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Tuesday, April 5, 2016

KTM is getting serious in the development of electric motorcycle

KTM, an Austrian motorcycle manufacturer reported the progress of the development of 'new drivetrain system' to 'urban mobility scenarios', which is considered one of which is an electric motorcycle. Although the report was not mentioned specifically and definitely, on the model and the alternative propulsion.
KTM's E-Speed electric scooter concept. (Picture from: http://adf.ly/1Z5mkz)
Indications are known, that KTM is developing a propulsion of battery powered or could it be a fuel cell. Even in 2013, KTM ever displaying a motorcycle concept named KTM E-Speed, an electric scooter concept. And the scooter model is suitable for mobility in urban areas.

As quoted from Visordown on Friday, April 1, 2016, the latest concept models reportedly designed for the urban areas mobility, but the KTM itself is still developing an appropriate model for the electric motorcycle, which has a larger battery power as well as the motor is more powerful than the previous generation.

The development is also done on the lighting system, the headlight of KTM electric motorcycle will be designed more durable and stronger on the extreme conditions. With a maximum light level but not glare and claimed will improve the safety factor for other motorists.

Unfortunately KTM not released the official information about the launching schedule of their electric motorcycle that is still in the development process. *** [EKA | FROM VARIOUS SOURCES | VISORDOWN]
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A smart Bike with a very light weight

Not would be long, a bike named 'SpeedX Leopard' that is very light with a weighs only 1.2 kg will come. This bike will be mass produced start on July 2016, as reported by Fast Company on Tuesday, March 29, 2016.
SpeedX Leopard, a sexy carbon fiber smart bike. (Picture from: http://adf.ly/1YwQec)
SpeedX Leopard is a smart bike using sophisticated computerized system. The computer system called 'Speed ​​Force' is embedded in the body of the bike. This is a technology that can measure the distance, also shows the route.

By seeing the design, these bikes are very slim unlike bikes in general because use the T-1000 carbon fiber materials that is normally used for military purposes tools.
SpeedX Leopard comes with a 2.4 inch wide screen mounted in the center of the handlebar. All data collected will appear on the screen and when using the device previously must be charge the power for 30 minutes. After the battery is full, the Speed ​​Force systems can be used for 40 hours. *** [EKA | FROM VARIOUS SOURCES | FAST COMPANY]
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Monday, April 4, 2016

The fuel cell car of Hyundai can be produced electricity for 10 homes

Scientists from Delft University of Technology, The Netherlands, in collaboration with Hyundai Motor managed to transform electricity in a hydrogen fuel cell car for everyday use at home. By creating a socket in the car, they can connect the electrical energy generated from hydrogen cars to the facility at home.

As an experimental material, the group of scientists led by Ad van Wijk used the Hyundai ix35 hydrogen car to generate residential electricity. The Hyundai fuel cells car is able to have a capacity of up to 10 kW are able to meet the electricity needs for 10 homes.
Many car owners may only use their vehicles to get around 5 per cent of the time, with the car's parked up for the remainder. The idea behind the project is that the fuel cell could be used as a cleaner source of energy when it's not being used for transport. (Picture from: http://adf.ly/1Yq9XH)
Frank Meijer, Head of Hyundai Fuel Cell Electric Vehicles said that his team's findings is a big step forward to making eco-friendly electric power source.

"Fuel cells can produce electricity, hot water and clean water resulting from the work process of hydrogen can also be used for daily necessities in homes, schools, and offices. We are proud of the first car that is capable of producing clean energy are the ix35," said Meijer, as reported by the Daily Mail.

The work of scientists from Delft University of Technology by modifying the hydrogen fuel cells become a source of electricity for homes is part of a major project of the institutions. While the idea of ​​using a car as a power source based on that most people only use the car at certain moments. That is, the car is often parked in the garage rather than used. Therefore, the car can be used to generate electricity for the home.
Dutch researchers have tapped into the potential of a zero emissions car by adding a plug socket. They say that using the hydrogen fuel cell which could be used for homes, schools and offices. The Hyundai ix35 fuel cell has a capacity of ten kilowatts, which the car firm explains is enough to power ten homes. (Picture from: http://adf.ly/1Yq9XH)
If conventional engines produce exhaust gases such as CO2, then the hydrogen vehicle produces only water. Therefore its use is very beneficial to the environment.

But now the hydrogen car is not yet widely used. The reason, the hydrogen gas filling facility still minimal. Experts are still developing this technology to increase the cruising vehicle. Currently the fuel cell car's range when fully charged hydrogen tube reached as far as 500 kilometers.

The utilization of hydrogen as a power source has actually been a long time in Japan. However, the process for producing the electricity conducted independently using a special tool, not from the car. Japanese automobile manufacturers such as Toyota and Honda also market fuel cell vehicles. Toyota Mirai and Honda FCX has been marketed today.

The Japanese government is targeting the installation of fuel cell devices in 10 percent of homes across Japan or as many as 5 million units by 2030. *** [EKA | FROM VARIOUS SOURCES | DAILY MAIL]
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2016 Mugen electric superbike expected more faster

Mugen Shinden Go team have introduced their bikes that will be deployed in the Isle of Man TT 2016. This electric superbike is the fifth generation of Mugen Shinden Go.

Mugen, an automotive performance company has long collaborated with Shinden to design the electric drive for their racing motorcycles. Shinden Go has made changes to the motor bikes, and a little change as an adjustment to the fairing design.
2016 Mugen Shinden Go electric superbike. (Picture from: http://adf.ly/1Yubi8)
Now, Shinden Go looks smaller in the front cross-section than its predecessor, and its carbon fiber chassis seemed to change much. Because the chassis is now adopted a monocoque design. Another notable design changes is appeared on its carbon fiber swingarm.
Rear side view of 2016 Mugen Shinden Go electric superbike. (Picture from: http://adf.ly/1Yubi8)
While Mugen has recognized specifically developed a cross-link locker type for Shinden Go rear suspension. And the result of alteration of concern is the increased output power, up to 10 kW by the electric motor. So that the peak power equivalent to 161 horsepower. Though still weighs 249 kg, while the lowered torque to 209 Nm, from the previous 220 Nm.
In the last season the Mugen Electric racer, John McGuinnes and Bruce Anstey reach speeds up to 193 km/h around the Mountain Course. And next season the team hopes the motorcycle will be able to penetrate 200 km/h. *** [EKA | FROM VARIOUS SOURCES | AUTOBLOG]
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Human heart grow and ticking in the Lab

Currently, there are 4,186 people waiting for the heart transplant in the US, but with a shortage of donors is most likely not all patients survive. By developing a heart transplant in the laboratory has been a long dream in the medical community. A study in the journal Circulation Research has moved one step closer to this dream. The research team has successfully developed beating human heart grown in the lab using stem cells.

Previous research has shown how 3D printers can produce a 3D heart segments using biological materials. Although each heart cell is empty, when compared to the actual. This structure provided the framework, so that heart tissue can grow.
A partly regrown human heart within a bioreactor, which replicates the biological conditions around a normal human heart. (Picture from: http://adf.ly/1YuQhh)
Currently, a team from Massachusetts General Hospital (MGH) and Harvard Medical School have taken the collagen 'skeleton' and combined with stem cells to some of the results are truly spectacular.
Roughly 610,000 people die from heart disease in the U.S. every year. Could this revolutionary technique one day save many of those lost to this killer? (Picture from: http://adf.ly/1YuQhh)
The main problem of the heart transplant, in addition to the lack of donors, is that there is a possibility that the recipient's body will reject the new organ. Their immune systems will often recognize the strange tissue as a threat, where it will be attacked and destroyed. The only way to stop this is the consumption of medications that suppress the immune system, and this is only successful in some cases.
How to grow a heart. (Picture from: http://adf.ly/1YuSXb)
In this study, 73 human hearts is considered unsuitable for transplantation are carefully soaked in a detergent solution to separate them from the cells that will provoke self-destructive response. Until the end, all that remains is the collagen skeleton of heart, complete with elaborate structures and vessels, providing a new foundation for a new heart cells that will grow.
They were then induced to be two types of heart cells, which are easy to grow and thrive on the current skeleton is bathed in a nutrient solution. After two weeks, the network of cells grown almost like the adult heart, but with a complicated structure. A team of researchers gave the cells an electric shock, and then the heart starts beating really. *** [EKA | FROM VARIOUS SOURCES | DAILYMAIL | IFLSCIENCE!]
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Sunday, April 3, 2016

Another Honda Café Racer-style concept in Bangkok

The concept of retro modern motorcycles becoming the spirit that want to display by AP Honda, as the brand holder of Honda motorcycles in Thailand. One of them through a café racer motorcycle concept called 'Honda 300 TT Racer'.
Honda 300 TT Racer at the Bangkok International Motor Show 2016. (Picture from: http://adf.ly/1YsTeD)
This bike is built using the base of the Honda CBR300R or CB300F. From the main frame, engine until the legs exactly there was no change. But look at its subframe were cut and made more simple. While its fuel tank and radiator cover are rounded and combined with short front fender.

Despite appearing in a retro style, in several parts of which still appear in modern style. LED headlamps with a cross motif. While the tank cover and the rear body covered with carbon. Its muffler also cool to use the MotoGP style.

This bike uses a fully digital instrument panel. While in the front using upside down suspension. Unfortunately, there is no information whether this motorcycle will be mass produced at a later date.

Here are several pictures of Honda 300 TT Racer. (All pictures taken from: http://adf.ly/1YsTeD)


Are you interested in this kind of design? *** [EKA | FROM VARIOUS SOURCES | ]
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