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Ford files patent for remote engine revving system using key fob

Ford has filed a patent for a way to enable drivers to remotely rev the engine of their car using a key fob or app. Ford first filed the patent on November 3rd, 2020 and it was subsequently published on May 5th, 2022.

The filing describes the system as a “Ford Remote Control Revving Patent.” The car manufacturer is developing technology to allow users to rev their engines without having to use the accelerator within the vehicle. Ideally, this system sees drivers interact with the engine remotely “at various distances from the vehicle.”

The patent mentions that users will be able to start ICE engines or hybrids. The system dictates that users can rev it for a certain amount of time before it idles. Users may even be able to set revving patterns for the engine. Programmable speeds are also being experimented with as a way to replicate musical notes.

Regarding electric vehicles (EV), Ford describes a feature in the patent where recorded audio sounds of engine revs play out of the EV’s sound system. The patent also describes an example where novelty sounds such as Back to the Future’s “flux capacity sound” play.

Traditionally, these more off-the-cuff innovations come from a company like Tesla. Over the years, Tesla has released some very unorthodox user systems like the Boombox, which enables users to play fart noises. Ford is usually fairly customary. A nod to the iconic Back to the Future franchise does not mean that the company is following in Tesla’s footsteps. Though, if the system launches it may indicate Ford is willing to have a bit of fun.

Of course, as with any patent and system in development, there’s no guarantee that Ford will offer this feature to drivers. This could merely be an in-house experiment, testing remote features. Additionally, Ford’s patent needs approval before a full-scale launch.

Source: U.S. Patent and Trademark Office ‘Scribd’ Via: Ford Authority 

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GM’s Hummer EV is a comeback story in the making

The Hummer is poised to make a comeback as an all-electric vehicle (EV), and now that it’s starting to hit the road, GM wants to give it a new lease on life.

Despite its bulky and imposing frame, Hummer was always synonymous with both luxury and “roughing it” in more challenging terrain. GM acquired the branding rights in 1999 and kept rolling out Hummers from its assembly lines until it effectively killed it as part of its bankruptcy during the financial crisis in 2009.

After more than a decade in the doldrums of automotive lore, the squarish monster is back. And this time, it’s here to help save the planet, as GM asserts, courtesy of its EV chops. I got hands-on time with it during a test drive in Arizona to see what all the fuss is about.

Putting the Hummer EV together

GM is so bullish on the Hummer EV that it even produced a documentary about it. Some of the supporting data may also feed into that, like how it only took 10 minutes for customers to reserve 1,200 of the Edition 1 trucks when they became available in December 2020.

The tri-motor drivetrain has a combined 1,000 horsepower, plus 1,200 lb-ft. of motor torque. Hence, it can accelerate to 96 km/h in a mere three seconds. For a vehicle built to do off-roading, that kind of power would dust most vehicles on any drag.

Its battery construction is equally interesting, as GM’s proprietary Ultium system gets a double layer of cells. Ultium is part of the chassis, so the battery cells line up along the bottom, below the cabin. The efficiency means the batteries can operate at 400 volts or 800 volts to regulate supercharging. To do that, GM says it switches from “parallel” to “series” through a mechanization within the pack, which means the Hummer EV can still use existing chargers, while also working with much faster 350kW DC chargers that are better with 800-volt capability.

GM estimates range to be 529km per full charge — not bad for something this big. It’s just hard to quantify that figure, as it often is with EVs because of the variables. Highway versus city driving, or off-roading versus all-terrain driving, not to mention air conditioning. All of those affect range, though it would be fine on road trips with chargers along the way.

Seeing it from the outside, sitting inside

Edition 1 units are only available in the Summit White Exterior you see here, though GM says other colours will come to the next trims: EV2, EV2X and EV3X. Some in the test drive came with racks for spare tires in the cargo bed, whereas others didn’t. There’s a trunk in the front, along with 18-inch wheels, underbody skid plates and rock sliders, 18 cameras arrayed around the body and the undercarriage to really see everything around and below the vehicle.

The four roof panels (they’re tinted and transparent) come off and the power rear window comes down for a real open-air experience while driving. There’s a configurable tailgate in case you were curious, too.

The cabin isn’t quite as spacious as you might think when looking at the Hummer EV from outside. Not that it’s cramped, just that it won’t be the same as, say, a GMC Yukon Denali, for instance. A tall guy like me had no problem getting comfortable in all seats inside, and it doesn’t hurt that there’s a 14-speaker Bose sound system inside that was impressively resonant.

Infotainment setup

Two huge screens make up the infotainment system inside. Drivers face a 12.3-inch display for the digital cluster, along with the main 13.4-inch display running everything else. It runs Android Automotive, as GM continues to transition to Google’s built-in system with more of its vehicles going forward. Not to worry, though, as wireless Android Auto and CarPlay will still work just fine.

I’m not sure I was overly taken with the layout because GM chose what it calls a “lunar” wallpaper with thinly textured black icons. I reversed it by setting it to dark mode while playing with the system and found better contrast that way, but I’m thinking some variance in background might be a good idea. On a bright sunny day, especially with the roof panels removed, the screen’s contents aren’t as easy to see.

The Hummer’s driving modes and other features also run through the infotainment system, so I would switch by tapping on the screen’s menus. Short video animations help illustrate these modes, and I soon realized the connection because the system was developed with the Unreal Engine. Might be the first time I’ve seen a gaming engine find its way into vehicle infotainment, and I suspect it will become a common crossover for other vehicles in the years to come.

Going off-road

I went into this with practically no off-road driving experience, yet impressed my two seasoned passengers with what I was able to do. Granted, I have little as a basis for comparison, but I wasn’t expecting this truck to feel so smooth on rougher terrain. We drove on an off-road track about an hour outside of Phoenix, spending the better part of a day there. Some of the uphill and downhill paths presented more challenging forward progress, so I tried to angle the tires to go over the rocks sticking out along the way.

The Adaptive Air Suspension offers nearly 16-inches of ground clearance, which helps protect the underbody in certain cases. Air Down Mode is interesting in that it uses sensors measuring tire pressure that I was able to manipulate through something called Tire Deflation Assist. Basically, I could select a desired tire pressure on the infotainment screen, where I heard a tone to confirm the tire deflated to that level, and then ran over a thicker rock formation. Why deflate the tires? Because the lower pressure enables greater traction and grip in conditions like that, which also explains why it felt smoother in spite of a pretty bumpy section.

Four-wheel steering helps in certain cases, where the rear wheels can turn in or out to help maneuver the Hummer in tight spots. I didn’t get the chance to “crabwalk,” a slick feature that allows all four wheels to turn in the same direction (up to 10-degrees) and roll in a diagonal direction the way a crab does. As cool as it looks, it’s not some mode you can turn on and start doing crazy things at high speeds. It only kicks in at slow speeds, made clear when looking at it on the infotainment screen.

On regular roads and highways, this thing drove as smooth as can be. It supports Super Cruise, GM’s Level 2 autonomous driving mode, so hands-free cruising is a thing here, too. That includes automatic lane changing on 322,000 km of roads in Canada and the United States. I fully expect that Ultra Cruise, a more advanced version, will likely be part of this when that goes live in the next couple of years.

A new era beckons?

Of the 65,000 reservations GM took for the Hummer EV, it claims 95 percent of them converted to actual orders. Many won’t see them roll off the assembly and into their hands until 2024, but Canadians can start getting theirs in the spring of 2023. It won’t come cheap based on price tags right now, which amount to $110,259 USD (roughly $138,277 CAD) for the Edition 1, and starting at $79,995 USD (about $100,286 CAD) for future models. I’m using U.S. pricing because GM hasn’t confirmed what the vehicle will cost in Canada, even though you can reserve one at a participating dealership.

GM’s pivot to EVs isn’t a secret, especially since the company talks about it all the time, but it is interesting that a bigger one like the Hummer EV will probably play a bigger role in pushing that focus forward. The branding will also get its own push, and I imagine we’ll be seeing it emerge again as a luxury statement in pop culture.

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Rivian didn’t even deliver 950 vehicles in 2021

Rivian has made one of the most appealing electric vehicles ever, but it’s struggling to actually get them into customers’ hands.

A report from The Verge details that the company only shipped a total of 920 vehicles and lost $4.7 billion USD (roughly, $5.9 billion CAD). This is likely part of the reason the company decided to go nuclear a few weeks ago and boost the cost of existing pre-orders by as much as 20 percent in some cases. The company later backtracked on this, but it was after most of the pre-order owners walked away from the company.

However, 2022 has been a much better year for the company since it’s apparently worked out some of its production kinks. So far its made over 2,400 deliveries with a goal of 25,000 by the end of the year. Still, that’s not going to make a huge dent in the 83,000 pre-orders the company has received.

The 25,000 vehicles the company plans to make this year also includes Amazon delivery vans. It’s unclear how many R1T trucks will actually be produced. Amazon, a substantial investor in Rivian, has ordered 100,000 delivery vans by 2030. There were originally plans to get 10,000 electric delivery vans on the road by the end of 2022.

Rivian says that if supply chain issues weren’t an issue, it would be able to make 50,000 trucks in a year.

Source: The Verge

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The DeLorean is back, but this time it’s an EV

There truly are no original ideas, but at least this one is tied to a pretty cool looking roughly 40-year-old car.

In a new brief teaser, the DeLorean Motor Company showed off a glimpse of the return of its iconic car, stating that “The future was never promised” and “Reimagine today.”

The approximately 15-second video also offers a glimpse of the DeLorean’s iconic gull-wing doors and includes several search-friendly hashtags, but beyond this, nothing else is revealed about the car. It’s unclear how close the new electric vehicle (EV) DeLorean will stick to the original car’s design, but based on this short teaser, it seems to be a more modern take on the iconic car’s blocky design.

The new DeLorean is set to be revealed at some point in 2022.

The original DeLorean was sold between 1981 and 1982. Along with its unique design, the $25,000 USD (roughly $31,000 CAD) — equivalent to $71,000 USD (about $90,000 CAD) as of 2020 — car is best known for being a very underpowered vehicle. The original DeLorean Motor Company shuttered operations back in 1982.

Most likely know the original DeLorean from Robert Zemeckis’ Back to the Future film franchise, which released several years after the car’s demise in 1985.

It’s unclear if Back to the Future is also getting a remake to go alongside the new DeLorean EV.

Image credit: @deloreanmotorco

Source: @deloreanmotorco

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Tesla recalls thousands of vehicles in U.S. over Boombox feature

Electric vehicle manufacturer Tesla has recalled 578,607 vehicles in the U.S., marking its tenth recall in the country over the past four months.

The latest recall stems from pedestrians being unable to hear a warning sound when a vehicle’s approaching because of loud music played from the vehicle’s external “Boombox” feature.

The National Highway Traffic Safety Administration (NHTSA) notes this as a violation of federal safety standards. Given EVs make little noise when in motion, warning signals must be emitted through the Pedestrian Warning System (PWS).

The recall includes 2020-2022 Model S, Model X, Model Y and 2017-2022 Model 3 vehicles.

“While Boombox can enhance the conspicuity of the vehicle to pedestrians, a vehicle that uses Boombox when in motion may cause the PWS to be noncompliant with [regulations], which could increase the risk of a collision,” the NHSTA notes in a document posted to its website. Tesla is not aware of any crashes, injuries or fatalities related to this.”

It’s unclear how this recall affects the Canadian market.

Image credit: ShutterStock

Source: NHTSA

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Toronto plans to add 17 on-street EV chargers in 2022

Though the City of Toronto publicly says it still plans to have 3,000 level-2 charging ports across the city by 2025, a new report proves that the city might not be taking this goal very seriously.

Toronto started the pilot project to launch on-street EV chargers in 2017, but it wasn’t until late 2020 that the city finally got all 17 total charging locations up and running. It should also be noted that only nine of these are for on-street parking, with other chargers placed in Green P (paid) parking lots.

These chargers aim to help Toronto residents that don’t have a driveway/garage charge their electric vehicles (EVs) overnight. The chargers supply level-2 charging speeds and are attached to hydro poles.

Level-2 speeds are decent for overnight charging and are typically what people install at their homes. You can get level-2 rates out of the same 140-volt outlet that most stoves plug into in Canada.

The Toronto chargers have a $3 flat fee for overnight use by people with valid street parking permits and an EV. During the day, the chargers can be rented for $2 per hour. This system is being tested to incentivize EV owners to charge overnight and leave the chargers clear for other people to use during the day.

However, this strategy doesn’t seem to be working. A Toronto Star report from 2021 mentions that this is likely because nine on-street chargers that take multiple hours to charge vehicles aren’t helping those interested in buying an EV feel more comfortable making the jump.

The city’s public goal for EV charger ports is 3,000 by 2025, and at this rate, it’s not even close.

Source: Toronto Star, Electric Autonomy Canada 

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Tesla to disable self-driving feature that rolls through stop signs

Rolling through a stop sign is likely to result in a failed road test in Canada (I can attest to that), as it’s a potentially dangerous maneuver. The act is also likely to get you a ticket if a police officer spots you. So why do some of Tesla’s self-driving vehicles include this feature embedded in their software?

To be fair, the rolling through a stop sign isn’t as risky as it sounds. To roll through a stop sign, a Tesla must be travelling below the speed of 5.6 mp/h (about 9 km/h) while approaching an intersection, and the vehicle needs to identify that there are no moving cars, pedestrians or bicyclists nearby

According to the U.S. Department of Transportation and the National Highway Traffic Safety Administration (NHTSA), Tesla’s Full-Self Driving (FSD) Beta allows vehicles to pass through a four-way stop sign without first coming to a complete stop, which can increase the risk of a crash

About 53,000 affected Tesla Model 3, Model S, Model X and Model Y vehicles will receive an OTA (over-the-air) software update that disables the vehicles from autonomously performing a rolling stop through a stop sign.

According to The Verge, “Tesla says it is not aware of any collisions, injuries, or fatalities related to the use of the feature.” The carmaker says it will notify Tesla owners with vehicles that require the OTA update via a letter mailed before March 28th, 2022.

This comes soon after Tesla announced that it has been testing an improved version of its FSD software. The beta version of FSD will reportedly finally release in Canada sometime in February.

Source: U.S. Department of Transportation Via: The Verge

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Lithium-Sulphur batteries move closer to revolutionizing electric vehicle industry

Researchers at the University of Michigan have developed and recharged a Lithium-Sulphur (Li-S) battery that can theoretically fast charge roughly 1,000 times, pushing EV battery tech closer to a revolution.

The current issue with EV batteries is that they take a long time to fill up and they typically only last roughly 600km under peak conditions.

Li-S batteries aim to solve this problem by being able to store up to fives times more energy than regular Lithium-ion batteries that are featured in vehicles now. The issue with these batteries is that they can’t be recharged enough to make them commercially viable. However, this new research may change that.

The team at Michigan University is using nano kevlar fibres from recycled bulletproof vests to help limit the growth of dendrites and other chemical deposits that form in batteries.

Lead researcher Nicholas Kotov says that the battery his team has developed is close to reaching its theoretical limits and can even withstand extreme temperaturesm making it ideal for cars.

You can read the full report on the university’s website. 

Source: University of Michigan 

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Hacker claims to have remote access to 25 Tesla vehicles in 13 different countries

Tesla’s vehicles are generally considered to be safe, with features like lane-keeping assist, blind-spot monitoring, forward collision warning and emergency braking baked into the car’s autopilot system. But what if the threat is not on the road, and instead is sitting at a desk, hacking into Tesla’s systems?

David Colombo, a Germany-based 19-year-old IT security specialist & hacker, uncovered a software flaw in some Tesla vehicles that allowed him to gain access to 25 cars in 13 different countries. The breach enables him to remotely run commands on the affected vehicle and control its doors and windows, blast music, disable Sentry Mode, start keyless driving and more.

Colombo didn’t go into detail regarding how he gained access to the vehicles’ system, but he did say it wasn’t due to a flaw in Tesla’s core infrastructure, and instead, it was the mistake of the owners. Colombo also claimed to be able to detect the presence of a driver, check their locations and flash their headlights.

“And yes, I also could remotely rickroll the affected owners by playing Rick Astley on YouTube in their Teslas,” reads one of his Tweets.

While the breach does give Colombo access to some of the vehicle’s functions, he can’t fully control the car, including the inability to control the acceleration, steering or braking. However, the minute level of control that he does have could prove dangerous. He states, “I think it’s pretty dangerous, if someone is able to remotely blast music on full volume or open the windows/doors while you are on the highway. Even flashing the lights non-stop can potentially have some (dangerous) impact on other drivers.”

It’s worth noting that Colombo isn’t a rogue hacker and doesn’t pose a threat. Tesla’s security team has already contacted him, and they’re currently investigating the issue.

Source: @david_colombo_

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BlackBerry wants its new IVY platform to be every vehicle’s translation layer

BlackBerry is back at CES 2022 to show off its new connected car software, BlackBerry IVY.

This software will be integrated into cars to help both manufacturers and consumers benefit from the computing power and connectivity in modern vehicles.

The Canadian tech company says that IVY can use “vehicle data to recognize driver behaviour and hazardous conditions such as icy roads or heavy traffic and then recommend that a driver enable relevant vehicle safety features such as traction control, lane-keeping assist, or adaptive cruise control. IVY could then provide automakers with feedback on how and when those safety features are used, allowing them to make targeted investments to improve vehicle performance.”

The other IVY press releases offer more vague business-to-business purposes for the software. None of the use cases are flashy, but if the technology is implemented by the automakers, it could have the potential to streamline the development of new car features and apps.

Ideally, IVY runs as a translation layer on the car’s software, decoding the vehicle’s file types and code to make features like heated seats and headlights run and turning it into a standardized set of tools that developers can utilize across various cars manufacturers.

BlackBerry says IVY is compatible with its existing QNX in-car software and vehicle-grade Linux. However, there’s no mention if it’s compatible with Android Automotive or CarPlay, the key in-car software framework adopted by many large automakers in North America.

In other BlackBerry news, the Canadian company recently halted support for BB10 and below devices.

Source: BlackBerry