Category: News

Wireless phone chargers in cars are awful, but I think we’re turning a corner

Wireless phone chargers in cars have royally sucked for what feels like a very long time at this point. Plenty of them function better as phone heaters than actual chargers (pre-2023 BMWs), ultimately causing your phone to overheat and Apple CarPlay or Android Auto to crash. Others are extremely finicky with positioning, causing your phone to constantly toggle between charging and not charging as it moves around the charging mat. Meanwhile, some are straight-up useless because the mat itself is so poor at holding the phone in place that it slides out of the charger entirely – see the photo at the top of this post of an Integra Type S' wireless charger. Obviously, the phone slides past those useless side detents at the first hint of a corner.

It’s bad enough that even though most new cars I test these days offer wireless phone charging, I still bring a cord on nearly every trip. Course, there are some good ones, too. I’ve always liked Cadillac’s cradle (below, left) that hugs your phone so snugly that there’s zero chance it moves and stops charging – ditto for Ram’s (below, right) “Ramcharger.” Really, any apparatus that forces the phone to stay in one place without disrupting charging is a semi-acceptable solution. 

But there’s also the charging speed part of the equation. Most new, flagship smartphones have the ability to wirelessly charge at respectable speeds these days. You’re still going to achieve maximum charging speed with the classic brick-and-cord sold by your phone’s manufacturer, but popular, new phones like the iPhone 15, Samsung Galaxy S24 Ultra and Pixel 8 Pro can wirelessly charge at up to 15 watts (or 23 watts in the Pixel’s case) on a compatible wireless phone charger. The charging mats in most new cars these days won’t come anywhere near to charging your phone at its potential maximum rate. That leads to very little charging actually being done, as your phone is typically experiencing a high power draw in the car as you use it for navigation and music streaming. Basically, the charger is just barely maintaining charge at that point, leaving you to hop out of the car after a trip with the same battery percentage as when you entered. In many instances, I’ve left the car with even less charge than when I started thanks to such poor wireless charging performance.

All of those above problems were especially frustrating because good wireless phone charging technology has existed (in at-home solutions) for quite some time. Automotive manufacturers simply weren’t putting it in their vehicles. To make things worse, wireless Apple CarPlay/Android Auto has and continues to be touted as a big selling point, but plugging your phone in the old-fashioned way is still the better experience if you actually care to charge your phone.

All the negativity aside, I think we’re finally starting to see a vital shift to improved wireless phone charging in cars. I just hopped out of the totally revamped 2024 Hyundai Santa Fe here recently, and I was stunned at this car’s wireless phone charging performance. Not only does Hyundai provide two cordoned-off (secure) spots to place phones – shown above – but the charging itself was fast! Tesla’s been smartly providing two spots to wirelessly charge both a driver’s and a passenger’s phone at the same time for years, so it’s great to see Hyundai hop aboard that train. Both of the chargers can charge phones at 15 watts (at the same time), and there’s a fan underneath designed to keep things cool and ensure you don’t overheat the phones while maintaining maximum charging speed. CarPlay didn’t stutter once; the phones charged rapidly, and they weren’t even particularly hot when I slid them back in my pocket after the trip.

It was simply the best wireless phone charging experience I’ve had in a car to date. There are lights that stay lit to offer confirmation that the phone is still charging, and I never had to reposition a phone once I set it down. For once, I didn’t miss having a cable at hand, and I also felt like I was able to fully take advantage of the convenience that wireless Apple CarPlay/Android Auto can offer.

Another OEM that’s seen massive growth in wireless phone charger performance as of late is BMW. The new 5 Series has a fresh design (just above) that works wonders. Only one of the two slots to hold a phone in the cradle will wirelessly charge it, but the new design has venting that allows for heat to dissipate and maintain the fastest possible charging for longer. It works splendidly in action, which is a massive improvement over the almost useless wireless phone chargers BMW put in its cars before the new design.

New wireless phone chargers like those described above from Hyundai and BMW give me hope that the rest of the industry will continue to better their chargers, too. It’s simply a shame when a big chunk of real estate in the center console is taken up by a charger that you don’t even want to use, and when done properly, you know a charger can be a notable boon to the in-car tech experience. I think we’re slowly moving along the correct track after a number of failed attempts. Cooling and holding the phone in place are the two biggest roadblocks to move past, and once we’re there, then I might just be able to leave the cord at home for good.

GM seeks to patent a system that evaluates your mental well-being

General Motors has applied to patent a technology that takes driver-monitoring to a new level. The automaker outlined a system that analyzes the driver's behavior by reading data sent by onboard sensors — and can have the car take over if it detects unsafe behavior.

Filed in November 2022, and published in May 2024, the patent describes a "vehicle occupant mental well-being assessment and counter-measure deployment" system. The technology was developed by a General Motors subsidiary named GM Global Technology Operations, and it aims to intervene when it detects that stress — regardless of where it comes from — can affect the driver's ability to operate the car.

What's considered unsafe behavior depends at least somewhat on how you drive. The system first records data points to establish a profile of your driving habits. It then uses this information as a baseline to decide when you're driving erratically. For example, it detects your stop-start frequency, hard braking, hard accelerating, hard cornering, and excessive honking. Existing technology enables some of these features: The system knows whether you're obeying traffic signs, whether you're tailgating, and how strong of a grip you've got on the steering wheel.

The system can take several actions if it decides something isn't right, including asking the driver to perform "a mental health exercise," to call a friend or a family member, or to seek therapy from a trained professional. It can even initiate a call to "a trained advisor" on its own. Alternatively, it can leverage the onboard electronic driving aids to "autonomously [control] one or more driving functions of the vehicle." 

General Motors hasn't commented, and it hasn't revealed when (or even if) it plans to deploy this driver-monitoring system. Keep in mind that a patent application isn't a guarantee that the technology it describes will see the light at the end of a production line. Toyota once patented a "shape-morphing fuselage for an aerocar" yet the new Land Cruiser was unveiled without wings or a flight mode. 

NASA wants to build a floating railway on the moon

NASA's "Moon to Mars" project aims to establish a human settlement on the surface of the moon and ultimately reach the Red Planet. Making it happen safely and comfortably requires setting up an infrastructure that could include a floating railway used to move tools and materials.

The technology is called Flexible Levitation on a Track (FLOAT), and it's described as "a durable, long-life robotic transport system." NASA has identified two main use cases: It can transport regolith mined for construction purposes, which would save astronauts the trouble of flying in cement and cinder blocks from Earth, and it can move payload such as tools from the lunar base to other landing zones or outposts. 

You're on the wrong track, literally and figuratively, if you're picturing a big locomotive and a mile-long string of graffiti-ridden train cars. In some ways, it's closer to the Rainbow Road level you find in nearly every version of Mario Kart. The FLOAT system relies on unpowered magnetic robots that levitate over a three-layer flexible film track, according to NASA. One is a graphite layer that allows the robots, which have no moving parts, to float using diamagnetic levitation. Another is a flex-circuit layer that generates the electromagnetic thrust that moves the robots down the tracks. The third is optional: It's a thin-film solar panel that makes power for a hypothetically nearby lunar base. 

One of the advantages of this system is that it rolls out — it almost sounds like a big rug. There's no need to prepare the ground, which saves time and leaves the surface of the Moon relatively intact, yet a large-scale FLOAT system will be capable of moving over 200,000 pounds of payload several miles per day. It will be fully autonomous, too, so don't look for a "moon train conductor" job offer on LinkedIn.

Engineers have several hurdles to clear before the FLOAT system becomes a reality. The next step is to design, build, and test a sub-scale prototype and investigate what effect factors like temperature, radiation, and lunar regolith simulant contamination have on the system's performance. Manufacturing-related questions need to be answered as well. You can't build the FLOAT system with off-the-shelf parts.

The FLOAT system is one of several ideas NASA selected for Phase II of the NASA Innovative Advanced Concepts (NIAC) project, whose goal is to encourage the development of new technologies that might lead to breakthroughs in space exploration programs, including "Moon to Mars." Another idea is the Pulsed Plasma Rocket, which could put a human on Mars. The spacecraft is capable of making the trip to Mars in about two months, according to simulations. Alternatively, it's powerful enough to transport heavy spacecraft across the galaxy.

Nissan’s interactive puppet entertains fussy babies so parents can drive

Before parenthood, it's near impossible to fully understand just how much a child takes over your once-freewheeling life. Sometimes you can't even get a moment of peace when you're driving. That's where Nissan's Iruyo, a fuzzy doll that can entertain a baby, comes in.

When your humble scribe was growing up, kids just rode seatbelt-less and moved freely around the car, station wagon cargo area, or pickup bed. Then some genius decided to install airbags everywhere so that babies have to be strapped into the back seat facing the rear of the car. Yes, this is the safest option, but it doesn't change the fact that it makes it nearly impossible for a lone parent to see what the kid is up to without perfectly angling a bunch of mirrors like you're trying to bounce lasers.

Trying to soothe an upset baby while driving can be a major distraction. For a whole year and a half, they can't even talk to indicate what's wrong. According to Nissan's research, more than 80% of parents driving solo with a child said they couldn't comfort their babies when they cried.

To solve this problem, Nissan developed Iruyo, a plushie that resembles that red haired monster from Bugs Bunny. Described as an "Intelligent Puppet," it's strapped to the car in view of the baby and works with a smaller matching doll, called Baby Iruyo, that rides up front with mom or dad.

The Baby Iruyo acts like a mic, picking up the parent driver's words and transmitting them to the Iruyo riding in the back with the baby. The big Iruyo then moves in accordance with the parent's voice, waving, doing a little dance in rhythm with the parent's singing, or playing peek-a-boo. 

Iruyo, which is Japanese for "I'm here," also uses facial recognition tech to see when the baby is sleeping. When the kiddo closes their eyes, it transmits that back to the Baby Iruyo in front, which then closes its eyes to let the parent know junior is off to slumberland.

Nissan found that 90% of babies pay attention to Iruyo's movements, and that the emotional state of more than half the babies in their study improved when interacting with the doll, even when strapped into the carseat. 

Nissan developed a few variations of Iruyo as well. There's one with white fur and one with pink. Each color Iruyo also gets three different looks — plain, wearing a beanie, or wearing glasses. 

For now, Iruyo is still an experimental item, but Nissan says it will do some trials in Japan and take feedback from customers. Who knows, maybe you can have an Iruyo of your very own someday. Now if they could only figure out how to prevent food from getting all over the upholstery.

Indy Autonomous Challenge reveals improved and faster race car at CES 2024

Autonomous racing is still in its infancy, but there’s a new race car meant for the Indy Autonomous Challenge that was just revealed at CES 2024. It’s called the IAC AV-24, and it’s designed to be far more capable than the AV-21 that universities have been racing for the past few years.

In case you weren’t following along, the Indy Autonomous Challenge is a competition for colleges and universities around the world to develop and race each other in autonomous cars on real racetracks. This next generation of autonomous open-wheel cars will be taken to the Indianapolis Motor Speedway, Monza and the Goodwood Festival of Speed to compete for big cash prizes.

The teams/universities that enter this latest phase of competition will need to develop their artificial intelligence “drivers” to pilot the car and try to win races. This new car platform should allow entrants to push further and go faster than they could before thanks to newer and better hardware and software systems. New equipment includes a Luminar 360-degree long-range lidar system, Continental 4D radar sensors, IAC custom drive-by-wire system (allows for independent actuation of front and rear brakes), Marelli race control and real-time data interface, improved GPS and a whole lot more. The “robot” that competitors will program to drive the vehicle has better functionality, too, as the IAC says it’s vehicle chassis agnostic, allowing even more use-case applications. A new simulation tool will even allow possible entrants to train and test their AI driver without having to buy a car and to test it in the real world, opening up more possibilities for competitors.

Ultimately, this series should help push the boundaries of where we’re at with high-speed automation and lead to innovations and enhanced features in this space. In a way, it’s just like old-fashioned motorsports in the knowledge transfer from the racetrack to the road, but in this case, the knowledge gained is simply in a different form.

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CES 2024 Live: News from Honda, Hyundai, Kia, Sony, Mullen, Vinfast and more in Las Vegas

LAS VEGAS, NV - JANUARY 5: View of CES 2023 at the Las Vegas Convention in Las Vegas, Nevada on January 5, 2023. Credit: DeeCee Carter/MediaPunch /IPX

We've gotten a lot more automotive (and related) news from CES 2024 than we were expecting. There's been a ton of fun news and cool reveals as the show really gets going into high gear. With major reveals, updates and news from huge automakers and brands like Honda, Hyundai, Kia, Sony, Mercedes-Benz and Vinfast, there's plenty to keep automotive enthusiasts interested this year in Las Vegas.

We've already seen a few new vehicles (two-wheeled and four-wheeled), AI tech, infotainment upgrades, autonomous technology and even new tires. If that's not enough, we've covered electric boat motors from Mercury, autonomous tractors from John Deere and a couple flying car/drone/copter things.

And we're not done yet. We'll also be bringing you live impressions from the event covering everything from debuts to random musings from the floor. And you can follow all the action live right here.

Honda and Acura add garage door control to Apple CarPlay, Android Auto

Honda

Honda

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You’ll soon be able to use Apple CarPlay or Android Auto in your Honda or Acura to open and close your garage door. It’s a new feature made possible through a partnership with the Chamberlain Group’s myQ Connected Garage service.

Honda says that all of its 2023 and 2024 model year vehicles will be compatible with this new tech, but it also says that “millions of older Honda and Acura models supporting Apple CarPlay and Android Auto also have compatibility.” That’s especially great to hear that the convenience is not just going to be limited to brand-new models.

As for how it works, the system is fairly straightforward. You can set a geofence that will automatically prompt you with a system notification when you get within a certain distance of your garage. Follow the onscreen instructions to open, and your garage door will do as you command. The same can be done to close your garage door.

For this tech to work, Honda says that you’ll need a compatible garage door opener, but there’s a good chance you already do because myQ is compatible with most openers on the market today from LiftMaster and other Chamberlain brands. If your opener is already myQ enabled, then you won’t need to do anything. However, if you have an older style, Honda says you can use a “myQ Smart Garage Control device” to upgrade it into one. Honda is offering everybody one for free if you sign up for its 30-day demo subscription of the service, so don’t worry about having to buy one.

However, if you do wish to continue beyond that 30-day free trial, a three-year subscription costs $129, while a five-year subscription will run you $179.

The real benefit to this system is that you’ll be able to open and close your garage door from anywhere, not just within the range of where your opener or car-linked button will work. Of course, myQ has a phone app that will do the same, but this allows you to do the task directly through the car’s interface without needing to yank out a phone.

Honda says this tech is functional as of today, so go ahead and try it out if you have all the necessary garage door tech in place.

Apple seeks patent for an augmented reality windshield

While Apple continues (or doesn’t continue) to develop its plans for a self-driving automobile, the company is proposing an advanced high-end technology for an augmented reality (AR) display system that would generate a bunch of information onto a vehicle’s windshield.

In a U.S. Patent Office filing last week, Apple described a graphical overlay on the glass in front of the driver that would provide information about the real-time environment as well as data about objects in the distance — humans included — along with the vehicle’s speed, suspension and other factors.

The system, which may borrow on Apple’s science being employed in its soon-to-be-released Vision Pro headsets, would rely on a variety of sensors to collect information about the surrounding environment. This could include visible light cameras, various types of infrared cameras, as well as ultrasonic and light-based scanning devices for building up a three-dimensional picture of the car's surroundings. The patent also mentions the use of geographical positioning devices and radar devices.

Rather than just overlaying the physical elements of the environment, the AR project would essentially integrate elements into the full-scale projection on a large glass area — a complex operation — in a multi-dimensional model of the outside world.

Another feature buried in the 24-page patent filing under patent point #092 indicated that Apple is working toward a FaceTime application that would sync conversations between occupants in the same vehicle and/or those in another vehicle. Apple notes that "In some embodiments, an augmented reality display system included in a vehicle enables visual communication between an occupant of the vehicle and a remotely located user, including an occupant of a separate vehicle.”

Some of the proposals in the current patent application are not radically new. In 2018, Apple filed for similar system implementations that would flash extensive information onto a “smart” windshield.

Just a year ago at its annual developers event, Apple showed an updated version of CarPlay — it revealed CarPlay transforming an instrument cluster using virtual gauges, adding widgets such as calendar alerts and weather info. Display possibilities in the new CarPlay also provided access to native car info like engine RPM, coolant temperature, HVAC and radio controls.

Researchers’ new car antitheft device could be super effective

Keyless car hacking and high-tech ways to steal modern cars continue to proliferate, but the University of Michigan just proposed a somewhat low-tech method of halting these kinds of thefts.

Researchers are calling it the “Battery Sleuth” for the time being, and while it’s at least three years out from being a product one could buy, it’s an intriguing proposition nonetheless. The device is connected between the vehicle’s battery and the electrical system, and it works by monitoring voltage fluctuations. The driver can interact with the device via a numerical keypad or fingerprint sensor, and if they enter in the correct code, the Battery Sleuth will send out a “voltage fingerprint” over the electrical system that enables the vehicle to start. Until the correct code or fingerprint is detected, the Battery Sleuth limits the amount of power that can be drawn from the battery. There will be enough power to operate things like the lights, windshield wipers and turn signals, but not enough to power the vehicle’s starter, which should thwart a thief from simply getting in and driving off.

Being able to use those auxiliary systems is important, too, because researchers say that operating those systems in a certain order could also be used as an authenticator to deliver the correct voltage fluctuation fingerprint. A combination of flicking the wipers, activating a turn signal or two, flashing the lights on and off and locking/unlocking the doors could theoretically be your voltage fluctuation “code” to make the car turn on.

Of course, thieves could always try to guess a passcode or sequence of actions, but the consequences are similar to trying to guess someone’s smartphone passcode. Enter in the wrong sequence, or press the wrong fingerprint into the sensor enough times, and the car’s alarm will sound. It’s also designed to completely shut down the car’s electrical system if it detects an unauthorized power source is connected to the vehicle.

The University of Michigan says a field test determined the Battery Sleuth to be 99.9% effective “at detecting and preventing illegitimate activity without interfering with normal vehicle operation.” That study only involved eight vehicles, but more testing is in the works. Researchers claim there’s nothing to hack due to this solution’s simplicity, but making the impossible-to-hack claim is always a dangerous game.

Three more years of research and testing is on the docket next, and once that’s complete, the team believes it will have a prototype that can be used for commercial production. The greatest potential is that this system could be used as a complete vehicle entry and control system that does away with key fobs and keys, but we’ll just have to wait and see if the Battery Sleuth has a future in new production cars.

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Michelin testing airless tires in real-world conditions on French mail vans

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Michelin will continue testing its Uptis range of airless tires by fitting them to 40 vans owned by French postal service La Poste. The brand has already started testing the prototype tire — which can't deflate or go flat — in real-world conditions in Asia and in North America.

The pilot project will begin in June 2023, when La Poste installs a set of Uptis airless tires on three of its delivery vehicles. It sounds like the yellow vans will then deliver letters and parcels like any other van fitted with regular tires. The data gathered during the first phase of the project will then be analyzed and used to make improvements if necessary, and up to 40 delivery vans will be fitted with Uptis tires by 2024.

Michelin's images show the Uptis tires fitted to a Citroën Jumpy, which is a medium-sized van that competes in the same segment as the now-gone Mercedes-Benz Metris and the Renault Trafic, among others. This is one of the bigger vans in La Poste's fleet, the service also owns thousands of smaller Renault Kangoo-type vans, and Michelin hopes the tire will help La Poste reduce service-related downtime.

Once the pilot program is in full swing, La Poste will send its Uptis-riding vans on routes around Lesquin, Valenciennes and Douai in the north of France, near the border with Belgium. Regardless of which route they end up on, they're sure to turn heads: the Uptis tire is airless, so it relies on a series of flexible fins to support the weight of the vehicle. It's see-through, and it's certainly not a subtle modification.

We expect that more details about Michelin's pilot project will emerge in the coming months. As of writing, it's too early to tell if or when the Uptis tire will reach production, though the French company notes that it's developing the technology primarily for "light commercial fleets intended for professional use," meaning you may need to be patient before you can buy a set for your BMW 3 Series daily driver.

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