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    Tata Motors Bags Rs 44 Crore Contract For 300 New Electric Cars

    Tata Nexon EV. Image for reference.Tata Motors is also expected to launch a mild facelift version of Tigor EV soon
    When it comes to fully electric vehicles in the passenger vehicle segment, there are only a handful of options. The choices get further streamlined if you are looking for an EV that has been locally manufactured. Tata Motors with two offerings in the form of Tigor EV and Nexon EV enjoys the status of the highest EV seller in the country.
    Unsurprisingly, the homegrown automaker has been able to bag such a large order from Convergence Energy Services Ltd (CESL) which is a wholly-owned subsidiary of Energy Efficiency Services Ltd (EESL). Under this order, Tata Motors will supply 300 units of electric cars with a warranty of three years to CESL.
    More Details
    The total cost of this contract is worth Rs 44 crore and is a part of the Scaling up Demand Side Energy Efficiency Sector Project which is being financed by the Asian Development Bank line of credit to CESL. The letter of award forwarded by CESL to Tata Motors states that these 300 four-wheeler electric cars will have a length of less than 4 metres and a single-charge range equal to or more than 250km.
    While both Nexon EV and Tigor fulfil the size criteria, the sedan falls slightly short in terms of its range at 213km. It is also to be noted that Tata is working on launching an updated Tigor very soon. This facelifted Tigor Electric could come with a larger battery pack, which will result in increased range.
    Tata Tigor electric facelift spied
    The said tender will be implemented in two phases. The first phase will consist of procurement of 300 vehicles with a three-year warranty at a base price of Rs 14.33 lakh per unit, exclusive of GST. The second phase will involve inland transportation including loading, unloading, transfer to a designated location, transit insurance, and other costs liable to delivery of vehicles. This phase will incur a cost of Rs 21,000 per unit.
    Commenting on this development, Shailesh Chandra, President, Passenger Vehicle Business Unit, Tata Motors, said, “Tata Motors is committed to supporting the Government’s vision of actively embracing e-mobility and we are delighted to partner with CESL once again. Purposeful collaboration amongst stakeholders is key to accelerate the mass adoption of environmentally-friendly solutions.”
    Nexon EV Specs
    Nexon EV is powered by a three-phase permanent magnet synchronous motor which is paired with a 30.2kWh lithium-ion and a liquid-cooled battery pack. This powertrain combination returns an output of 127 bhp and 245 Nm of peak torque.
    The battery pack comes with IP67 certification and the company claims a single-charge range of 312km. The car is bundled with a 3.3kW charger which could charge 20-100 percent in eight hours. It is also provided with a 25kW fast charger which could rejuvenate the battery in just 60 minutes. More

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    Ford F-150 Lightning Electric Pickup Debuts – Range Up To 482 Kms

    Ford F-150 Lightning ElectricUpon its launch by mid-2022, Ford F-150 Lightning will be directly pitted against GMC Hummer EV Pickup and Tesla Cyber Truck
    Ford has officially revealed its upcoming F-series electric pickup truck called F-150 Lightning ahead of its launch next year. Before this, the upcoming electric pickup was also spotted in its full production-spec model in a separate event attended by the US President, Joe Biden when he visited the automaker’s Rouge-based facility in Dearborn.
    US President Takes It For A Spin
    While giving a speech at the manufacturing plant, a brand new Ford F-150 Lightning prototype wrapped in silver paint sans any camouflage was spotted in the background. In all likelihood, this prototype was placed purposefully so that the carmaker is able to generate enough excitement ahead of its official unveiling.’
    Ford F-150 Lightning Electric
    If that wasn’t enough to create a buzz, the President took a spin on one of the prototypes at the end of the event, this one though was wrapped under covers. Biden is well known for his love for automobiles and he couldn’t help but get his hands on the steering wheel of the upcoming electric F-150.
    Exterior Design
    Coming to its exterior design, F-150 Lightning appears to have the same body as the standard F-150. However, it sports notable differences to distinguish itself from its IC engine-powered sibling.
    Ford F-150 Lightning Electric
    For starters, the electric pickup truck gets a completely redesigned front end with distinctive LED headlights and an LED light bar stretching across the width of the fascia. The face is dominated by a faux grille wrapped in gloss black with a prominent Blue Oval badge carved in the centre.
    Ford F-150 Lightning Electric
    Other notable highlights such as the front bumper, raked windshield and squarish ORVMs wear a familiar look to the standard F-150. The freshly designed six-spoke alloy wheels are another attractive highlight. The images going around in social media appear to be of a crew cab version with a twin layout cabin which means it is expected to get a luggage bed measuring less than 1,676mm in length.
    Specs and Range
    New Ford F-150 Lightning Electric Pickup will be available in two battery options – both powered by lithium ion. The entry level gets a range of 230 miles / 370 kms while the other one gets 300 miles / 482 kms range. Depending on the variant, the charger will be different. The entry level will get 11.3 kW single charger while top variants with larger batter get 19.2 kW dual charger.
    Ford F-150 Lightning Electric
    Thanks to the dual charger, via fast charging, owners will be able to charge the F-150 Lightning from 15% to 80% in under 45 minutes. Via home charger, full charging of the battery is achieved in upto 19 hours. Ford has also equipped the F-150 Lightning with a system that in case of a power outage, you can use the car’s battery to power your house.
    Price of the new F-150 Lightning starts from $39,974 MSRP (Rs 29.25 lakh) and goes all the way to $90,000 (Rs 65.87 lakh). Bookings are now open. You can register your interest via Ford website with a deposit of $100. Deliveries expected to start by mid 2022. More

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    Lexus promises its first battery-electric vehicle by 2022 – Roadshow

    Pretty soon, we’ll be getting our first Lexus EV.
    Lexus

    Toyota and Lexus have been criticized for being late to the battery-electric vehicle game, while other companies have been pouring billions of dollars into their development. Instead, Toyota and Lexus have chosen to focus their efforts on hybrids and hydrogen fuel cell vehicles.It would seem, though, that the criticism didn’t go unnoticed: Lexus announced on Wednesday that it expects to debut its first BEV in 2022. Of course, that’s not all that far off, and it’s only the tip of the proverbial iceberg.

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    This new Lexus EV will be a brand-new model, as opposed to an electric version of an RX or LS. Beyond that, we know it’ll likely have steer-by-wire technology as well as Lexus’ Direct4 torque distribution system.Lexus plans to introduce at least 10 BEVs, plug-in hybrids and non-plug-in hybrids to market by 2025, according to its grand Lexus Electrified plan as first outlined back in 2019.

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    China approves national EV battery swap standards, report says – Roadshow

    While the idea of swappable EV batteries was both common and appealing a decade or more ago, it has since fallen out of fashion as EV range has steadily increased. Or, at least that’s been the case in the US. However, things are different in China, and to show just how different, the country has just approved the first official swappable EV battery standard and safety guidelines, which are set to go into effect on Nov. 1, CNEVPost reported Monday.Why is China so interested in making EV battery swaps a thing? Well, according to a statement made by Xin Guobin, vice minister of China’s Ministry of Industry and Information Technology, there are a few reasons, but the biggest are reduced cost to vehicle buyers, cheaper charging by charging during off-peak hours and customers being able to choose the size of battery they need on a given day.

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    Companies like NIO and BAIC have advanced the new battery swap standard, but it’s Geely that seems to be sprinting ahead, based on a recent YouTube video showing off its 1-minute automated battery swapping station.Will China’s adoption of these new standards have a meaningful impact on the way the American EV market looks at swappable battery technology? Our guess is no, especially given the number of EVs on our roads already with nonswappable batteries and the cost of building out an infrastructure of stations to handle the swaps, but it’s still a cool idea.

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    Baja blast: Running the electric Volkswagen ID 4 in the NORRA Mexican 1000 rally – Roadshow

    Champion driver Tanner Foust missed the starting line of the 2021 National Off Road Racing Association Mexican 1000 off-road rally. To be fair, it wasn’t his fault. He was driving the electric Volkswagen ID 4 and the official directing traffic didn’t hear him coming. This silent SUV didn’t look like it would survive nearly 1,000 miles of grueling terrain, but five days later it crossed the finish line with hardly a problem, even coming in on the same set of Yokohama Geolander A/T tires it started on.Similar to the Baja 1000, the Mexican 1000 takes racers through some of the most desolate parts of Mexico’s Baja Peninsula. Taking place over five days, this year’s rally started in Ensenada, moved south to San Felipe and Bay of Los Angeles before coming back north for one more night in San Felipe, followed by the finish line in Ensenada. Teams weren’t able to prerun the course, but everyone had a GPS track and a roadbook that called out any dangers. Prepped by veteran fabricator and Baja racing team owner Rhys Millen, the ID 4 was upgraded with a set of rally shocks, skid plates and 18-inch wheels wrapped with those Geolanders, size 255/70. A cage was added for safety, as were Sparco racing seats and five-point harnesses. An additional screen with battery information kept the team apprised of remaining range, battery capacity and temperatures. A roll cage, Sparco racing seats, five-point harnesses and an additional screen with battery information were added to the ID 4’s cabin.
    Emme Hall/Roadshow
    VW doesn’t yet offer an all-wheel-drive ID 4, so car No. 134 put its power down through the rear wheels only, a risky proposition in Baja for reasons that will soon become clear. The 82-kilowatt-hour battery is good for 250 miles or so of range in the best conditions, while the electric motor can push out 201 horsepower and 229 pound-feet of torque.Volkswagen wasn’t really sure how far the ID 4 would go on one charge in Baja. The car’s range estimator takes into account the previous few days of driving when making its calculations, and since every day of the rally is so different, it’s really a crapshoot. Instead, driver Tanner Foust and Volkswagen engineer and co-driver Aldrich To kept track of consumption, trying to keep it at an average 1.6 miles per kWh. Too much speed and this figure would dip — although that didn’t stop Foust from hitting 107 mph on a dry lakebed — but the average could be brought back up on the flatter dirt roads.Charging came courtesy of a trailer with a 50-kW charger powered by a biofuel generator. Using a generator to charge isn’t exactly the optimal procedure, but the team had to work with the infrastructure they had. Mexico has plenty of fuel stations these days, but charging stations, not so much. During the pavement transit sections of the race, the ID 4 went into its trailer, simultaneously making the journey to the next special stage while recharging the battery.
    Volkswagen
    Day 1 marked the ID 4’s biggest mechanical failure. During the first special stage the aftermarket rear shock mounts broke. Foust was able to complete the stage where the team swapped those aftermarket rally shocks with the stock setup, leading to a fairly bouncy rear end for the rest of the rally, slowing the car down a bit. Then again, it’s not like the ID 4 was ever quick. You can only go so fast with roughly 7 inches of ground clearance and not much more wheel travel than what comes as stock.Day 2 was where the physical limitations of the ID 4 came into play, and of course it was when I was behind the wheel. The ID 4 had its own LS-powered buggy acting as a sweep car. The idea was that if the ID 4 got stuck, the buggy could pull it out and we wouldn’t have to wait for the official recovery vehicle from NORRA. The buggy, however, was having some wiring issues, leading it to overheat, so it wasn’t always directly behind the ID 4.The other thing you need to know is that the ID 4 was not carrying any recovery gear. If you’ve read any of my off-roading stories you’ll know I don’t go anywhere without a set of Maxtrax, but the team assumed the buggy would always be with the ID 4, so self-recovery wouldn’t be needed.All of this came into play as we — Foust riding right seat and me behind the wheel — turned a corner and encountered soft, deep sand with 2-foot-deep ruts, leading to a slight uphill. It’s possible to get a rear-wheel drive vehicle through soft sand, but it requires momentum. To keep momentum you need clearance and travel, and we had neither. We managed to get off the course but got stuck. Our recovery buggy? Behind us somewhere with an overheated motor.Foust and I did the best we could, trying to dig out with some flip flops he had stored in the car for after the race. We put rocks in front of and behind the tires, aired down, saw a few snakes… the rear-wheel drive ID 4 wasn’t going anywhere without a tow or some Maxtrax.Pulling the ID 4 behind the recovery buggy gave us an opportunity to charge the battery mid-race.
    Volkswagen
    When the recovery buggy finally got to us, it too got stuck in the sand, and then the official NORRA recovery vehicle met the same fate. Finally our large chase truck found a hard-packed dirt access road and came with some recovery boards, and we were back on the move in 15 minutes. Unfortunately, we had lost too much time and the stage closed before we could reach that day’s finish line.The rest of the rally, however, was pretty much problem-free. The ID 4 needed a tow charge to finish a 167-mile special stage; towing it behind the sweep buggy resulted in 20 kW of regenerative-energy charging. And no, there’s nothing in the rules that says a vehicle can’t refuel while completing an individual stage. In fact, many of the gas-powered race cars had to refuel on the longer stages. They did it with a gas can. The Volkswagen did it with a tow.I took over driving duties for one more stage, leaning on the ID 4’s regenerative braking system so that I never had to touch the mechanical brakes. Driving the ID 4 was much like piloting the Rivian R1T in the Rebelle Rally — use the regen braking as much as possible, going smooth on the throttle, finding the best lines and try not to screw it all up. With a rally champion riding shotgun you can bet I was nervous, but Foust was gracious, offering up a free driving lesson as we guided the ID 4 across Baja.We’re winners! Kind of.
    Volkswagen
    In the end, the longest special stage the ID 4 was able to complete was 113 miles, and the car averaged 1.6 miles per kWh across the whole week. If you want to look at that number as overall range on the dirt, the Volkswagen averaged 125 miles on a charge, about half of the 250-mile range you should get on paved roads in normal driving.The ID 4 didn’t win the NORRA Mexican 1000. In fact, it came in 61st place out of 64 finishers, with 26 racers not finishing at all. However, the ID 4 was the only electric vehicle to complete; the fact that it’s production based is just icing on the cake. Lordstown Motors recently attempted to run its Endurance pickup truck in the San Felipe 250, but only made it 38 miles. Thanks to careful planning and logistics, the Volkswagen ID 4 completed 840 miles of punishing dirt racing. Now it’s up to other manufacturers, and privateers, to come down to Baja and beat it. More

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    Suzuki Misano Concept Electric Car Inspired From Track Motorcycles

    Suzuki Misano Concept
    Suzuki Misano Concept is a futuristic electric two-seat roadster with superbike inspired design language built only for design study purpose
    Not always do we come across a design that is meant purely to showcase one’s talents. The latest Suzuki Misano Concept is one such design that is a culmination of the Japanese automaker’s two souls- car making and bike making. The design concept is a result of hard work of 24 master’s students at Istituto Europeo di Design (IED) in Turin, Italy in collaboration with Suzuki.
    Superbike Inspired Design
    The name ‘Misano’ has been derived from a motorcycle racing track called Misano World Circuit in Italy. The electric sports car takes plenty of inspiration from a track-focussed motorcycle for instance its aerodynamic design and its two-seat layout in tandem format on the left-hand side of the car.
    Suzuki Misano Concept
    Misano Concept sports a classic barchetta (boat-like) silhouette that embodies the contrasting essence of driving and riding an automobile with a futuristic twist. The IED students have managed to keep the dimensions of the car fairly compact. The car measures around 4 metres in length and only a metre tall while the design comprises a mix of curves and hard edges.
    Design highlights
    Upfront, it flaunts S-shaped headlights integrated on the front grille which resemble the Suzuki emblem. Copper accents have been added to the roll hoop behind the rear passenger and alloy wheels in order to give a contrasting touch to an all-black theme of the car.
    Suzuki Misano Concept
    While the left side has been occupied by front and rear seats, the right-hand side has been utilised for carving out a luggage space as well as space for keeping the battery pack. It comes with a single door on the left side of the car featuring a glass panel that makes the driver feel closer to the road.
    Suzuki Misano Concept
    The rear of Misano Concept has been designed with emphasis laid on enhancing aerodynamic qualities. The motorcycle – car connection goes further deeper as it employs a control stick instead of a traditional steering wheel and pedals.
    A small windscreen up front is another element taking inspiration from a motorbike. The designing team from IED comprises students from various countries including India.
    Misano Concept has been created simply as a design study and is highly doubtful to reach the production stage as there are no powertrain details attached to this prototype. It will, however, be displayed to the public at Mauto, the Italian national automotive museum in Turin, on 15 and 16 June this year. More

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    Tamiya Wild One Max is a life-size, drivable version of the R/C legend – Roadshow

    Finally, the life-size electric buggy we’ve always dreamed of.
    The Little Car Company

    If you’re an automotive enthusiast “of a certain age,” then it’s likely that you went through a remote-controlled car phase, and if you did that, then the name Tamiya likely looms large in your memory.There are a bunch of really memorable Tamiya models like the Sand Scorcher and the Hornet, but the one that will forever hold a special place in our hearts is the Wild One. The 1/10th scale buggy with its boxy bodywork and ’80s-tastic stripes and decals was not only great to look at, it was a blast to drive, and we always wished we could drive one for real.

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    Of course, now, we’re grown up, and while we’d like to think that our tastes and desires have matured, that desire to drive a real Wild One never went away. Thankfully, the Little Car Company — aka the folks behind the electric Bugatti Baby — is making those dreams a real possibility with the Wild One Max.It will even be delivered in a giant Tamiya box in kit form.
    The Little Car Company
    That’s right, the Little Car Company partnered with Tamiya and is creating a real Wild One at 8/10 scale that you can hop in and drive yourself. Like the Bugatti Baby, the Wild One Max is electric. It’s powered by a 5.5 horsepower electric motor that will propel the Wild One to a top speed of 30 mph, which we suspect will be plenty fast.The Wild One Max is 137.8 inches long and 70.8 inches wide and weighs just 551 pounds, which means that performance should feel pretty brisk, despite the somewhat tame motor package. Even better is that the Little Car Company will offer modular Power Packs to increase range and performance.And any dyed-in-the-wool Tamiya nerd knows about Hop-Up kits. In news that delights us to no end, the Wild One Max will have its own catalog of available Hop-Up kits for purchase, including Road Legal Packs that will make the Wild One Max legal for road use in the US, UK and Europe.The Tamiya/Little Car Company Wild One Max is set to retail for $8,250 in the US and should launch officially in 2022.
    Bugatti Baby II is an electric scaled-down Type 35 race car for kids

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