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    [UPDATE] 2024 Apple Car: MT Envisioned the iPhone of Cars … in 2016

    Update: This article was originally published on April 14, 2016, and has been updated to include updated market information, as well as information recently reported by Reuters that Apple plans to produce a car by 2024.

    It’s a moment we’ve all had with an Apple product. When the ordinary awkwardness between you and an electronic device becomes a relationship between you and a friend. Mine happened way back when I used an early Compaq computer. The keyboard clacked. You typed things that looked like C: >find /V into DOS. And stories extruded across a murky screen in a green, constipated font. Then a friend let me use this thing called a Macintosh while she was away. I slowly circled my right hand to get used to its strange, plastic clicker-box.

    Suddenly, the screen blinked “Hello.” In script.

    I’m not sure if I said hello back, but I might have. Encounter by encounter, Apple has woven a series of obtuse electronic tools into the fabric of our lives. How many times has somebody held up their iPhone and said, “This IS my life!” The automobile of today is a Compaq computer. And Apple knows it.

    Steve Jobs knew it way back in 2008, too, when Apple was at an early iPhone crossroads. What to focus on next? An electric car reportedly shared the shortlist with the maturing multitouch smartphone. Given Cupertino’s less formidable, 2008-era resources, Jobs’ final pick proved insanely right. Apple’s iPhone-fueled market cap topped a brain-boggling, $2 trillion in 2020. What’s that mean to paycheck-to-Taco Bell types like us? It’s enough to purchase all the stock of General Motors, Ford, and Fiat Chrysler Automobiles. Combined. And then buy Detroit again. Some of Apple’s shareholders have been clamoring for Apple CEO Tim Cook to snap up Tesla with its loose change.

    And sometimes, Apple has nonchalantly jangled that change. In late 2013, Elon Musk met with Apple’s head of acquisitions and later huddled with Jony Ive, Apple’s chief design officer, at a post-Oscars party. Adding to the warm visuals, Laurene Jobs returned her husband’s famously plateless Mercedes-Benz SL 55 AMG for a Tesla Model S. But Musk doubts an Apple deal will advance his goal of creating a compelling mass-market EV. “I don’t currently see any scenario that would improve that probability,” he said.

    Read more about our exclusive take on the Apple Car:

    See all 59 photos

    Project Titan

    As Apple’s code-named Project Titan inhales Silicon Valley’s brightest car brains, it’s left enemies swirling in its wake. The tug-of-war grew tense with Tesla, as evidenced by Musk famously stating, “We always jokingly call Apple the ‘Tesla Graveyard.’ If you don’t make it at Tesla, you go work at Apple. I’m not kidding.” At a recent press dinner in Palo Alto, I sat next to an executive with a German brand who heads an SV tech center. “We’re battling to hang onto people,” he said after a few drinks. “Recently, we actually hired somebody back from Apple. It felt like a victory.”

    In September, the car was allegedly raised to “committed project” status with a 2019 release date.

    An estimated 1,000 people are thought to be working at an Apple complex in Sunnyvale, California, according to AppleInsider. Operating under an apparent shell name, “SixtyEight Research,” employees have supposedly been told to turn around their Apple name badges (which already have their Apple logos deleted).

    And then there are the autonomous rumors. Apple has pored over the fine points of self-driving regulation with the California DMV. It’s supposedly negotiated use of the nearby GoMentum Station (the repurposed Concord Naval Weapons facility that’s now the nation’s largest secure autonomous-focused test site).

    Early sightings of a camera-festooned Dodge Grand Caravan sparked speculation that the van was actually an autonomous prototype. Apple made a rare comment to quell the chatter: wrong, everybody. They’re just compositing their own version of Street View for Apple Maps. So maybe the car isn’t a minivan. Then what is it?

    See all 59 photos

    Fruit From the Apple Tree

    In September 2015, the car was allegedly raised to “committed project” status with a 2019 release date, presumably meaning its design completion. But after a program review, Ive “expressed his displeasure.” Reportedly, it was not moving fast enough. The program was in disarray. Its goals were unclear. (Meanwhile, management was accused of unrealistic targets). Ive froze the hiring spree that was projected to spiral toward 1,800 employees, AppleInsider heard. And program head, Steve Zadesky—who spent six years with Apple after a stint with Ford—resigned, though it’s said he did so for personal reasons. In 2019, Apple laid off nearly 200 employees from the project.

    Ive, the world’s most celebrated industrial designer, is the Cupertino Car Czar. Once tempted by a Royal College of Art’s automotive class, he instead chose industrial design at Newcastle Polytechnic (now Northumbria University) and later became Jobs’ right hand. And what does he drive? A Bentley Mulsanne and an Aston Martin DB4. His design co-conspirator, Marc Newson, penned Ford’s 1999 021C concept for J Mays and curiously also owns an Aston Martin, a 1929 Bugatti, a ’50s Ferrari, and a Lamborghini Miura. (Another Apple designer, Julian Hönig, previously worked at Lamborghini.) These are impeccable-taste, Goodwood-attending, genuine car guys. And Newson, for one, has a dim view of current automotive design. Per a Wall Street Journal interview, “There were moments when cars somehow encapsulated everything that was good about progress. But right now we’re at the bottom of a trough.”

    See all 59 photos

    Envisioning the Apple Car

    To get a higher vantage point on all this, we traveled to the hills above Pasadena, California. The ArtCenter College of Design’s famous Hillside Campus is a giant beam-and-glass shoebox designed by Craig Ellsworth, dropped in an arroyo above the Rose Bowl. Here, childlike scribbles flower to sophisticated artistry. Within is a curriculum that’s so influential that it’s essentially become the international epicenter of automotive design. We’re at its far end, sprinkled around a table.

    On my left is Stewart Reed, ArtCenter’s chair of transportation design who recently envisioned the bodywork of Peter Mullin’s unfinished Type 64 Bugatti. Tim Huntzinger, a professor in graduate transportation systems and design, has worked for Fisker, Rivian, and Daqri, a Los Angeles-based augmented reality company. Tim Brewer, a faculty member and an inventor of the first mouse scroll wheel. Di Bao is a Chinese national who specialized in interiors. Akash Chudasama, a recent grad student with an aerospace engineering degree, has interned at JPL. On my right is Garrett DeBry, who’s intrigued by personal mobility and would become our Apple Car designer of record, folding the group’s ideas together and placing them in his own imaginative envelope to create the images you see here.

    See all 59 photos

    OK, everyone. Imagine Apple is our client, and we’re going to brainstorm what its car will be.

    “My iPhone has become my social life and my career life,” Chudasama says. “I don’t really use this to make calls. I use it for everything else. So if they can make a telephone—something that’s been around a hundred years—part of your way of life, what will they do with a car?”

    “You tell me,” I reply.

    “It’ll be your entire way of life,” Chudasama says. “And probably also the walled garden that turns some people off but others want for the impeccable experience someone else has anticipated for you. Tesla is kinda there; the BMW i3 isn’t there yet, but aesthetics aside, it’s a really easy-to-use car, simple to get into its back seat.”

    There’s immediate dissension. “I totally disagree,” Huntzinger says.

    “The i3 is Windows. They’ve crammed too much functionality into the vehicle, so it actually gets in the way of the experience. The eucalyptus wood is cool, but if you count them, there are 35 different materials in your field of view.”

    Reed takes the high ground. “I just got out of a meeting with a manufacturer who is now calling their designers ‘experience designers,’ ” he says. “Their team sounds like a movie crew: acoustics, haptics, interpreters. To me, that would be an Apple approach.”

    See all 59 photos

    How about car-sharing? Apple products have always been premium. You spend more to have them, and you prize their finish. Besides the obvious reason—saving money—why would you share your car if you wouldn’t share your phone?

    Stewart: “That’s a question we’ve spent 14 weeks discussing with another manufacturer: how do you share a premium product?”

    Chudasama: “The car would be ownable if you want to own it, but the real value of the phone isn’t the hardware but in its apps. Traditionally your connection to a car is through its steering wheel; now it might be more about how the total transportation experience makes you feel.” Eyes turn to a sleek MacBook Pro on the table; you feel good without even touching it.

    DeBry: “The advertisement for the iPod was a black silhouette jamming to music, and that sold the whole thing. A car that comes to mind was Volvo’s YCC Concept that was designed by women for women. It even had a hole in its seat for a ponytail. That’s really anticipating use cases. The core experience of an Apple vehicle is that it’s as easy to use as possible.”

    Might the famous Apple ease of use be particularly suited for countries with developing driver populations, such as China? “Owning a car in any city is a pain, so an Apple Car could make urban transit simpler,” Huntzinger says. “With iPhones in the pockets of many non-Apple Car drivers (and pedestrians), the whole urban system could be communicating with itself.”

    See all 59 photos

    Reed taps the brakes on this thinking. “I feel many of us are getting too focused on the rise of urbanization,” he says. “Remember, the best-selling vehicle in the country is still a Ford F-150.” But an autonomous future could blur these lines; you could sleep on your way home or start to work on the way in.

    DeBry: “People historically travel for about a half-hour—whether it’s by foot or horse or car. But an autonomous model could change that. Apple could sell this as giving you a half-hour of your life back. It’s a time machine, particularly valuable as careers become more immersive.” My caution not to get too optimistic about autonomy’s timeline proves futile.

    Herding cats, I ask again: “So what’s the Apple Car?”

    Stewart: “It’s the old-time, really great family chauffeur who knows the family, knows your schedules.”

    Chudasama: “It could be more of a tiny, mono-shaped minivan.” Minivan? “No, we’re talking about a premium mono-volume.” Sketches start to appear on the dry-erase board.

    See all 59 photos

    Brewer: “Sleek metal—the mono-volume doesn’t have to have those minivan stigmas.”

    Reed: “And the future of automotive glass isn’t laminated safety glass. It’ll be in the realm of hard-coated polycarbonates that allow expansive glass surfaces for augmented or, as I prefer to call them, ‘merged-reality’ projections.”

    Time to pin the group down. Going around the table: “What would your Apple Car look like?”

    “I would start from the inside out,” Bao says, “with usability coming first.”

    Brewer: “What’ll be most striking will be the quality of its parting lines, how materials come together. The big gaps on current cars make them seem dated.”

    Chudasama: “It’ll be a mobility device. A way of life. It won’t be taking cues from an animal or something. Rather, it would be honest to what it really is. It’s not faking its meaning.”

    Huntzinger picks up on that. “Those haunches and big wheels are old memes we use just because people think they’re valuable,” he says.

    Chudasama: “The new premium is ‘convenience’. We want our time back. That’s the most valuable thing we have.”

    Huntzinger: “I think it’ll look like a blend of Toyota’s Me.We concept and Marc Newson’s Ford 021C concept. There’s a trend toward super-organic forms—and some can be timeless, but in five years we’ll know exactly when they were made. Apple’s really good at finding ways to ride that line between exciting without having a timestamp on them.”

    Reed: “The glazing would be beautiful, well-proportioned with some automotive cues that look sure-footed and capable, not cutesy. Approaching it will be like walking up to an amazing store in Tokyo, the way the door opens up and presents isn’t a door you grab but a roof that raises and you walk in.” DeBry is starting to sketch.

    See all 59 photos

    Silicon Valley Cars

    The response of most carmaking veterans to the Apple rumors has been one loud harrumph. Lighting up a La Libertad Robusto cigar, he puffs smoke and growls, “Cars are very complicated. These software guys will never figure out how to build them.” PayPal co-founder Elon Musk has. And in the same manner, Google is expected to collaborate with Ford. Apple will probably contract it out. Last year, Tim Cook visited the BMW i3 plant in Leipzig, Germany, which is pioneering the mass production of carbon-fiber chassis. Reps also toured Magna-Steyr, a contract builder of premium (sometimes aluminum) cars in Austria. Either way, it makes sense that Apple outsources the manufacturing intricacies overseas (iPhone/Foxconn-like), avoiding U.S. taxes that could take upward of a 40 percent bite from its overseas war chest.

    “Well, maybe,” our archetypal veteran barks. “But,” as the stogie lolls between his molars, “Apple is used to fat profits. Car margins are paper-slim. They’d be crazy to build cars.” Apple’s margin was about 40 percent in 2015. But making smartphones is intensely competitive, too, and its $53.4 billion profit in 2015 reflects strategies that legacy car companies should study, not dismiss. However, we’re being presumptuous of the Apple Car’s business model.

    See all 59 photos

    ZipCar and Uber are the early breezes of a cyclone of shared use/ownership model that’s readying to blow the industry’s spreadsheets right off their monitors. Replacing single-user ownership with a shared model could collapse your get-around costs. A recent Deloitte study projected our typical per-mile travel costs (that’s all-inclusive) dropping 70 percent for shared, fully autonomous vehicles. Meanwhile, a manufacturer that retains ownership could charge for all that way-greater use while simultaneously building far fewer cars.

    Yet all this might be missing something bigger. Although making ever-more billions is surely motivating, many Cupertino watchers have been wondering if the Macintosh magic is fading since Jobs’ death. Back when Jobs was romancing Pepsi’s John Sculley into being Apple’s CEO, he famously asked, “Do you want to sell sugared water for the rest of your life? Or do you want to come with me and change the world?” For Cook and Ive, an Apple Car might be the answer to Steve Jobs’ question about themselves.

    Hello, gentlemen.

    See all 59 photos

    Apple of Your Eyes: The Windshield

    If the iPhone’s screen is the Mona Lisa of multitouch, an automobile’s windshield and dash would be a blank Sistine ceiling. But what should it look like? Google has amassed its fortune by connecting search-related advertising to people sitting at their desks. Transplant that idea into a car, and it becomes the moving world as seen through Apple’s eyes.

    See all 59 photosWraparound entertainment projections appear below the window line as the steering wheel is released and autonomy is engaged. Above it, augmented reality remains journey-focused to enhance safety and provide location-based information.

    The vehicle will become an extension of your Apple device. — Garrett DeBry, designer of MotorTrend’s imagined Apple Car

    Approaching the Apple Car with your phone or watch pre-positions the seat and mirrors. The climate control prepares your cabin temperature. Your music swells. The door rises. You climb in. The dash—smooth, featureless leather that notably lacks today’s electronic screens—suddenly brightens with projected displays. A Siri avatar greets you. “Hello. Any errands on our way to work, Bob?” You’re still a bit sleepy this morning, so you reply, “Starbucks.” Siri: “OK, I’ll call in your grande latte. But let’s go to the one on Fifth Street instead. There’s construction on our normal route.” The dash’s graphics are swipable and expandable, with only the simplest instruments on display because electric drivetrains no longer need monitoring. You can even toss some graphics up onto the augmented windshield. Made of Corning’s thin automotive Gorilla glass, it’s wraparound to maximize the augmented field of view. “Siri, I have a lot of work today, so I’ll need to eat at my desk again. Any ideas?” Siri: “I sense that you’ve gained four pounds recently despite our going to the gym three days last week. Your Facebook friend Jill, who has similar tastes, liked a cucumber salad at the Blue Garden Cafe that’s right along our way. I’ll highlight it as we get close.” Beyond downloading entertainment from iTunes, the car will be a personal assistant. And one Apple might hope you adopt for your non-driving time, as well.

    Want to see how our final Apple Car renderings took shape? Check out these preliminary sketches right here.

    See all 59 photos More

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    Electric 2W Sales In India Expected To Decline In FY2021 – ICRA

    File photo
    Under FAME-II scheme’s three-year tenure, FY2020-FY2022, e-2W sales realised are at a dismal 2 percent of the targeted 10 lakh units

    While dialogues around electric vehicles continue to pepper through, sales and demand for EVs isn’t that great yet. This, despite government’s thrust on adoption of electric vehicles (EV). No doubt Covid-19 pandemic had a bearing on industry performance in 2020.
    But outlook for e-2W remains largely unchanged in FY21 owing to a low base. A survey across 16 e-2W dealerships in November 2020 reveals that stringent eligibility criteria for subsidy claim under FAME-II has been a deterrent. This is attributed to minimum localisation requirement, and exclusion of lead-acid based e-2W.
    Consumer awareness (regarding Government subsidy) is lacking. FAME-II designed to propel faster electric vehicle (EV) adoption is in a mid phase of its 3-year tenure (FY2020-FY2022). As of September 30, 2020, it has achieved a paltry 2 percent of its target (out of covering 10 lakh e-2Ws) sales for said period.
    Shamsher Dewan, Vice-President, ICRA, says, “While the e-2W sales reported a 21% Y-o-Y growth to 1.5 lakh units in FY2020 (first year of scheme) the number of e-2Ws which availed FAME-II subsidy plummeted.”
    File photo
    ICRA research findings
    About 50 percent dealers say e-2W sales declined post FAME-II. Models eligible for subsidy under FAME II are fewer. e-2W with advanced (i.e. Lithium-ion battery based) are eligible. As such, lead-acid battery- based e-2W sales (about 70 percent of models available) are excluded from incentive claims.
    Manufacturers are required to meet a minimum 50 percent localised content criterion in a phased manner. This is difficult as a Li-ion battery accounts for 40-50 percent of overall EV cost. Inadequate domestic supply means most OEMs are importing the same. Thus excluding them from subsidy claim eligibility.
    A third of walk-in customers are unaware of financial incentives offered by the Government. The rest have limited understanding. Potential customers have concerns regarding upfront cost of a e-2W, durability and after sales services. Majority of dealers indicated that customers on the lookout for such a bike are mostly in search for a second 2W. With schools and college terms suspended at present, such purchases are deferred.
    Electric two wheeler sales for FY21
    Buyers prefer low cost-low range lead-acid battery powered e-2Ws even though FAME-II incentives aren’t available for them. Such scooters are exempt from RTO reg, driving licence and helmet. About 60 percent customers opt for lead-acid based vehicles as their upfront costs are lower than Li-ion powered e-2Ws.
    High-speed e-2W sales declined 25 percent Y-o-Y through H1 FY2021, primarily owing to pandemic-led lockdowns. September 2020 saw sales growth of 72 percent Y-o-Y. EV policies announced by states and Union Territories, and Central Government’s decision to allow sale of EVs without battery could augment growth.
    ICRA expects 15-17 percent Y-o-Y contraction in domestic 2W volumes in FY2021. In H1 FY2021, 2W wholesale sales volumes was 38 percent lower on a Y-o-Y basis. e-2W sales account for less than 1 percent of total two-wheelers (2W) sold in FY2020 in India. More

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    Check Out a Mitsubishi Lancer Evo with Sparkly Ultra-Black Paint

    This content is imported from YouTube. You may be able to find the same content in another format, or you may be able to find more information, at their web site.

    As Motor1 first reported, DipYourCar took a Mitsubishi Lancer Evo, sprayed it in an ultra-black paint called Musou Black, and then covered it in a sparkly HyperShift Pearl finish, and it was all shown on YouTube.
    It wasn’t a straightforward challenge for the team, which had to come up with a unique way to get the two layers to adhere to each other.
    Although DipYourCar recommended against doing this on most cars, you can pick up that Musou Black paint.
    The team over at DipYourCar specializes in head-turning cars, and their latest project is certainly that. DipYourCar covered a Mitsubishi Lancer Evolution in Musou Black paint—which the supplier says is the blackest paint in the world—and then put the company’s HyperShift Pearls finish on it, giving the ultra-black surface the look of having LED lights throughout the paint.

    The Wildest, Craziest Car Paint Colors for 2020

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    It wasn’t a straightforward challenge for the people of DipYourCar, as they couldn’t get the desired effect just by spraying the HyperShift Pearls over the Musou Black paint. What they ended up having to do was to mix the HyperShift Pearls directly in with naptha thinner, and then spray the car with that mixture. The thinner then evaporated, leaving the blend of HyperShift Pearls and Musou Black paint.
    Musou Black paint is a water-based acrylic that absorbs 99.4 percent of all light compared with other black acrylic shades, which are in the low 90s, the maker says. The Lancer Evo has quite a two-dimensional appearance wearing it. Yet it’s hard to say whether it’s blacker than the Vantablack on the one-off 2020 BMW X6 that was displayed at the Frankfurt auto show in late 2019.
    Looking at this ultra-black Evo reminds us of what it looks like staring at stars when we’re somewhere far away from urban light pollution. The depth the two coats of paint offer seems to have no end. Nonetheless, DipYourCar said that this isn’t something you’d want to do yourself, as it’s costly and wouldn’t last long.
    Nevertheless, if you do want to, Japanese maker Koyo is selling it online.
    This content is created and maintained by a third party, and imported onto this page to help users provide their email addresses. You may be able to find more information about this and similar content at piano.io More

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    Aprilia SXR 160 Rendered As Electric Scooter – Could This Be eSR1?

    Aprilia SXR 160 Based Electric Scooter Render
    Aprilia eSR1 electric scooter could draw major design inspirations from petrol-powered SXR 160

    The Indian market has been eagerly awaiting the arrival of Aprilia SXR 160, mainly because it will be the first proper maxi-style scooter in India. Definitely, Suzuki Burgman also follows a similar styling pattern, but SXR 160 clearly ticks more criteria for a power Maxi scooter.
    Recently, a few days ago the Italian two-wheeler brand started accepting bookings for the upcoming power scooter at a token amount of Rs 5000. The company said that deliveries of the e-scooter will commence soon.
    Dealerships already have the scooter in showroom, while customers have started taking test rides. Though not yet launched officially, dealer sources state that price is Rs 1.3 lakh ex-sh for the Aprilia SXR 160. While we wait for its official launch, design renders of SXR 160 as an electric scooter has surfaced online.
    We already know that a new electric scooter from Piaggio is certainly on cards in future as the company recently filed a trademark named ‘eSR1’. It is, therefore, no harm in imagining SXR 160 with an electric powertrain given that it is the latest offering from Piaggio group and might serve as a design inspiration for the upcoming eSR1.
    Aprilia SXR 160 in showroom
    Rendered Design
    Design-wise, as shown in the images, the electric SXR 160 is identical to its petrol-powered counterpart. It receives the same set of a big LED headlamps with integrated LED DRLs which give a modern and refreshing look to its front face. The designer has also carried over the large and comfortable seat from the regular SXR 160. Even hardware setup such as the front telescopic fork and alloy wheels along with disc brakes on both ends have been carried over.
    The distinguishing highlight though is the bright colour scheme and body graphics. A white paint job along with subtle blue graphics in front fairing, headlamps and rear cowl makes for a tasteful look. Alloy wheel rims also feature thick blue pinstripes while the rear cowl flaunts black graphics enhance its sporty appeal. Aprilia branding in black background is seen beneath the floorboard.
    This design renders also showcases a slightly different rear wheel hub from the regular SXR 160, similar to the one in Vespa Elettrica prototype showcased at the AutoExpo 2020. The image also shows a wall-mounted charger which could be used to juice up the battery of the scooter.
    Aprilia eSR1 based on Vespa Elettrica
    It was recently reported that Piaggio has trademarked the name ‘eSR1’ in India which could be the company’s next e-scooter offering through its Aprilia brand of two-wheelers. This scooter might well use the technology and powertrain of Vespa Elettrica since it is a common practice among brands under Piaggio. This would also save them time and extra capital required to invest in new technology.
    If indeed that is the case, then eSR1 could use a 4kW electric motor paired with a lithium-ion battery pack to power itself. This powertrain will provide a peak torque of 200 Nm at wheels and a single-charge range of 70 km in power mode and 100 km in Eco mode.
    SOURCE More

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    Kawasaki Eliminator H2 Supercharged Cruiser Launch Likely In 2021

    Kawasaki Eliminator H2 Render
    The litre-class supercharged power cruiser will be powered by the same powertrain as in Ninja H2 and Z H2

    The first time the world came to know about Kawasaki Eliminator H2 was a couple of months back when a Japanese magazine called Young Machine displayed a rendering of the supercharged power cruiser on its front page. A couple of months later, rumours are rife that the bike has reached the end of its developmental cycle.
    The latest image published by the magazine shows what the final production-spec model could actually look like. Although it is just a render, going by Young Machine’s reputation the final production bike is likely to be close to this in terms of its styling.
    Design
    An amalgam of Ninja H2 and Eliminator Cruiser, this supercharged Eliminator H2 could hit international markets in 2021 itself. In this rendered image, the bike uses a tubular frame structure just like the ones found in Ninja H2 and Z H2 machines.
    However, the top hat of this bike is widely unique from its other siblings. It gets a cruiser-like low stance, mid-set footpegs and a fuel tank swooping down to meet a low seat.
    Kawasaki H2
    Designers at Young Machine have envisioned Eliminator H2 as a traditional cruiser with a single seat, stocky rear end and chopped off rear fenders. It is also expected to borrow a few chassis components from the naked Z H2 to ease its transition as well as cost.
    This will make it more affordable than the naked speedster while a softer suspension setup would make for a more comfortable cruiser ride. The production-spec model is also likely to get a wider handlebar than what is seen on the render.
    Powertrain
    If it reaches production, it is likely to be powered by a supercharged 998cc inline four-cylinder engine powering the Z H2 and Ninja H2. While on the sportier iterations, this engine is tuned to make 200 horses, in the power cruiser it is likely to be slightly detuned to around 175 bhp to 180 bhp. It would still be one of the most powerful cruisers going around.
    Expected reveal
    While there has been no word from Team Green as of yet regarding Eliminator H2, if it is indeed in pipeline, we can expect Kawasaki to reveal this motorcycle towards the end of 2021 either at the EICMA in Milan or at the Tokyo Motor Show provided threats due to Covid-19 subsides. If it hits international markets, it will rival the likes of Honda Rebel 1100 and Triumph Bonneville Speedmaster 1200. More

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    KTM Sales, Exports Nov 2020 – Duke, RC 125, 200, 250, 390 ADV

    New KTM Duke 125
    KTM domestic sales and exports increased 22.21 percent and 43.90 percent respectively in November 2020

    KTM India noted positive sales both in domestic market as well as exports. YoY sales increased by 22.21 percent but MoM sales dipped 16.86 percent indicating that the euphoria seen over the festive season is diminishing. Total sales in Nov 20 stood at 5,618 units, up 22.21 percent over 4,597 units sold in Nov 19. MoM sales fell 16.86 percent in Nov 20 stood at 5,618 units, down from 6,757 units sold in Oct 20.
    KTM YoY Domestic Sales Growth
    In the past month, sales of the KTM 200, 250 and 390 range noted substantial growth, even as sales of the 125cc dipped by 38.36 percent. The KTM Duke and RC 200 were at the top of sales charts with 2,115 units sold, 20.51 percent higher as compared to 1,755 units sold in Nov 19.
    Currently commanding a market share of 37.65 percent the KTM 200, like all the other bikes in the company lineup has undergone a price hike. MoM sales of this model dipped 21.52 percent as against 2,695 units sold in Oct 20.
    KTM 250 noted a 248.68 percent growth YoY – all thanks to the launch of new ADV motorcycle in the range. As compared to just 456 units sold in Nov 19, the sales figure increased to 1,590 units in Nov 20. MoM growth however, was also as exciting as there was a growth of 123.31 percent as 712 units had been sold in Oct 20. This was the only model in the company lineup to note positive MoM growth.
    KTM Domestic Sales – Nov 2020
    Sales of the KTM 125 fell 38.36 percent YoY. 2,135 units had been sold in Nov 19 which dipped to 1,316 units in the past month. MoM sales growth was also in the negative by 43.08 percent as 2,312 units were sold in Oct 20.
    KTM YoY and MoM Exports
    Where KTM India exports are concerned, KTM has posted positive growth both in terms of YoY and MoM exports by 43.90 percent and 17.68 percent respectively. The KTM 390 was a favoured model in global markets with a 41.82 percent market share in Nov 20 and 1,756 units exported during the month, up 79.73 percent as compared to 977 units exported in the same month of the previous year.
    KTM Exports Nov 2020
    Exports of the KTM 250 surged 308.36 percent to 1,123 units in Nov 20 up from 275 units exported in Nov 19. MoM sales increased 125.05 percent as only 499 units had been exported in Oct 20. This again, was due to the launch of 250 Adv, in the export markets.
    With a market share of 22.43 percent, KTM 200 YoY growth increased 18.94 percent to 942 units in Nov 20 while MoM exports dipped 35.61 percent as 1,463 units had been exported in Oct 20. The KTM 125 saw a de-growth in terms of YoY exports by 56.75 percent to 378 units in the past month as against 874 units exported in Nov 19. MoM exports however increased substantially by 410.81 percent, as only 74 units had been exported in Oct 20. More

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    Apple Electric Car Launch Planned For 2024 – Hey Siri, Will It Rival Tesla?

    Apple electric car render by carwow
    Apple will develop its own battery technology that could reduce cost and to offer an extend vehicle range

    Apple, the makers of the iPhones, iPads, Macbooks and multiple accessories to support their tech products; has been reportedly eyeing to enter the automotive industry. The company will build self driving cars and is targeting launch sometime in 2024 as per a Reuters report.
    For this purpose, Apple is developing its own battery technology. The batteries will not only be more economical but will also extend vehicle range by a significant extent. Not much is known about their car battery and its optimization.
    But knowing Apple and their optimization levels, one can expect it to be surprisingly good. Apple recently shocked the tech world, when they doubled their laptop battery life per full charge, just with the introduction of M1 chip. Cars are completely different. But still, Apple is one of the leaders in battery optimization today.
    2024 Target
    The endeavour of Apple to enter the self driving car arena dates back to 2014 with ‘Project Titan’. The company designed its own vehicle from scratch but had to withdraw efforts to focus on software with the project being brought to a standstill in 2017. The aim is now to build a vehicle for consumer and produce self driving car technology and is targeting 2024 to introduce the passenger vehicle with its own breakthrough in battery technology.
    Tesla Model 3 – Apple electric car could rival Tesla
    With Apple not being any car manufacturer, there is a possibility that the company will rely on a manufacturing partner to build the Apple Car or it might just build the software and intelligence for the Apple self driving car and license this technology to partners more well versed with the automotive industry. With a target to introduce this autonomous vehicle by 2024, the current pandemic situation could push production operations to 2025 or even a few years ahead.
    Making an autonomous vehicle could even pose a problem to a company like Apple. While they have sound knowledge in electronics, the company has never ventured into the automobile arena and it even took someone like Tesla’s Elon Musk 17 years to gain sustainable profit making cars.
    Lidar Sensors and Monocell Design
    Apple is currently in talks with lidar (Light Detection and Ranging) sensor suppliers, apart from the ones which already supply lidar sensors for their new iPhone released this year. Lidar sensors will deliver real time, accurate 3-D view of the world around their car. This will help the car execute multiple autonomous functions. Apple is also developing its own lidar sensors and related technology.
    The company is also mulling the chemistry for a battery called LFP – Lithium Iron Phosphate which is less likely to overheat and will hence be safer as against other types of lithium ion batteries. Also if Apple plans to use a monocell design, it will help to free up space inside the battery pack thus eliminating pouches and modules that hold individual battery material.
    The Apple self driving car project is being overseen by the team engineers headed by John Giannandrea, Apple Head of Artificial Intelligence who also oversees voice based digital assistant ‘Siri’.
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    Honda CB350 Sales Triple In Nov 2020 – But Nowhere Near RE Classic

    Image – Sunil Bhat
    The Honda H’ness is currently being sold exclusively through BigWing premium outlets in select cities

    The 350 cc niche has long been Royal Enfield’s forte and there have been several attempts by rivals to break the monopoly, but none was successful. The likes of Bajaj attempted to lure the prospective customers with modern and more powerful alternatives but in vain.
    Jawa Motorcycles imitated RE’s recipe and enjoyed a promising start but Classic Legends dropped the ball with poor execution. Most recent attack on RE territory comes from Honda in the form on H’ness CB350. Will it make an impact?
    Honda CB350 November 2020 sales
    The Honda CB350 retro classic roadster seems to have the right blend to take on Royal Enfield’s 350 cc range of products. Last month, the new arrival clocked sales of 4,067 units, a MoM increase of 215%. This indicates that the CB350 has been having a strong start and HMSI has ramped up its production to meet the demand.
    The sales number doesn’t mean anything against RE but it is impressive anyway given the motorcycle is retailed only through Honda’s BigWing premium bike outlets of which there aren’t many to mount a proper assault on the incumbent. In case Honda were to make the CB350 available through their entire two wheeler network, sales would hugely increase.
    Honda CB350 vs Royal Enfield 350 – Nov 2020 Sales
    In comparison, the Royal Enfield Meteor 350, also a new arrival, managed to reach a tally of 7,031 units in November 2020. The good old Classic 350 which is approaching the end of its life cycle found 39,391 units last month, underscoring the company’s sheer dominance of this niche yet lucrative segment.
    As things stand now, the attractively priced CB350 will be used as an entry card into the brand’s premium bike ownership experience. The planned expansion of BigWing outlets in tier-II cities is expected to bring incremental volumes. Honda is also developing a 250 cc version as revealed by recent patent leaks.
    Honda CB350 at a glance
    The Honda H’ness CB350 is powered by a single-cylinder 348 cc engine which is tuned to deliver 21 hp and 30 Nm of torque. The engine is paired with a 5-speed gearbox by means of an assist and slipper clutch. Just like the RE 350 family, the latest Honda is meant for relaxed and comfortable commutes and occasional touring.
    The equipment highlights include an LED headlamp and taillight, digi-analog instrument console, smartphone voice control system, front and rear disc brakes with dual-channel ABS, side stand indicator with engine cut-off, alloy wheels, Honda Selectable Torque Control and so on. If Honda CB350 continues its strong growth rate, it will become a spot of bother for Royal Enfield at some point in the not-so-distant future. More