James Dyson Backs Away From Becoming A Mobility Solutions Manufacturer

Our undergraduate accommodation is as cutting edge as our technology. The Dyson Village is home to our undergraduate engineers in Malmesbury, UK. Each 'pod' comes with inventive Dyson technology as well as bespoke furniture and fittings designed by James Dyson. Image Credit: DYSON via Facebook (2019)

James Dyson Backs Away From Becoming A Mobility Solutions Manufacturer

Back in May of this year, when patents for an electric car applied for by the British technology company, Dyson (known for its innovative vacuum cleaner and air movement solutions), became public knowledge, CEO James Dyson showed some real interest in having his company become a inventor and manufacturer of cars powered with electricity.

At the time, James Dyson said that even though this was the beginning of a long and serious process, he was realistic about the potentials for this agenda's success.

Cover art for vehicle patents submitted by Dyson. Image Credit: MobileSyrup (2019)

This excerpted and edited from MobilSyrup -

Dyson is thinking beyond the vacuum with electric car ambitions
By: Brad Bennett - MAY 9, 20194:33 PM EDT

Now that its vehicle patents are public the company is quick to point out that its vehicle might never see the light of day, but beyond that, it seems confident and excited about the EV technology it’s working on. In an email from the company’s CEO James Dyson to its employees, he says “developing new technology is an energizing and exciting experience: our vehicle project is just that. It will be entirely designed by Dyson, manufactured by Dyson, and sold by Dyson.”
[Reference Here]

Fast forward to mid-October 2019 and the seriousness of this project hits the wall of economic reality.  British inventor Sir James Dyson, said its engineers had developed a "fantastic electric car" but that it would not hit the roads because it was not "commercially viable".

Reported in May 2019 - The U.K. team is working at the secretive Dyson Hullavington Airfield, and the CEO says, “Hangar 181 is now complete with testing facilities including climatic chambers and a rolling road, and Hangar 85 is where we will construct vehicles for the latest phase of testing, starting next month.” In addition to this space, the company is about to break ground on another testing facility in Singapore. Image & Caption Credit: MobileSyrup (2019)

This excerpted and edited from a press release posted at BusinessWire -

Dyson has scrapped its electric car project
BBC.com - 11 October 2019

In October 2018 Dyson revealed plans to build the car at a new plant in Singapore. It was expected to be completed next year, with the first vehicles due to roll off the production line in 2021.

Dyson wanted to make something revolutionary - but also needed to make it pay. And the sums simply didn't add up.

In terms of wheels, Inventor James Dyson says that “the patents show a car with very large wheels, giving a low rolling resistance and high ground clearance. This makes a vehicle suited to city life and rough terrain but could also contribute to increased range and efficiency — vital in a vehicle where every joule of power must be used wisely.” Image & Caption Credit: MobileSyrup (2019)

Sales of electric cars are climbing rapidly. Yet they still cost more to make than conventional cars, and generate much lower profits - if any.

Major manufacturers like VW can afford to plough tens of billions into the EV industry - on the basis that economies of scale will ultimately make the technology cheaper and generate returns.

Even the upstart Tesla, widely credited with showing everyone else just how good electric cars could be, has burnt through mountains of cash and had to go cap in hand to investors [and Governments].

Dyson has concluded it simply can't afford to play with the big boys - although its efforts to make a quantum leap in battery technology will continue.
[Reference Here]

Until the verifiable case for commercial viability can be made for something more than a Golf Cart, real electric-powered car manufacturing will operate under the dual cloud of true advancements of "Clean & Green Mobility" and Commercial Viability once government subsidies run out.

... notes from The EDJE

James Dyson Backs Away From Becoming A Mobility Solutions Manufacturer | electriccarstechtalk.com from r/cars

TAGS: James Dyson, Singapore, UK, Battery Technology, Mobility, Clean & Green Mobility, commercial viability, The EDJE

NIGHT MOVES: F1 Racing After Dark in Singapore

Image Credit: From Video - Toyota Motorsports [Ctrl/Click to launch video]

NIGHT MOVES: F1 Racing After Dark in Singapore
Friday 19 September 2008
(from digitial and video assets supplied by Toyota Motorsports)

Panasonic Toyota Racing takes a step into the unknown this weekend with the inaugural Singapore Grand Prix. Not only is this the first time the city state has hosted the Formula 1 World Championship, it is also the first time a Grand Prix has been held at night.

Singapore off of the tip of Malaysia - Image Credit: thecommonwealth.org

The island of Singapore lies on the southern tip of the Malayan peninsula and, with an area of just over 700 square kilometres, it is the third smallest state to host a Grand Prix, after Monaco and Bahrain, but with over 4million inhabitants, it is a bustling metropolis.

The new circuit, which is 5.067km long and features 23 corners, is located in the Marina Bay area of Singapore City and includes iconic landmarks such as the Singapore Flyer big wheel, the Esplanade and Raffles Boulevard.

Anderson Bridge as seen in the daytime - Formula One cars will be crossing a portion of the inner bay in Singapore. Image Credit: lousynickseven.spaces.live.com

The lay-out is not just spectacular, it also features several unusual characteristics - the drivers will travel over Anderson Bridge, under a grandstand and through the 300km/h turn six; claimed to be the fastest corner on a Formula 1 street circuit.

That cocktail of glamour, novelty and challenge brings an obvious comparison to another street circuit. "It can definitely be the Monaco of the east because of the character of this street circuit," says Pascal Vasselon, Senior General Manager Chassis at Panasonic Toyota Racing. "But it could be also the Nürburgring of the east because we are talking about 23 corners, which starts to sound like the old Nürburgring!"

The Formula One (F1) Singapore Grand Prix street circuit - The 5.067km long street circuit, consisting of 14 left hand turns and 10 right hand turns offers a number of overtaking opportunities, challenging corners and gruelling sections that will test the true capabilities of the F1 drivers. The F1 Singapore Grand Prix is the first Formula One street race in Asia and is one of three races in the 2008 F1 calendar to run anticlockwise. Top Image Credit: funandfreewheeling.wordpress.com - Caption and Bottom Image Credit: Singapore Tourism Board

Jarno Trulli concurs, although as a driver his priority is to understand the finer points of the lay-out in order to get maximum performance out of his TF108. "I've seen the plans and the Grand Prix looks amazing so far, although you always need to drive the track first before having a proper idea of it," he says.

"You need to understand the corners and the speeds so you know more about the set-up and the kind of downforce we are going to run. It is a new challenge because we don't know the track or the conditions so it will be interesting."

The race consists of an estimated 61 laps with 24 turns consisting of 14 left turns and 10 right turns. Top speeds in excess of 300kph are easily reached at the pit straights and the slowest corners allow the drivers to only reach speeds of 80-100kph. Overtaking opportunities are available at turn 1 at the Pit Straight, turn 7 at the Raffles Boulevard and turn 15 at Esplanade Drive. Total race distance is 308.95 km which is subjected to FIA confirmation. It should also be noted that the start and finish lines are not in the same place so the race distance is shorten than a 61 x 5.067km calculation. The start line is at the beginning of the straight, while the finish line is somewhere close to the middle of the straight. Caption Credit: lousynickseven.spaces.live.com Image Credit: Singtel Singapore GP Simulator Onboard Lap [Ctrl/Click to launch video simulator]

Despite the incredible location, it is the novelty of racing at night which has created a wave of anticipation in Formula 1 circles.

Many team members at Panasonic Toyota Racing have experience of competing at night from the team's adventures in the Le Mans 24 Hours, while others, such as Timo Glock, have experienced it elsewhere in their careers.

Unlike at Le Mans, the TF108s will not be equipped with headlights; instead around 1,500 lights have been installed around the entire track to ensure near-daylight conditions for the drivers. Timo raced under lights during his Champ Car season in 2005, when he finished eighth in a 400km race at Las Vegas Motor Speedway, so he is more prepared than most of his rivals for the challenge ahead.

"The main issue is that you are driving at a different time of day," explains Timo. "Normally you would be resting in an evening but in Singapore the race will start at 8pm. They will give us as much light as possible but as it is a night race I don't expect it will be like daylight in every corner. That is fine though.

"Driving at night is a fun experience and it is definitely a really good show for the fans; that is the most important thing."

For the drivers, adapting to the different timetable is the key issue but for other team members that is just part of the conundrum of racing at night. An observation team of engineers and logistics experts visited Singapore in July to witness a lighting test and study the impact artificial lights will have on team operations.

Singapore skyline at night - trackside Image Credit: lousynickseven.spaces.live.com

"We have looked at different things," says Chief Engineer Race and Test Dieter Gass. "We have looked at a pit board for example which is visible at night and we have to make sure everything is visible in the garage and on the pit wall. Also the display on the steering wheel might need to be different because normally it has to be quite bright in order to be visible on a sunny day."

Panasonic Toyota Racing has devoted a lot of energy to minimising the effect on team members of the unique timetable, which is the single biggest logistical challenge of the new circuit. "That has been the biggest concern," reveals Team Manager Richard Cregan. "All the other logistical matters are pretty much the same as with any other flyaway race.

"We have worked closely with the FIA and FOM in deciding the timetable and we have worked internally to come up with an appropriate daily schedule because you can't have guys starting work at 8am and leaving at 3am; that would not be fair. So we have come up with solutions to shift the whole working day later."

It is not simply the absence of daylight and the unusual timetable which could create a challenge in Singapore. On September evenings in Singapore the humidity of the day often breaks with heavy rain while teams will experience the unusual situation of air and track temperatures falling during the course of the race and practice sessions.

"I think for us the biggest challenge will be the temperature," says President John Howett. "The surface temperature of the track will be very low and normally Formula 1 tyres work best in higher temperatures. Then of course at that time of year there's a high probability of rain. So we will face difficulty with temperature, made worse possibly by heavy rain. Night racing is a challenge but we're a team that has come from Le Mans so we should be able to handle that quite easily."

So, the inaugural Singapore Grand Prix presents more challenges than any other race on the calendar, but Panasonic Toyota Racing has left no stone unturned in its preparations, giving Jarno and Timo the platform to fight once again for the podium. And that would be the perfect preparation for the Japanese Grand Prix at Fuji Speedway next month.

... notes from The EDJE