CARS AND WHEELS

CARS AND WHEELS

Saturday, June 4, 2016

Are driverless cars the road to cheaper motoring? The futuristic vehicles coming to a street near you – possibly as early as next year




Are driverless cars the road to cheaper motoring? The futuristic vehicles coming to a street near you – possibly as early as next year




Driverless vehicles are coming to a street near you – possibly as early as next year. 
Will they usher in a world in which empty cars collect you from a rain-soaked station, pick up the children from school, and wait to drive merry couples home from Sunday lunch in the pub?
Probably not for another decade or so. But in the first few years at least, an interesting impact of the driverless car on families may be on the pocket, rather than on lifestyles. 
At an industry event last week to show off the cutting-edge technology being knitted together to create the fully-fledged driverless car, debate centred on what the developments will mean for owners in terms of insurance and the law.
Vision of the future: But driverless vehicles are on their way - possibly as early as next year


Vision of the future: But driverless vehicles are on their way - possibly as early as next year
If a car is in an accident who or what is to blame if there is no driver at the wheel? 
The answer is that insurance will have to be modified to include a large element of product liability cover so that a claim can be made against the motor manufacturer rather than a driver if a fault leads to a crash.
David Williams, managing director of underwriting at insurer AXA, which is involved in the Venturer consortium, one of three Government-backed groups in the UK racing to get the technology on the road, says that in the long run car owners’ insurance should be cheaper – some believe as much as four-fifths less. 
He says: ‘Some 93 per cent of accidents on our roads are caused by human error and it is thought that driverless cars will reduce this number by 50 per cent. If accident levels fall then so will premiums.’
Williams concedes that premiums could initially go higher since the cost of manufacturing these cars of the future – with technology that includes radar, lidar (laser sensory technology) and sophisticated software – will be high. 
All terrain: BAE's Wildcat is a standard looking four-wheel drive equiipped with radar and lidar
All terrain: BAE's Wildcat is a standard looking four-wheel drive equiipped with radar and lidar
He adds: ‘But the costs of sensor technology is coming down fast so prices of the vehicles will drop too.’
Prototypes of some of the space age cars were on display last week at an event hosted by Venturer to explain how these vehicles are likely to fit into everyday life.
The Wildcat, from BAE Systems, is a standard looking four-wheel drive that has been ‘pimped up’ as driverless with radar and lidar, with a screen inside reminiscent of an aeroplane cockpit display.
Another offering, a more futuristic Ultra pod, conjures up the robot-driven taxi of science fiction film Total Recall. 
It will soon be tested on public roads to gauge people’s reaction to driverless technology and is the ultimate in letting you sit back and relax on a trip as there is no steering wheel to grab.
Similar electric pods are used at Heathrow Terminal 5 carrying drivers to and from the airport car park, but they run on a set route and are not totally autonomous.
Although several types of driverless car will be put through their paces on selected urban roads and motorways as the UK strives to be a leader in the technology, it may be 15 years until parents will be able to forgo the school run.
Williams Formula 1, also part of the Venturer consortium, presented onlookers with an autonomous driver simulator aimed at giving passengers some of the experience of ‘driving’ hands-free.
Back seat: Sally Hamilton in the Ultra pod which conjures up the robot-driven taxi of science fiction film Total Recall

Back seat: Sally Hamilton in the Ultra pod which conjures up the robot-driven taxi of science fiction film Total Recall
Passengers get a sense of the car effortlessly switching from lane to lane and dealing with everyday hazards such as an overtaking motorbike and a pedestrian, as well as the usual traffic lights and roundabouts. 
Like a theme park ride, though, it left this reporter a little queasy.
With cars of the future programmed to stick to speed limits, drive perfectly without the gas-guzzling driving techniques of a boy racer and follow all the rules of the road, there are other potential financial attractions for car owners. 
Traffic infringements will be fewer and fuel consumption less – all good news for family budgets.
It may eventually even mean goodbye to driving lessons, tests and licences. And it could be liberating in other ways, allowing children, frail older folk or those suffering a driving phobia to enjoy the freedom of the open road.
But the driving test will not be redundant any time soon, experts say, as in the early years it is expected that cars will still need to have a competent driver with the ability to take manual control if the autonomous system fails.

SEVEN WAYS (NEW AND OLD) TO CUT YOUR INSURANCE PREMIUMS TODAY

HOW TECHNOLOGY CUTS PREMIUMS NOW
High-tech cars of the future will bring cheaper insurance, but even today’s technology is driving down premiums.
FIT A BLACK BOX: Telematics, where a ‘black box’ is installed in a car to monitor driving behaviour and mileage, can cut costs by as much as half after a year of good driving.
INSTALL A DASH CAM: Placed on dashboards these cameras can offer proof if a third party causes an accident and some insurers offer a premium discount of 10 per cent for using one.
CHOOSE A CAR CAREFULLY: A vehicle in groups one to three (out of 50), which are the smallest with engines typically 1.0 to 1.4 litres and whose parts are easier to replace, can cut premiums. Popular models include the Citroen C1, VW Fox, Vauxhall Corsa and Renault Twingo. Avoid old bangers as newer cars have better safety features, which insurers prefer.
DRIVE A CAR WITH AUTONOMOUS EMERGENCY BRAKING: Graeme Trudgill of the British Insurance Brokers’ Association says cars with this technology – designed to prevent low-speed crashes and reduce the severity of higher-speed ones (and which will form part of the driverless motor designs) – are rated less risky by insurers, so drivers pay less.
…AND TRADITIONAL WAYS TO SAVE
INCREASE VOLUNTARY EXCESS: Comparison website Gocompare says this can cut premiums – but warns drivers to be sure they can afford to contribute more in the event of a claim. 
A spokesman says: ‘Bear in mind that there may be a compulsory excess applied on top of the voluntary amount, so drivers need to know what the total excess is.’
ADD ANOTHER DRIVER: Putting a second driver on a policy who has a clean licence and several years’ claim-free driving can also reduce costs for an inexperienced driver. But putting this person down as the main driver when they are not is fraudulent.
CHECK CREDIT SCORE: Biba’s Trudgill says insurers will look at an applicant’s credit score. A good rating suggests a customer will be a responsible car owner – and should lead to a good value premium. Check credit scores at Experian, Equifax or Callcredit.
Sitting in traffic after a long day is hardly the most stimulating 
But where do the laws of the road stand on snoozing behind the while your car does all the driving?
That's the question doing the online rounds this week, after a video emerged a man in a Tesla - a vehicle known for its Autopilot feature - seemingly asleep while bumper-to-bumper.
The short clip shows the driver with his head tilted against the window and with his eyes shut, as the car slowly moves along in the traffic.  
Driver 'snoozes' with Tesla car on autopilot in traffic
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Not the best place to nap: Video that shows a man apparently asleep behind the wheel of a Tesla has ignited debate over the safety of driving in Autopilot
Not the best place to nap: Video that shows a man apparently asleep behind the wheel of a Tesla has ignited debate over the safety of driving in Autopilot
According to Tech Insider, the Autopilot feature uses 13 ultrasonic sensors to help Tesla cars steer themselves and change lanes, avoid obstacles and barriers, and even park themselves. 
However the Autopilot still requires input from the driver, usually something as small as hands on the steering wheel.
Tesla CEO Elon Musk has repeatedly warned drivers not to sleep behind the wheel, stressing that is not what the feature was created for.
The company released a statement to Tech Insider about the 'snooze video', reiterating what Musk has previously said. 
'Tesla Autopilot is designed to provide a hands-on experience to give drivers more confidence behind the wheel, increase their safety on the road, and make highway driving more enjoyable,' the statement said,
'Autopilot is by far the most advanced such system on the road, but it does not turn a Tesla into an autonomous vehicle and does not allow the driver to abdicate responsibility. 
Tesla CEO Elon Musk has repeatedly warned drivers not to sleep behind the wheel, stressing that is not what the feature was created for, but to help drivers operate the car in an easier fashion 
Tesla CEO Elon Musk has repeatedly warned drivers not to sleep behind the wheel, stressing that is not what the feature was created for, but to help drivers operate the car in an easier fashion 
Moving right along: The Tesla idles along at a typical traffic speed as the driver appears to take a nap
Moving right along: The Tesla idles along at a typical traffic speed as the driver appears to take a nap
The statement continued: 'Since the release of Autopilot, we’ve continuously educated customers on the use of the feature, reminding them that they’re responsible for remaining alert and present when using Autopilot and must be prepared to take control at all times.







Russia is ready for its own Hyperloop: £8billion project could take you from Moscow to St Petersburg in 30 minutes

  • Officials claim Russia is ready to implement such large-scale projects
  • Magnetic levitation train could travel at speeds of 1,200 kph (745 mph)
  • An initial section would link Baltic Sea ports of St Petersburg to Moscow 
  • Beyond this, the network could connect the west of the enormous country to the far East, as well as northern regions of Russia



When it comes to the future of Russia’s transport network it may be a case of ‘anything you can do, we can do better’.
Russian rail experts have revealed the country is ready for its own version of Elon Musk’s Hyperloop, in the form of a magnetic levitation train which could shuttle passengers and cargo at speeds of 1,200 km per hour (745 mph).
According to Russian news site RBC, the network would link Western Russia to the Far East and the northern reaches of the enormous country.
Scroll down for video 
When it comes to the future of Russia¿s transport network it may be a case of ¿anything you can do, we can do better¿. Russian rail experts have revealed the country is ready for its own version of Elon Musk¿s Hyperloop (artist's impression pictured) 
When it comes to the future of Russia’s transport network it may be a case of ‘anything you can do, we can do better’. Russian rail experts have revealed the country is ready for its own version of Elon Musk’s Hyperloop (artist's impression pictured) 

THE RUSSIAN HYPERLOOP

Russian rail experts have revealed the country is ready for its own version of Elon Musk’s Hyperloop, in the form of a magnetic levitation train which could travel at 1,200 km per hour (745 mph). 
Head of the St Petersburg Railway Innovation Development Centre, Anatolyi Zaitsev, said that while the project would cost the West an estimated $21bn (£14bn), Russia could achieve the technological feat with half the budget - at just $12-13bn (£8bn).
The first section of the network would link St Petersburg to Moscow in order to transport cargo the 400 miles (640 km) from the Baltic Sea terminals. 
Head of St Petersburg Railway Innovation Development Centre, Anatolyi Zaitsev, said that while the project would cost the West an estimated $21 billion (£14bn), Russia could achieve the technological feat with half the budget.
‘The cost of this project by Western standards is $21bn, according to our standards, it is just about half as much, that is $12–13bn,’ Mr Zaitsev told RBC.
He added: ‘In this initial phase of the work we are at the expense of private investors … and have demonstrated magnetic levitation – we can lift any weight.’
Zaitsev, who is the Federation’s former rail minister, confirmed that the first section of the network would link St Petersburg to Moscow in order to transport cargo the 400 miles (640 km) from Baltic Sea terminals.
Earlier this month, Russia’s minister for transport, Maxim Sokolov, said the Federation is ready for such large scale projects. The minister told Russian media that a prototype design for the concept was revealed two years ago.
From Bratislava to Budapest, which takes about two hours to drive or five hours on trains, it would take 10 minutes on Hyperloop. To Ko¿ice, a distance of 250 miles, would take only 25 minutes
From Bratislava to Budapest, which takes about two hours to drive or five hours on trains, it would take 10 minutes on Hyperloop. To Košice, a distance of 250 miles, would take only 25 minutes
The Russian project would see the implementation of a large scale super-speed transport system, like that being designed and tested in the US by Elon Musk's firm (illustrated), which could shuttle passengers and cargo around at speeds of up to 750 mph
The Russian project would see the implementation of a large scale super-speed transport system, like that being designed and tested in the US by Elon Musk's firm (illustrated), which could shuttle passengers and cargo around at speeds of up to 750 mph
The Russian minister confirmed that developments such as the Russian Hyperloop-style project could form a key part of the government's transport strategy up to 2030.
In 2014, state-owned Russian Railways reportedly signed a deal to develop a magnetic levitation train line for transporting freight containers. 
The Hyperloop is a proposed method of travel that would transport people at 745mph (1,200km/h) between distant locations.
It was unveiled by billionaire head of Tesla and SpaceX Elon Musk in 2013, who said it could take passengers the 380 miles (610km) from LA to San Francisco in 30 minutes - half the time it takes a plane.
According to designs, the system is essentially a long tube which has had the air removed to create a vacuum.
Russian rail experts have revealed the country is ready for its own version of Elon Musk¿s Hyperloop, in the form of a magnetic levitation train which could travel at 1,200 km per hour (745 mph). the first section of the network would link St Petersburg to Moscow (pictured) in order to transport cargo the 400 miles (640 km)
Russian rail experts have revealed the country is ready for its own version of Elon Musk’s Hyperloop, in the form of a magnetic levitation train which could travel at 1,200 km per hour (745 mph). the first section of the network would link St Petersburg to Moscow (pictured) in order to transport cargo the 400 miles (640 km)
Elon Musk's Hyperloop design (illustrated) would run in a vaccuum tube, and be capable of transporting people at 745mph (1,200km/h) between distant locations. The system is still a concept, but initial testing and prototype building is ongoing in the US
Elon Musk's Hyperloop design (illustrated) would run in a vaccuum tube, and be capable of transporting people at 745mph (1,200km/h) between distant locations. The system is still a concept, but initial testing and prototype building is ongoing in the US
Watch: Hyperloop Tech moving fast 0-540 KPH in 2 seconds
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The tube is suspended off the ground to protect against weather and earthquakes. Passengers would sit in either individual or group pods, which would then be accelerated with magnets.  
Earlier this year, Hyperloop Transportation Technologies (HTT) met with Slovakian government officials to finalise and sign an agreement which would see the transport system brought to Europe. 
They are looking to build a local Hyperloop system, with the vision of creating future routes connecting Bratislava with Vienna, Austria and Budapest, Hungary.
According to Wired, Dirk Ahlborn, head of HTT, wants the first stage to be complete by 2020.
But the company has not secured funding yet, and the project is expected to cost $200-300 million (£141 – 211 million).
An artist's concept of the inside of a Hyperloop pod shows it could potentially seat three people per row (pictured), but may be a tight squeeze
An artist's concept of the inside of a Hyperloop pod shows it could potentially seat three people per row (pictured), but may be a tight squeeze




Friday, June 3, 2016

Military tech lets soldiers plot enemy routes while remaining behind heavily armoured walls


' Military tech lets soldiers plot enemy routes while remaining behind heavily armoured walls

  • BattleView 360 aims to get around visibility issues for soldiers under cover
  • The technology is an extension of that already used by F-35 fighter pilots
  • Streaming video to the display enables troops to 'see through' vehicles
  • Its makers say it protects troops in the field and gives them the advantage
Battlefields of the future could see soldiers kitted out with headsets which enable them to see through the walls of heavily armoured vehicles and get live feeds from drones circling above.
As well as giving multiple battlefield views, the technology could provide soldiers key information about the location of other forces in the area and even plot routes for enemies.
Creators of the cutting edge technology, called BattleView 360, claim it could help protect troops in the field and give them the upper hand in the fight.
In order to protect troops on the battlefield, vehicles need to be heavily armoured, but this has led to a trade off in visibility. But BattleView 360, developed by BAE Systems, aims to get around the issue by incorporating data feeds from cameras and sensors and streaming the information to a display for the soldier.
In order to protect troops on the battlefield, vehicles need to be heavily armoured, but this has led to a trade off in visibility. But BattleView 360, developed by BAE Systems, aims to get around the issue by incorporating data feeds from cameras and sensors and streaming the information to a display for the soldier.

BATTLEVIEW 360 SYSTEM

Creators of the cutting edge technology, called BattleView 360, claim it could help protect troops in the field and give them the upper hand in the fight.
The technology is a progression of that already being tested by fighter pilots, such as the F-35 jet’s helmet which incorporates 360 video, navigation and weapons systems data.
The heads up display can incorporate a vehicle’s camera feeds, giving troops a 360 view of their surroundings and effectively enabling them to see through the walls of the vehicle. 
But it can also overlay map and sensor data from other vehicles and intelligence sources, to track movements of enemy units in the area.
In order to protect troops on the battlefield, vehicles need to be heavily armoured, but this has led to a trade off in visibility.
But BattleView 360, developed by BAE Systems, aims to get around the issue by incorporating data feeds from cameras and sensors and streaming the information to a display for the soldier.
According to Fox News defence correspondent Allison Barrie, the view can either be seen on a head up display, like Google Glass, or on a tablet such as an iPad.
‘It is collating, harvesting, gathering data from sensors and cameras all around the tank or heavily armoured vehicle, but it can also take feeds from drones flying over, dismounted soldiers’ helmet cameras…or other vehicles,’ explained Barrie.
The technology is a progression of that already being tested by fighter pilots, such as the F-35 jet’s helmet which incorporates 360 video, navigation and weapons systems data.
The heads up display can incorporate a vehicle’s camera feeds, giving troops a 360 view of their surroundings and effectively enabling them to see through the walls of the vehicle.
The heads up display can incorporate a vehicle’s camera feeds, giving troops a 360 view of their surroundings and effectively enabling them to see through the walls of the vehicle.
BAE claim the system can help with decision-making in the field and help soldiers recognise friend from foe.
The heads up display can incorporate a vehicle’s camera feeds, giving troops a 360 view of their surroundings and effectively enabling them to see through the walls of the vehicle. 
But it can also overlay map and sensor data from other vehicles and intelligence sources, to track movements of enemy units in the area.
The technology is a progression of that already being tested by fighter pilots, such as the F-35 jet’s helmet which incorporates 360 video, navigation and weapons systems data. Pictured is an F-35 Lightning jet in flight
The technology is a progression of that already being tested by fighter pilots, such as the F-35 jet’s helmet which incorporates 360 video, navigation and weapons systems data. Pictured is an F-35 Lightning jet in flight
For soldiers inside vehicles, the headset technology would enable them to get a view of the environment outside, without leaving the safety of their armoured vehicle. Pictured are pilots of a Black Hawk helicopter
For soldiers inside vehicles, the headset technology would enable them to get a view of the environment outside, without leaving the safety of their armoured vehicle. Pictured are pilots of a Black Hawk helicopter
‘This technology is so good that it can predict the routes that enemies will take,’ said Barrie.
At the debut of the system at a US military exhibition at the end of 2015, Peder Sjölund, technology manager at BAE Systems, said: ‘Knowing what’s going on around you has always been a challenge for armoured vehicle crews inside noisy machines with limited visibility.’
‘BattleView 360 builds on years of work across BAE Systems to improve situational awareness and integrate information so that crew workload is reduced and they can make fast, yet effective, decisions.
‘The result is increased battlefield effectiveness and survivability.’
Soldiers using the head-mounted mode of the technology can get data overlaid on visible targets (pictured), potentially providing range, wind speed and other key information the troops need to take into account
Soldiers using the head-mounted mode of the technology can get data overlaid on visible targets (pictured), potentially providing range, wind speed and other key information the troops need to take into account
Using topographical data from maps (pictured) the technology could provide troops with an advantage, using the data to work out enemy line of sight, and where they may be in broken cover. This information could prove invaluable or soldiers in the field
Using topographical data from maps (pictured) the technology could provide troops with an advantage, using the data to work out enemy line of sight, and where they may be in broken cover. This information could prove invaluable or soldiers in the field
The system can incorporate top down map data into the display (pictured), which could be fed by a drone circling above the troops' position
The system can incorporate top down map data into the display (pictured), which could be fed by a drone circling above the troops' position