The automotive industries will not cease to make a new breakthrough, such as it is currently being crowded namely the development of electric-powered motorcycles. Not a bit of two-wheeler manufacturers who had dared openly revealed about the electric-powered motorcycles are made by them, not least Aero Motorcycles.
This bike is named Aero E-Racer, and carries the style of street tracker. As reported by Asphalt and Rubber on Tuesday, November 22, 2016, this motorcycle will be the most beautiful motorcycle and can move with the aid of an electric current instead of hydrocarbons. It stands on 19-inch rims, and is designed with a neat design and uses the best components in the manufacture of the chassis.
The motorcycle also equipped with a 10.6 kWh battery, which made the E-Racer can be driven with power over 34 horsepower and a peak torque of 44 lb-ft. Such engine power is sent to the rear wheel through a five-speed transmission with a hydraulic clutch. The body is wrapped in carbon-kevlar material and adorned with silver-colored steel frame. While the seat wrapped with brown colored genuine leather.
Like most motorcycle concepts, the speedometer of these two-wheeled vehicles is also can be using iPhone connectivity. In addition, there is a small camera on the front.
Aero E-Racer is a collaboration project between Aero Motorcycles with one of the print media in Italy. This bike is built together with several automotive companies, one of which Tacita, an Italian motorcycle manufacturer that has the T-Race, the first electric motorcycle to participate in the desert rally.
Its presence will also accompany several electric-powered motorcycle concepts that had been introduced previously such as the Mission R, Alta Motors Redshift SM, and Vespa Elettrica in the EICMA Show 2016. Kept
spur your adrenaline on the power of two-wheeled monster and stay
alive with the true safety riding. May God will forgive Your sins and so
does the cops.... •••[EKA | FROM VARIOUS SOURCES | AERO MOTORCYCLES | ASPHALT AND RUBBER]
The British car manufacturer, Aston Martin introduced a Vanquish refreshment model that makes it more passionate and given the full name 'Aston Martin Vanquish S,' and seem the sports car manufacturer based in Gaydon, England was managed to make its flagship models appearing much better.
In terms of dimensions, the size of the British sports car has a length of 4,720 mm, a width of 2,067 mm and height of 1,294 mm. Aston Martin Vanquish S will use a V12 petrol engine with a capacity of 5.9 liters. And this machine can produce 35 hp more power and an increase in torque of 50 Nm than the previous version. So now its power was 600 hp at 6,750 rpm with a peak torque of 620 Nm at 5,500 rpm.
Left side view of 2017 Aston Martin Vanquish S. (Picture from: http://adf.ly/1fyFzt)
The performance of this engine is channelled to the rear wheel drive with the 8 speed automatic gearbox of Touchtronic III that has been revised. As the result, the sports car is able to record the acceleration of 0-100 km/h in just 3.5 seconds and a top speed up to 323 km/h.
Aston Martin Vanquish S will also use the latest Pirelli P Zero tires measuring 255/35ZR20 in front and 305/30ZR20 at the rear. And the wheels are used is made of a lightweight alloy materials.
Interior view of 2017 Aston Martin Vanquish S. (Picture from: http://adf.ly/1fyFzt)
Meanwhile, for the brake system has also been using the third generation of Brembo Carbon Ceramic Matrix (CCM). In the front section, it used the CCM discs measuring 398 mm x 36 mm with the caliper of 6 pistons, while the rear used the discs measuring 360 mm x 32 mm with the caliper of 4 pistons.
To complement the increasing performance, the Aston Martin Vanquish S is also wearing a brand-new body kit made of carbon fiber, complete with the new front splitter and rear diffuser as well.
Right side view of 2017 Aston Martin Vanquish S. (Picture from: http://adf.ly/1fyFzt)
In addition, this car has been equipped with adequate safety systems and also attached many new features for a modern sports car. And its interior looks more luxurious with the touches of Alcantara genuine leathers on the trims and upholstery as well as the 1,000-watt Bang & Olufsen BeoSound audio system, 15 speakers, Apple CarPlay, and a Garmin navigation system.
And reportedly the latest generation of Aston Martin Vanquish will be marketed starting next December at a price of US. $294,950 or approximately Rp.4 billion. *** [EKA | FROM VARIOUS SOURCES | AUTOBLOG]
There are no space objects really spherical. The shape is influenced by the force created by the rotational motion and magnetic fields. No wonder so many the space objects that looks more bloated, especially around the equator.
One example is our sun. At the equator area of sun was 10 kilometers longer than the radius at around its two poles. The average radius of the sun itself around 695,700 km. Note also the Earth, our beloved planet. Radius around the equator was 21 km longer than at its poles. And the Earth itself has an average radius throughout 6,371 km.
The comparison between the Kepler 11145123 and Sun. (Picture from: http://adf.ly/1g0jiJ)
But in the journal Science Advances published in November 16, 2016, the German scientists have discovered the most spherical objects ever found in the universe. Yes, the star named Kepler 11145123 lies within 5,000 light years from the Earth which is claimed as the most spherical space object ever discovered.
This star is an average radius of about 1.5 million km, but the size of the radius at the center line just 3 km longer than the radius at both poles. Not perfectly round indeed. But the spherical level of Kepler 11145123 is the most nearly perfect!
The calculations to the shape of Kepler 11145123 was conducted by Laurent Gizon, a researcher of the Max Planck Institute for Solar System Research and the University of Gottingen, Germany. Together with his colleagues he observed the star's size changing that took place periodically for four years. The changes called oscillation that can be measured by observing the difference of the light of stars.
According to the calculation of Gizon and his colleagues, the rotation of Kepler 11145123 is three times more slowly than the Sun. They suspect this is one reason why the star has nearly perfect rounded shape. And the magnetic field is also supposed to influence its almost perfect shape.
Gizon said that he and his team plan to use this method to measure the other stars in the universe. "It would be very interesting to know how the speed of rotation and magnetic fields affect the shape of star," said Gizon. *** [EKA | FROM VARIOUS SOURCES | SCIENCE DAILY]
The Los Angeles Auto Show is almost always synonymous with a car show. But who thought among the hundreds of cars on display there was a unique superbike. Why is called unique, because the motorcycle is made by using a three-dimensional (3D) printer and it has a supercharged machine was taken of Kawasaki H2. Thus quoted from New Atlas.
Divergent Dagger, the world's first supercharged motorcycle concept and has a 500-horsepower engine was taken of Kawasaki H2. (Picture from: http://adf.ly/1g2fAn)
The motorcycle named 'Dagger' was produced by Divergent Microfactories. In addition to making motorcycles, the company also been made a supercar by using a 3D printer, named Blade in 2015.
Dagger motorcycle made without tube frame, but utilizes a carbon material. The design of its frame is made equal to Kawasaki H2 to adjust the machine. However the tank, tiny compact seat, as well as its subframe made by custom. The rest, it seems Dagger adopted many components of H2.
Left side view of Divergent Dagger motorcycle concept at the LA Auto Show 2016. (Picture from: http://adf.ly/1g2fAn)
Unfortunately Dagger will not be mass produced, because Divergent Microfactories just want to prove that the vehicles making does not have to use such components in the conventional plant which was clearly proven not environmentally friendly.
Rear side view of Divergent Dagger motorcycle concept at the LA Auto Show 2016. (Picture from: http://adf.ly/1g2fAn)
By utilized the electricity, Divergent Microfactories claims to the manufacturing process of Dagger and Blade was very low emissions compared to other conventionally produced vehicles.
Kept
spur your adrenaline on the power of two-wheeled monster and stay
alive with the true safety riding. May God will forgive Your sins and so
does the cops.... •••[EKA | FROM VARIOUS SOURCES | NEW ATLAS]
British sports car manufacturer McLaren, which is also known to have a Formula 1 racing team, reportedly is preparing the latest hypercar. And as reported by Autocar, that the McLaren hypercar will have 3 seater composition with the driver's position in the middle.
The teaser image of the next McLaren hypercar codenamed BP23. (Picture from: http://adf.ly/1fw0vs)
In other words, this McLaren hypercar is the successor of the legendary supercar, the McLaren F1, which was launched in the 1990s ago. The car with code named BP23 is done directly by McLaren Special Operations, which is headed by Ansar Ali.
Rendered images of McLaren BP23 made by Autocar. (Picture from: http://adf.ly/1fw0vs)
Rendered images of the 3 seater composition of McLaren BP23 made by Autocar. (Picture from: http://adf.ly/1fw0vs)
And BP23 name itself comes from 'BP2' indicates the 2nd Bespoke Product of MSO, and number 3 is to represent the composition of the three seats were taken by this car. Later, the McLaren BP23 will be produced as many as 106 units, with a streamlined appearance and using hybrid propulsion twin-turbo 3.8-liter V8 similar to the McLaren P1.
Rear side view of McLaren BP23 rendered by Autocar. (Picture from: http://adf.ly/1fw0vs)
McLaren will choose their own customers who are entitled to have these hypercars, with a total of 106 will be given a color according to the order. However McLaren did not give a definite time, and predicted McLaren will slide their BP23 hypercars most rapidly at the beginning of 2019. *** [EKA | FROM VARIOUS SOURCES | AUTOCAR]
Tal Golesworthy, an engineer from London, England had been scored his name in the history of the medical world. It started from a dilemma when he should selecting two deadly choice, Tal using his foresight as an engineer to give a new treatment alternatives.
As reported by Independent, on Wednesday, November 9, 2016, Tal was first sentenced to suffer from Marfan syndrome at the age of approximately 6 years. He inherit this condition from his father. People with Marfan syndrome typically have a slender bone, with an unusual height, as well as some joint problems and eye.
Tal Golesworthy credits his invention as the only thing keeping him alive for the past decade. (Picture from: http://adf.ly/1g3FnT)
In addition to the visible effects from the outside, Marfan syndrome also causes the body can not produce the fibrillin protein perfectly. This protein is responsible for the flexibility of the body's tissues and blood vessels.
Regarding the blood vessels are not flexible. The aortic conditions are most dangerous. If a normal person, aorta will stretch or shrink as usual, but in patients with Marfan syndrome, the aorta will only stretch and did not return to its original state.Tal is already aware of his conditions, of the examination which he did in 2000, a team of doctors who examined him advised to surgery immediately to prevent the dangerous expansion of the aortic root.
At that time, Tal Golesworthy given two surgical options. The first option, Tal was offered to replace the enlarged aorta and also replace the heart valve with an artificial valve. The first option has a very large percentage of success. But after that the patient must regularly consume the anticoagulation drug on the rest of their life.
The second option is similar to the first option, but the cardiac valve is not replaced. The second way is more effective and does not require the anticoagulation drug consumption. However, it has a small percentage of success. Knowing these two choices are difficult, Tal chose refused the surgery.
In the dilemma between does not want to bear the terrible effects of the operation and did not want to give up, Tal then came up with the proposal of an engineer. According to Tal why should replace the existing components if they can be supported by a more simple tool.
The aortic wrapping sleeve called Personelaized External Aortic Root Support (PEARS) invented by Tal Golesworthy aims to halt the dangerous expansion of the aortic root. (Picture from: http://adf.ly/1g3Hhf)
As quoted from 3D Printing Industry on Tuesday, November 15, 2016, Tal came up with the most effective solution. Tal tried to create a special wrapping sleeve so the dangerous expansion of the aortic rootcan be prevented but does not reduce the function of the aorta.
The first, Tal's heart is scanned and printed with a 3D printer. From the heart models, then he designed an aortic wrapping sleeve that conforms to the shape of the aortic root. These aortic wrapping sleeve is then called byPersonelaized External Aortic Root Support (PEARS).
Tal Golesworthy not a doctor or the medical activists. He needs a team of doctors to verify this new invented tool. It took almost four years to convince a team of doctors and perfecting the ideas. To improve the idea, Tal has done more than 30 hours to use the MRI scans to ensure compatibility between the aortic wrapping sleeve and the aorta itself.
In 2004, Tal became the first to attempt his discovery techniques. And his surgery was successful, and since then the threat of aortic dilation and heart failure in theory could have been avoided.
Since this success, Tal technique is known as one of the most effective treatment for Marfan syndrome cases. In 2013 there have been 34 patients who underwent similar surgery. All the operations were success and the patient experiences a significant change.
Until now reported only one patient was died, but the cause of death was not associated with the heart disease. In fact, the patients who died five years after the operation was uncover new facts. Of the autopsy report stated that the aortic wrapping tool still attached in good condition. *** [EKA | FROM VARIOUS SOURCES | 3D PRINTING INDUSTRY| INDEPENDENT]
