Tornado category f5. Hennessey Venom F5 - F5 tornado

As you know, according to the Fujita scale, designed to classify tornadoes, during an F5 hurricane, wind speeds are in the range of 261-318 miles per hour. These devastating cyclones can destroy almost everything in their path and instill fear in civilians and hurricane lovers alike. At the same time, the current land speed record for a car was set by the latest version of the Venom by Texas tuner Hennessey Performance Engineering with the Venom GT, the world's fastest production car. Its achievement of 270.49 mph unofficially overtook the Bugatti Veyron Super Sport's record of 269.86 mph earlier this year (the run was only completed in one direction). And now this tuner is once again trying to push the boundaries of the possible and presents its latest creation - the amazing 1400-horsepower Venom F5, named after the most intense category of tornadoes.

So if the current Venom GT (pictured left) can hit 270.49 mph, given the new name, it's likely that the F5 could be capable of somewhere in the 290 region - at least not lower than the upcoming successor. Bugatti Veyron in 1500 hp s., which can accelerate to 286. However, the muscles of the Bugatti probably means a higher curb weight than the Venom.

Hennessy predicts a curb weight of less than 1,300kg for the F5 with extensive use of carbon fiber and aluminum to help keep the weight down. The F5 will therefore weigh slightly more than the 1244kg Venom GT, but its extra power means it can accelerate faster. So it's highly likely that the F5 will eclipse the current Venom GT acceleration records of 2.7 seconds to 60 mph, 14.51 seconds to 200 mph and 13.63 seconds to 186 mph.

Unlike its mid-engined, rear-wheel-drive predecessor, the Venom F5 will feature an all-new composite body delivering a drag coefficient of less than 4.0, allowing it to glide through the air faster than any car before. Significant downforce comes from the body structure, rear diffuser, venturi floor and retractable rear wing. As a result, it will have better aerodynamics than falcon wings.

Power will likely come from a revised version of the LSX's 7.0-liter twin-turbocharged V8 used in the GT. All technical details have yet to be made public, but it is expected to equip this engine with larger turbochargers and intercoolers, as well as an upgraded fuel system, which could eventually lead to a power output in excess of 1400 hp. with.

Transmission options will include an available single-clutch 6-speed paddle-shift automatic and a manual 6-speed Ricardo.

Other technology upgrades include a GPS-based stability control system to help drivers maintain control of the supercar.

The Venom F5 will be officially launched in 2015 with customer deliveries in late 2016. At least 30 Venom F5s will be produced for sale worldwide at a price higher than the Venom GT, which currently sells for $1.2 million.

As a result of a tornado in Oklahoma, 91 people died, but this natural disaster was not the most destructive tornado. What are the 5 worst tornadoes in American history?

Moscow. May 21st. website - According to the latest data, 24 people became victims of the destructive (91 dead were reported earlier), a significant part of them are children. However, the impact of the elements, which fell on the suburbs of Oklahoma City, did not become the most powerful in US history.

The five most destructive tornadoes to ever hit American cities claimed more than 1,800 lives in total. Entire cities were destroyed, the budget suffered damage in the millions of dollars.

1. A tri-state tornado in 1925.

As the name suggests, this tornado hit three states at once on March 18, 1925. The states of Illinois, Indiana and Missouri were affected. This tornado was rated F5 on the Fujita scale.

This tornado went down in US history as the most "expensive" - ​​the damage amounted to more than $10 million in 1986 prices, that is, almost $3 billion in today's prices. In 2011, he was overtaken by a tornado in Joplin, Missouri.

5. A series of tornadoes in the southwestern United States in 1947.

On April 9, 1947, several tornadoes hit the southwestern US states of Texas, Oklahoma, and Kansas.

The most destructive was Glazier-Higgins-Woodward (so named for the cities it destroyed). He covered more than 250 km, and along the way he claimed the lives of 181 people, injuring almost a thousand.

Modern researchers believe that there could have been several tornadoes, but the strongest was category F5.

First, the tornado hit the small town of Glazier in Texas. Local newspapers reported about two people who were nearby during the tornado strike - the elements threw them 5 km apart.

Glazier was almost completely destroyed, as was most of Higgins.

The maximum speed was 80 km / h, and the width of the funnel reached 2.9 km.

The most powerful tornado in world history

But even in sum, these five cannot be compared with the tornadoes in Daulatpur and Saturia (Bangladesh). On April 26, 1989, an atmospheric vortex killed 1,300 people and injured more than 12,000 people. Given the lack of information, these data are approximate.

It is not possible to evaluate it on the Fujita scale, since the small houses of the poor population fell under the blow of the elements, and it is very difficult to assess the stability of which. The design of the buildings is such that even a relatively weak gust of wind can turn them over.

Tornado or in other words tornado- a terrible natural phenomenon that sweeps away everything in its path. A powerful whirlwind is capable of destroying houses, breaking and uprooting trees, lifting cars into the air, destroying fields and plantations of crops and crops.

Tornado Facts

May 16, 1898 off the coast of Australia, pcs. New South Wales, the highest tornado on the water was recorded. Its height was 1528 meters, and the diameter is only 3 m.

And the highest tornado on land was observed in 2004 on July 7 in the state of California (USA) in a national park. Its height was 3 650 meters.

The widest tornado was registered on May 22, 2004 in the US state of Nebrasco. Then the whirlwind reached the second most powerful category F4 and its diameter was 4000 m.

On May 3, 1999, a tornado of the highest category hit in the USA near the city of Oklahoma - F5. With the help of Doppler radar, the wind speed inside the tornado funnel was measured - about 512 km/h This tornado was the most destructive. Oklahoma was completely destroyed, and the material damage caused by the force of the elements was estimated at 1.2 billion dollars.

The country with the most tornado sightings is USA. In 2004, there were 1,819 tornadoes in the United States. And in May 2003 there were 543 whirlwinds. In 1974, 148 tornadoes were recorded in the midwestern and southern states of the United States from April 3 to 4.

Eurocom, known for its productive gaming and professional laptops, has introduced new options for completing the Tornado F5 laptop. Now the device can be equipped with Intel Kaby Lake processors and graphics accelerators based on Pascal GPUs.

Notebook Tornado F5 is equipped with a 15.6-inch display, the resolution of which can be 1920 x 1080 pixels or 3840 x 2160 pixels with G-Sync support. A laptop was built on a motherboard with an LGA 1151 processor socket based on the "desktop" Intel Z170 chipset, on which Intel Core i7-7700K, Core i7-7700K or Core i5-7600K processors can now be installed. The use of a desktop processor and a conventional processor socket makes it easy to upgrade the laptop configuration.

The discrete graphics card NVIDIA GeForce GTX 1080, 1070 or 1060 of the Pascal generation, or GeForce GTX 980M, 970M or 965M, of the Maxwell generation is responsible for graphics processing in the new product. Maxwell generation professional graphics cards up to the Quadro M5000M are also available. All video cards are MXM 3.0, so they can also be replaced with a more efficient one if desired.

Note that the laptop is equipped with a powerful cooling system, which includes many heat pipes, two aluminum radiators and two fans. According to the manufacturer, this cooling system even allows you to safely overclock processors and GPUs, and overclocking support is present in the BIOS and VBIOS.

The Tornado F5 laptop can be equipped with two DDR4 RAM modules with a frequency of up to 3200 MHz and a total capacity of up to 64 GB. The storage subsystem can include up to two M.2 SSDs up to 2TB each and a 2.5-inch hard drive up to 2TB or SSD up to 4TB. There is support for RAID 0 and RAID 1. All this is powered by a battery with a capacity of 75.24 W * H, which, according to the manufacturer, can provide up to 130 minutes of operation.

Notebook Eurocom Tornado F5 is already available for order on the official website of the manufacturer, and its cost in the standard configuration proposed by the manufacturer is $1666 (Core i7-6700K, GeForce GTX 1070, 8 GB of RAM). We managed to "assemble" a configuration costing over $9500, and this is without various additional accessories.

The first criterion is the appearance of a particular tornado. In accordance with it, the appearance of a tornado is described, which may vary depending on the power of the tornado. In this regard, there are:

• whip-like tornado - a classic-looking tornado, which is a smooth winding "pillar" of a tornado funnel, the length (height) of which significantly exceeds its own radius. Such tornadoes usually have the least power, since the diameter of the tornado funnel is a clear expression of the speed of the vortex of air;
• blurry tornadoes - the sight of a similar tornado is a significant sign of danger. The fact is that large and powerful tornadoes, which are the most destructive, belong precisely to the vague type. It is characterized by the absence of clear boundaries of the funnel column and actually looks like a vertical cloud. Often the diameter of the funnel of such a tornado exceeds, and quite significantly, its height;
• composite tornadoes - tornadoes consisting of several tornadoes, one of which is the central and largest, and the rest are its "satellites". At the same time, their harmlessness against the background of their "big brother" can be deceptive - such tornadoes are capable of having a high destructive potential.

The second criterion for the classification of a tornado is its “stuffing”, that is, those material particles that are drawn into the funnel by the vortex movement of air and make up the “body” of a tornado. The “body” of a tornado is most pronounced in a water tornado, when an air funnel forms above the water surface and then draws water into itself. There are also ground tornadoes, which are characterized by a combination of factors such as very high wind speeds in tornadoes and geological instability.

As a result of an earthquake or landslide, solid massifs of rock or soil begin to move - and at this moment a tornado can come into contact with them. Finally, there is such an exotic and highly spectacular variety of tornado as a fiery tornado. In this case, it is necessary to separate the fire tornado, which was formed as a result of the dragging of fire (from a natural fire or volcanic eruption) into a tornado, from an independent fire tornado. The latter can occur during large-scale fires, when separate sources of ignition over a large area are combined into one, and, of course, do not apply to tornadoes.

Main criterion

The third and main criterion for distinguishing tornado categories is the power of tornadoes, that is, the speed of the wind in the vortex flows of a tornado. A special tornado scale was created, the so-called Fujita scale, in which all tornadoes are divided into five categories depending on wind speed. Formally, there are thirteen categories in the Fujita scale, but categories from the seventh and above are theoretical - scientists so far cannot determine wind speeds exceeding 512 kilometers per hour. Therefore, all the most powerful tornadoes automatically receive the sixth category, F5. Here are the first six categories of the tornado scale:

• F0, storm tornado - wind speeds range from 64 to 116 kilometers per hour. Able to tear down signs and break old dry trees;
• F1, moderate tornado - wind speeds up to 180 kilometers per hour. Rip roofs off houses, move cars;
• F2, significant tornado - wind speeds up to 253 kilometers per hour. Can uproot large trees;
• F3, strong tornado - wind speed up to 332 kilometers per hour. It can lift cars into the air and bring down the walls of capital buildings;
• F4, destructive tornado - wind speed up to 418 kilometers per hour. Able to completely destroy stationary buildings and carry heavy objects over considerable distances;
• F5, incredible tornado - wind speeds up to 512 kilometers per hour. It is characterized by absolute destruction up to the tearing off of the upper layer of the asphalt pavement.

There is no shortage of tornadoes

Tornadoes have long been part of the life and culture of modern mankind. This phenomenon of nature has even acquired a certain attractive meaning as an expression of something energetic, powerful, saturated. For example, even the rose "Tornado" has appeared, which has a bright orange-red color, which florists describe as an "explosion of color". Reporting tornadoes is not uncommon these days - in the US alone, apart from the rest of the world, more than a thousand tornadoes occur each year. In 2013, for example, there were reports of tornadoes in Australia: in Queensland, three tornadoes at once caused damage to at least 17,000 people. Also in 2013, a tornado was observed in Japan: a tornado passed several tens of kilometers north of Tokyo, destroying more than five hundred buildings, about 30 people were injured, one person died.

But still, the most famous tornadoes are characterized by a much more significant scale of destruction and casualties. For example, the 1964 tornado in Bangladesh is famous for killing at least 500 people. At the same time, there is almost no information about this disaster, the details are unknown, and some data say that the number of victims could be about one and a half thousand people. In 1969, on the same day, two powerful tornadoes passed through the territory of eastern Pakistan. One of them led to the death of about 650 people, the second killed another 220 people. The most severe in terms of loss of human lives today is considered to be a tornado in Bangladesh, the number of confirmed victims is 1300 with twelve thousand injured.

Alexander Babitsky