wrong with car you must consult qualified mechanic. But, for the simpler problems you need to fix on own, it also pays to have some handy automotive tools with you.

All of these automotive apparatus are not that pricey; mostly all you'll require are wrenches, spare fuses, screws of all types, pocket knives, pliers, torque wrenches, jumper cables, road flares, gloves, battery terminal brush, reflective vest, flashlights duct tapes, oil & some extra tires certainly. Of course, never forget car jacks. Other essentials are the medical kits & cell phones.

If you go out on long trip, then you need good-sized bag that will put all the tools in. Place them in back of trunk. Lastly, you must keep in mind that though these automotive utensils are simple to get anywhere. The same thing is said that if you are in car repair business. Never scrimp on quality of tools, because whatsoever you save on cost of tools can come out while customers begin complaining incompetent or else poor service.

Automotive tools include everything from the basic wrenches to costly diagnostic tools. Your business might need easy automobile tools to perform oil changes or else you may give wide services to your consumers with full service garage. You need to find niche, which works for your consumers needs & then buy automotive tools to get job done.

Make a decision what type of services you wish to offer your consumers. You can give tire service, fast oil change & lubes, AC maintenance or else all of above. Buy auto equipment, which meets these requirements. Look at following while deciding which car tools you need:

1. Select auto tools for single service garage.

2. Buy automotive tools and equipment for your service garage.

3. Select correct automotive tools to diagnose your consumer's car trouble.

The automotive tools and equipment are extremely expensive. Ensure you cover your apparatus for lost, stolen and manufacturer's defects or else have it covered in your business plan. Complete service garages require auto part equipment, which covers the whole thing that might happen to person's car from the minor oil leaks to full engine overhaul. The customers can expect you to stick anything or else carry out routine car maintenance.

Thank's to :

Monday, December 1, 2008


A motorcycle (bike, motorbicycle, cycle or motorbike) is a single-track, two-wheeled motor vehicle powered by an engine. Motorcycles vary considerably depending on the task for which they are designed, such as long distance travel, navigating congested urban traffic, cruising, sport and racing, or off-road conditions. In many parts of the world, motorcycles are among the least expensive and most widespread forms of motorised transport.


Arguably, the first motorcycle was designed and built by the German inventors Gottlieb Daimler and Wilhelm Maybach in Bad Cannstatt (since 1905 a city district of Stuttgart) in 1885.[1] The first petroleum-powered vehicle, it was essentially a motorised bicycle, although the inventors called their invention the Reitwagen ("riding car"). However, if a two-wheeled vehicle with steam propulsion is considered a motorcycle, then the first one may have been American. One such machine was demonstrated at fairs and circuses in the eastern U.S. in 1867, built by Sylvester Howard Roper of Roxbury, Massachusetts.[1]

In 1894, Hildebrand & Wolfmüller became the first motorcycle available for purchase.[2] In the early period of motorcycle history, many producers of bicycles adapted their designs to accommodate the new internal combustion engine. As the engines became more powerful and designs outgrew the bicycle origins, the number of motorcycle producers increased.