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Chery brings new commercial <b>vehicle</b> brand, DELIVAN, to Europe

Chery Commercial Vehicle has launched the DELIVAN brand, a new electric-first competitor which arrives in an increasingly competitive electric van market. The brand debuted at this week’s Commercial Vehicle Show – showcasing an electric light commercial vehicle, alongside concepts for a micro cargo van and fully autonomous ‘robot cargo’ vehicle. The UK is the first country in Europe that DELIVAN will enter, and the brand’s European headquarters will also be based in Liverpool, in the UK. The brand is expected to reach other European territories further down the line. With potential cost savings being one of the key factors in operators making the switch to electric and zero-emission commercial vehicles, DELIVAN will heavily press on these models being connected vehicles – with elements such as real-time monitoring, predictive maintenance, and continous optimisation baked into the vehicles from day one. Such data will also be stored on European-based servers, ensuring that operators using these vehicles comply with data privacy laws across the region. By entering the European commercial vehicle market, DELIVAN will not only be taking on established players in the commercial sector such as Ford and Stellantis, but also other newcomers to the commercial market, such as Geely-backed Farizon. There’s no word on pricing or exact models yet, but DELIVAN CEO Jolly Yang did confirm at the launch that sales are expected to start from the first quarter of 2027. Outside of the commercial vehicle scope, this launch is also a broader sign of Chery’s growing ambitions in Europe. Chery is the company behind a number of passenger vehicle brands experiencing fast growth across Europe (in particular the UK), through brands such as Omoda, Jaecoo, and Chery. In the first quarter of 2026, the Jaecoo 7 and Cherry Tiggo 8 were the 1st and 2nd best selling cars in the

Visa Teams With TikTok on Creator-Focused Debit Card | PYMNTS.com

The Creator Card, which Visa calls the first of its kind, is being introduced in response to the U.K.’s fast-growing creator space, the companies said in a Tuesday (April 21) news release. The goal is to let creators access financial tools to run and expand their businesses. “Currently, creators who earn income through TikTok LIVE typically manage their finances through their personal bank account,” the release said. “Visa research amongst creators on multiple social media platforms shows that 86% of creator-run businesses are self-funded and 49% experience late payments, highlighting the ongoing cash flow challenges they face.” The card lets creators access tools to separate their business and personal finances. During TikTok Live broadcasts, creators are rewarded via virtual gifts that can ultimately be exchanged for real income. “This income typically arrives in bursts, rather than on a regular monthly salary, meaning short delays between earnings settling in their account which can make it harder to cover everyday costs or reinvest in their business,” Visa said. Advertisement: Scroll to Continue With the new card, creators can access these earnings quicker and begin spending, escaping the delays associated with waiting for payouts to clear, the release continued. The Creator Card is the latest in a series of creator-focused partnerships for Visa. The company said in November it was exploring a collaboration with Karat, which offers financial services for creators, to launch an agentic pilot program to help creatives run their businesses. At the time, Visa had just published research, showing that 88% of creators expect revenues to grow in the coming year, highlighting increasing optimism about earning potential. Weeks later, payments and compliance platform Lumanu said it would offer real-time payments to creators and contractors by integrating Visa’s real-time global money movement network. “Creators shouldn’t have to chase invoices or wonder

Fleet managers not sold on EVs, but they're getting there: survey | Utility Dive

Most fleet managers at small and mid-sized organizations haven’t moved to electric vehicles but many are preparing to as states adopt EV-fleet requirements, according to a survey by a company that provides EV fleet services. Since California adopted a zero-emission fleet requirement for state agencies in 2012, about a third of states have adopted something similar, including for private organizations, and more states are looking at their own requirements. Fleet operators say the transition to EVs would be easier if there were a bigger selection of trucks, particularly larger ones, and better mileage range and payload options, according to Mitra, an EV services company that surveyed fleet managers at 300 small and mid-sized organizations in four states: California, Colorado, Georgia and Ohio. Access to one-stop shops that provide the vehicles and oversee installation of the on-site charging infrastructure would also help, the survey showed. In the ideal scenario, “they dig the holes and they run the line and they put in the charger and they bring in the truck and they go, ‘there you go,’” a fleet operator in the survey report said of one-stop shops. “If you get somebody who can do all that in one package, then that’s something to look at.” Many states offer incentives to help organizations transition fleets to EVs but being aware of and navigating the rules to get the assistance isn’t easy, the survey found. “With all the things that a person like myself has going on, we don't always have the time to dive into it and find out what that assistance is," one manager quoted in the report said. Fleet managers are also concerned about the availability of support once they make the transition. “We don't have a technician on staff,” one fleet manager said. “The shop that we take [our

USMCA '26 Review: Mexico's <b>Automotive</b> Future and the China Factor

USMCA '26 Review: Mexico’s Automotive Future and the China Factor STORY INLINE POST Mexico’s automotive industry, long a pillar of its manufacturing economy, is entering a decisive phase as the United States, Canada, and Mexico prepare for the 2026 review of the United States–Mexico–Canada Agreement. What was once a seamless North American production platform under the North American Free Trade Agreement is now being reshaped by geopolitical tensions, stricter trade rules, and the rising presence of Chinese automakers. The outcome could redefine not only how cars are built in Mexico, but also who builds them, and for which markets. For decades, Mexico has been a global automotive powerhouse. Assembly plants across the country produce millions of vehicles annually, with the vast majority exported to the United States. This success has been built on a tightly integrated North American supply chain, where parts cross borders multiple times before a car reaches the showroom. That model is now under strain. The transition from NAFTA to USMCA introduced stricter rules designed to ensure more production stays within North America. Vehicles must now meet higher regional content requirements (75% compared to 62.5% under NAFTA) and comply with new labor and wage standards. These changes were intended to bring manufacturing back to the United States. Instead, they have triggered a complex recalibration across the region, one that is increasingly putting Mexico in the middle of a geopolitical balancing act. Although officially described as a “review,” the upcoming 2026 evaluation of USMCA is widely expected to function as a renegotiation. Washington is signaling interest in tightening enforcement of rules of origin and further reducing reliance on non-North American inputs, particularly those coming from China. For Mexico, this presents both risk and opportunity. On the one hand, stricter rules could increase production costs and limit the flexibility

Europe must end 'integration hell' to compete in SDVs, supplier boss says

April 21, 2026 04:03 AM EDT Featured Stories GM suspends next-gen electric trucks as it pivots back to gas engines, hybrids Suppliers say the planned 2028 launch of refreshed Silverado, Sierra, and Escalade IQ electric trucks has been shelved with no new timeline.

Police search for reckless drivers after street takeover in Maspeth, Queens

MASPETH, Queens (WABC) -- Days after nearly 100 cars took over an intersection in Queens, officers with the NYPD have released new pictures of the suspects they are looking for. The drivers took over an intersection in Maspeth, Queens over the weekend, blocking traffic and performing dangerous stunts around a ring of fire in the street. Police say eight people in total are responsible for creating the chaos over the weekend. They say it wasn't only disorderly, it was dangerous. Some neighbors were outraged that their intersection at 69th Street and Elliott Avenue saw open flames so close to two gas stations. Moustafa Dawod works at the BP gas station nearby. "It's kind of crazy to light a fire circle in the middle of two gas stations," Dawod said. "It's just stupid and also it looked like they were trying to throw bottles or something with liquid in it which is dangerous." Officers said they arrived within minutes to break up the dangerous scene. At one point, two men jumped onto the hood of a marked NYPD vehicle, causing damage and cracking the windshield. Luckily, no one was hurt. New York City Council member Phil Wong, who represents the district, says he will meet with Police Commissioner Jessica Tisch on Tuesday. "We never had enough police officers so when I meet with the commissioner tomorrow I will make that request," Wong said. "We need more police officers and patrol cars." Officials are asking if anyone recognizes any of the eight suspects to call police. ---------- * Download the abc7NY app for breaking news alerts * Download our connected TV app Have a breaking news tip or an idea for a story we should cover? Send it to Eyewitness News using the form below. If attaching a video or photo, terms

Mercedes-Benz Goes Electrifies C-Class C400 4MATIC

Mercedes-Benz unveiled the all-new electric C-Class on Monday, presenting what it described as the most ambitious reinvention of the model in its history. The car, designated the C 400 4MATIC Electric, is powered entirely by a battery and will go on sale in the United States in the first half of 2027. Its arrival marks a defining moment not only for Mercedes but for the broader premium midsize segment — a market still dominated by internal combustion competitors that have been slow to embrace full electrification. “The all-new electric C-Class is redefining the mid-size segment for electric vehicles,” said Ola Källenius, the company’s chief executive, in a statement. He described it as “the most powerful and sportiest C-Class we’ve ever built.” That is a notable claim for a model whose reputation has long rested more on refined comfort than outright performance. But the numbers behind it are hard to dismiss. Range, Power and a Ten-Minute Promise The new C-Class launches with a single powertrain configuration — a dual-motor, all-wheel-drive setup producing 482 horsepower, capable of accelerating from zero to 60 miles per hour in 3.9 seconds. Those figures put it squarely in the territory of dedicated performance sedans, a segment Mercedes has traditionally addressed with its AMG division rather than a base model. On range, the company is equally aggressive. The new C-Class carries a 94-kilowatt-hour lithium-ion battery and, under the European WLTP testing cycle, is rated at up to 762 kilometers — roughly 473 miles. Real-world range figures in the United States, measured under the EPA’s more conservative methodology, will almost certainly come in lower, but even a significant discount would place the car well above the current midsize electric field. More striking is the car’s charging capability. Using 800-volt DC fast-charging infrastructure — the same high-voltage architecture found

<b>Car</b> Satellite Antenna Market Expands Gradually Driven

Car Satellite Antenna Market Expands Gradually Driven by Connected Vehicle Ecosystem and Navigation Demand Car Satellite Antenna Market SizeIn 2024, the global market size of the Car Satellite Antenna market was estimated to be worth US$ 1152 million and is forecast to reach approximately US$ 1451 million by 2031, growing at a CAGR of 3.4% during the forecast period 2025-2031. • GPS and SDARS Antenna segment is witnessing stronger growth due to rising demand for integrated navigation and satellite radio services, enhancing in-vehicle connectivity and infotainment experiences. • Government regulations mandating vehicle safety systems, navigation tracking, and emergency response technologies are supporting the adoption of advanced antenna systems across both passenger and commercial vehicles. Get Free Sample: https://reports.valuates.com/request/sample/QYRE-Auto-17B2486/Global_Car_Satellite_Antenna_Market_Size_Status_and_Forecast_2021_2027 Major Trends • Increasing integration of satellite antennas in connected vehicles • Rising demand for real-time navigation and infotainment systems • Growth of smart mobility and autonomous driving technologies • Advancements in compact and multi-functional antenna designs • Expanding adoption of satellite radio and telematics services • Strong OEM focus on enhanced in-vehicle connectivity solutions Trends Influencing the Growth of the Global Car Satellite Antenna Market The Car Satellite Antenna market is evolving steadily, supported by the growing transformation of the automotive industry toward connected and intelligent mobility solutions. One of the key trends shaping the market is the increasing adoption of advanced antenna systems that combine multiple functionalities into a single compact unit. Among the different types, GPS and SDARS antennas are gaining significant traction as they enable seamless integration of navigation and satellite radio services. These antennas are becoming an essential component in modern vehicles, offering enhanced user experience through real-time location tracking, traffic updates, and high-quality audio broadcasting. The shift toward multi-functional antenna systems is also helping automotive manufacturers reduce design complexity and improve vehicle aesthetics, thereby contributing to

Modern GPS-Equipped <b>Cars</b> Track Your Every Move, And The Data Can't Be Erased

It's not really a surprise that your vehicle is tracking you. Connected cars collect your exact location, your driving speeds, and plenty of other data about you. But once that data is sent to the manufacturer via the cloud, it's safe from prying hands, right? A new teardown of a vehicle's computer shows that's not the case. Your car stores that data, in some cases forever. Santa Claus Has Nothing On Your Car's Tracking Connected cars have been controversial since they first launched. If the car knows where you are, then the company knows where you are. If the company knows, then both good and bad actors can find it. Because of that danger, some countries have regulations that cover how it should be secured. The EU even has rules that demand updates over-the-air to try and help fix any security vulnerabilities that get uncovered. But it's not enough. Romain Marchand with cybersecurity consultants Quarkslab wanted to find out if they could get location data directly from a vehicle. Marchand then used that data along with open source intelligence to find shocking amounts of information. Marchand started with a Telematics Control Unit (TCU) from a BYD Seal. He picked the BYD because "some Chinese vehicles have raised security concerns; for instance, Poland has banned certain models from its military bases." The US has also implemented a ban on Chinese connected vehicle tech, though we don't have any reason to think cars from any other country are better in this way. He got a TCU from a scrapped BYD Seal and then tore it down to the bare chips. Using a custom-made adapter, Marchand and team were able to dump the contents of the TCU's memory chip. We would have expected this to be encrypted, but the paper describes it as

'Manipulate': The growing <b>car</b> safety risk no one's talking about

‘Manipulate’: The growing car safety risk no one’s talking about While modern cars offer unparalleled convenience, some experts warn that they can be used to facilitate serious crimes. Modern internet-connected cars have undoubtedly revolutionised transport, largely in part due to the convenience of advanced technological features such as live GPS tracking and external cameras. And while these tools can make driving easier for owners, some experts have raised concerns about the car’s ability to harvest and store private information. There is also a growing concern the technology is being used by perpetrators of domestic and family violence. According to eSafety Commissioner Julie Inman Grant, its technology-facilitated abuse support services have flagged a growing risk of perpetrators using these cars to commit crimes. “We've been receiving a growing number of enquiries from frontline workers with concerns around smart cars that are weaponised against victim-survivors and their children,” she told Drive. In an April 2026 Drive report, Simon Smith, a cybercrime forensics expert, said that modern connected cars can collect sensitive private driver data. “Modern connected vehicles collect far more than most drivers realise, and GPS is only a small part of it. Many infotainment systems will also ingest contacts, call logs, and message metadata the moment a phone is paired,” he explained. “The real concern is the creation of a highly detailed behavioural fingerprint – where they go, how they drive, who they interact with, and at what times,” Smith explained. 'Manipulate a victim's movements' In a December 2025 Parliament House press conference, Domestic, Family and Sexual Violence Commissioner Micaela Cronin confirmed the severity of technologically facilitated domestic abuse offences. "Even five years [ago], it was 99.3 per cent, so [it's] very ubiquitous... It's the people from the frontlines who are seeing it on a daily basis and the people that

'Manipulate': The growing <b>car</b> safety risk no one's talking about

‘Manipulate’: The growing car safety risk no one’s talking about While modern cars offer unparalleled convenience, some experts warn that they can be used to facilitate serious crimes. Modern internet-connected cars have undoubtedly revolutionised transport, largely in part due to the convenience of advanced technological features such as live GPS tracking and external cameras. And while these tools can make driving easier for owners, some experts have raised concerns about the car’s ability to harvest and store private information. There is also a growing concern the technology is being used by perpetrators of domestic and family violence. According to eSafety Commissioner Julie Inman Grant, its technology-facilitated abuse support services have flagged a growing risk of perpetrators using these cars to commit crimes. “We've been receiving a growing number of enquiries from frontline workers with concerns around smart cars that are weaponised against victim-survivors and their children,” she told Drive. In an April 2026 Drive report, Simon Smith, a cybercrime forensics expert, said that modern connected cars can collect sensitive private driver data. “Modern connected vehicles collect far more than most drivers realise, and GPS is only a small part of it. Many infotainment systems will also ingest contacts, call logs, and message metadata the moment a phone is paired,” he explained. “The real concern is the creation of a highly detailed behavioural fingerprint – where they go, how they drive, who they interact with, and at what times,” Smith explained. 'Manipulate a victim's movements' In a December 2025 Parliament House press conference, Domestic, Family and Sexual Violence Commissioner Micaela Cronin confirmed the severity of technologically facilitated domestic abuse offences. "Even five years [ago], it was 99.3 per cent, so [it's] very ubiquitous... It's the people from the frontlines who are seeing it on a daily basis and the people that

Your <b>car</b> might know more about you than your partner—What data are <b>cars</b> collecting?

Your car might know more about you than your partner—What data are cars collecting? Modern cars track far more than driving habits, quietly gathering personal data most drivers never realize they’re sharing. You likely see your car as a simple way to get from one place to another, built for convenience and reliability. But modern vehicles are far more than transportation. They are connected devices that continuously collect and transmit data every time you drive. From your routes and driving behavior to in-car preferences and even smartphone activity, today’s cars can quietly build a detailed profile of your habits, often without you ever realizing it. What data are cars collecting? Today's modern cars are collecting far more information than most people realize. New vehicles effectively operate as smartphones on wheels. They can monitor your driving behavior, including acceleration, braking, steering, speed, and more. Some models also record which in-car settings and preferences you use, and even store locations you’ve saved, which can reveal your regular routes and destinations. In addition, the data collected is not limited only to “vehicle performance”. Depending on the vehicle's make and model, data collection may include external camera or sensor images, your personal identifiers such as name or contact info, and other profile information. It does not mean that all the data is transferred straight to the manufacturer, and not all of it is readable by humans. This also does not mean anyone at a car manufacturer can check your data. It is usually stored in bulk without a direct link to an individual, and depending on the brand and model, some personal information may be stored only in the vehicle. According to research, cars are “the worst product category for privacy” because they collect more personal data than necessary and often do so without

Tata EV Owners Will Soon be Able to Unlock <b>Cars</b> Using iPhone, Apple Watch

Tata EV Owners Will Soon be Able to Unlock Cars Using iPhone, Apple Watch Apple’s Car Key feature, introduced in 2022, allows users to unlock and start their vehicles using an iPhone or Apple Watch. Apple may soon bring its digital car key feature to Tata electric vehicles, marking a significant step toward deeper smartphone-car integration in India. Evidence spotted on Apple’s backend (via Macrumors) suggests that Tata EVs are being prepared for integration with Apple’s Car Key feature, although the company has not officially confirmed timelines or supported models yet. Your iPhone Could Replace Your Car Key Apple’s Car Key feature, introduced in 2022, allows users to unlock and start their vehicles using an iPhone or Apple Watch. The digital key is stored inside the Wallet app, and users can unlock a compatible car simply by holding their device near the vehicle’s NFC reader. In some cases, just tapping the door handle is enough. Advertisement There is also an “Express Mode” that removes the need for Face ID or passcode authentication, making the process faster, while still offering secure options when needed. Tata Joins a Global List of Supported Brands If the rollout goes through, Tata will join a growing list of global automakers that already support Apple’s digital car key ecosystem. Brands like BMW, Hyundai, Kia, Mercedes-Benz, Volvo, and others already offer this functionality in select models. Advertisement Tata’s inclusion is notable because it would make it one of the first Indian automakers to adopt this feature at scale, bringing a premium connected car experience to a wider market. According to FADA, Tata sold the highest number of electric vehicles in the March quarter, making the upcoming feature more ubiquitous in the Indian market. This Was Already in the Works The development is not entirely unexpected. At WWDC

Singer D4vd charged with murder of 14-year-old found decomposed in his <b>car</b>

By — Andrew Dalton, Associated Press Andrew Dalton, Associated Press Leave your feedback Share Copy URL https://www.pbs.org/newshour/arts/singer-d4vd-charged-with-murder-of-14-year-old-found-decomposed-in-his-car Email Facebook Twitter LinkedIn Pinterest Tumblr Share on Facebook Share on Twitter Singer D4vd charged with murder of 14-year-old found decomposed in his car Arts Apr 20, 2026 2:42 PM EDT LOS ANGELES (AP) — Singer D4vd has been charged with murder in the death of a 14-year-old girl who was last known to be alive nearly a year ago and whose dismembered and decomposed body was found in September in his apparently abandoned Tesla, prosecutors said Monday. The Los Angeles County District Attorney's Office said the 21-year-old D4vd, whose legal name is David Burke, was charged with first-degree murder in the killing of Celeste Rivas Hernandez. She was reported missing by her family in 2024, when she was 13. Authorities, who described her Monday as a "runaway," said she was 14 when she was killed. The murder charges included special circumstances — lying in wait, committing crime for financial gain and murdering the witness in an investigation — that could carry the death penalty. Prosecutors haven't announced whether they will seek it. Burke is also charged with lewd and lascivious acts with a person under 14 and mutilating a body. Attorneys for the Houston-born alt-pop singer said he was innocent in a statement released after homicide detectives arrested him on Thursday at a home in Hollywood. "Let us be clear — the actual evidence in this case will show that David Burke did not murder Celeste Rivas Hernandez and he was not the cause of her death," the lawyers said. A new request for comment to Burke's lawyers on the charges was not immediately answered. Los Angeles County District Attorney Nathan Hochman speaks during a Mondays news conference about the arrest of

Stellantis teams with Microsoft to strengthen digital capabilities | Cybersecurity Dive

Dive Brief: - Stellantis announced a new five-year, strategic partnership with Microsoft as part of an initiative to accelerate the automaker’s digital transformation, according to a press release. - The two companies will co-develop an AI-powered ecosystem, aiming to strengthen Stellantis’ cybersecurity and engineering capabilities, and help protect its vehicles, customers and enterprise operations worldwide. - “Through our collaboration with Microsoft, we are accelerating our AI momentum across the enterprise, giving our teams the tools to innovate faster and deliver the products, services and experiences customers expect from us,” said Ned Curic, Stellantis Chief Engineering & Technology Officer, in a statement. Dive Insight: Working with Microsoft, Stellantis will collect data and AI-driven insights from its connected vehicles to deliver new experiences and services to customers. In order to protect customer data, cybersecurity will be added to Stellantis vehicles and all data transferred across mobile apps and in‑vehicle services and to the cloud will be encrypted. Examples of connected vehicle data may include drivers receiving intelligent recommendations for more energy‑efficient driving in urban environments, as well as vehicle-health insights and over-the-air updates designed to improve usability of its vehicles, per the release. “As AI rapidly advances, we have been early adopters across our business, from engineering and manufacturing to design and customer interaction, embedding AI directly into our vehicles, from the new digital cabin to the core vehicle operating system,” said Curic. Stellantis will also deploy and operate an AI‑powered global cybersecurity center for its IT systems, connected vehicles, manufacturing facilities and digital products to ensure its connected services and customer data remain protected from cyberthreats. The adoption of AI will also strengthen Stellantis’ ability to respond to any potential cyberattacks that target its global operations, which is a concern after hackers recently targeted Jaguar Land Rover. Last summer, Jaguar Land

Detroit <b>auto</b> shop turns classic Caprices into high-powered donk <b>cars</b>

Detroit auto shop turns classic Caprices into high-powered donk cars - To be considered a donk, a car must be a customized 1971 to 1976 Chevrolet Impala or Caprice. - Brandon Pypkowski likes to load his donk creations up with aftermarket parts and engines that deliver lots of horsepower. Brandon Pypkowski knows not everyone likes donks, but he’s partial to these particular cars. That’s why the Detroit man builds them at his garage, Well Connected Customs, on Gratiot Avenue, north of downtown near the Faygo plant. On a recent afternoon as he sat near a few of his creations, Pypkowski attributed any dislike of the big-wheeled car's style to a misunderstanding. Donks aren’t just any cars with big wheels, he said. They’re specifically customized 1971-1976 model year Chevrolet Caprices and Impalas. They were full-sized, affordable family cars in their day, and lots of people have told Pypkowski, 39, they remember their families had them growing up. But now, Pypkowski builds them to stand out. “They’re not hot rods, but we turn them into hot rods. They have a lot of characteristics of Chevelles, your Camaros, your Corvettes, as far as suspension and engine goes, but they have the ride of a Cadillac,” he said. “You see a big old car like this that somebody’s grandma would drive to the grocery store and pick up her groceries, but it’s got a 1,200-horsepower motor and it don’t look like it.” A few cars come to Pypkowski in good enough condition that they will keep a lot of what they had originally, with key upgrades. Others will be almost completely remade. Pypkowski works with his customers to develop a plan for what the build will become. Then the work gets underway. “I build a cart and take the frame from under the car

Mahindra Xuv 3xo vs Nissan Magnite Comparison – Price, Mileage, Specs &amp; Features 2026

Mahindra Xuv 3xo vs Nissan Magnite Mahindra Xuv 3xo AX7 Luxury 1.2 Petrol GDI AT 14.88 lakh Nissan Magnite Tekna+ 1.0 Turbo Petrol CVT 10.76 lakh Engine & Transmission Fuel Type/ Propulsion Number of Cylinders Engine Installation Engine Displacement Engine Type Max Engine Power Max Engine Torque Drive Layout Gearbox Type Number of Gears Lockable Differential/s Sport Mode for Automatic Gearbox Manual Shifts via Gear Lever on Automatic Gearbox Paddle Shifters for Automatic Gearbox Pure Electric Driving Mode Fuel & Performance Fuel Tank Capacity Official Fuel Economy Emission Standard Fuel Supply System E20 Compatibility Drive Mode Types Terrain Modes Auto Start/Stop City Fuel Economy as Tested Highway Fuel Economy as Tested Suspension & Steering Front Brakes Rear Brakes Type of Power Assist 4 Wheel Steer Steering Adjust Steering Adjust type Turning Radius Front Suspension Type Front Springs Rear Suspension Type Rear Springs Damper Control Ride Height Adjust Wheels Wheel Size Front Tyre Size Rear Tyre Size Spare Wheel Dimensions Length Width Chassis Type Height Wheelbase Boot Capacity Doors Ground Clearance Kerb Weight Comfort Power Windows Driver rear view monitor (DRVM) Bluetooth Connectivity Bottle Holder in Doors Roof Grab Handles Cooled Cup Holders Cooled Glovebox Cooled Storage Cup Holders Digital Instrument Cluster Door Pockets Driver Armrest Storage Accessory Power Outlet Powered Tailgate Powered Backseat Recline Adjustment Electric Tailgate Release Power Windows with One Touch-Down Foldable Seatback Table Front Seatback Pockets Glove Box Heated ORVM Interior Lamps 12 Volt Port UV Cut Glass Steering Mounted Controls Voice Assisted Sunroof Power Windows with One Touch-Up Exterior Mirrors Electric Adjust Exterior Mirrors Electric Fold Remote Locking Keyless Entry Push Button Start Climate Control Rear AC Vents Third Row AC Vents Front Passenger Seat Adjust from Rear Rear Window Sun Shades Rear Windscreen Sun Shade Rear Power Outlet Sunroof Ambient Lighting Driving Modes Cruise Control

<b>Connected Car</b> News: Silicon Box, Imec, Ford, AECC, Toshiba, Stellantis, Microsoft &amp; EverDriven

In connected car news are Silicon Box, Imec, Ford, AECC, Toshiba, Stellantis, Microsoft and EverDriven. In this Article Silicon Box Joins Imec Automotive Chiplet Program To Advance SDV Architectures Silicon Box has formally integrated into imec’s Automotive Chiplet Program (ACP) to accelerate the adoption of chiplet technology for software-defined vehicles (SDVs). The collaboration focuses on addressing compute bottlenecks and escalating R&D costs by leveraging Silicon Box’s proprietary panel-level packaging and interconnection IP. Key technical objectives include defining interoperability protocols for system architectures and validating high-density interconnections to meet stringent automotive thermal and reliability standards. The company recently achieved an IATF 16949 Letter of Conformance, signaling its readiness for automotive-grade semiconductor manufacturing. Silicon Box reported a 436% annualized revenue increase from automotive clients in Q1 2026, driven by demand for advanced driver assistance systems (ADAS) and high-performance computing (HPC) SoCs. To support the European Union’s semiconductor sovereignty goals, Silicon Box is progressing with a new facility in Novara, Italy, intended to replicate its Singapore foundry capacity and establish a native end-to-end testing ecosystem by 2028. Ford Unifies Product Creation And Industrialization To Scale SDV Platforms Ford Motor Company has established a consolidated Product Creation and Industrialization organization to streamline the rollout of software-defined vehicles (SDVs) and digital services. Led by COO Kumar Galhotra, the new structure integrates Ford’s Electric Vehicle, Digital, and Design teams with its global industrial system to achieve an 8% adjusted EBIT margin target by 2029. The reorganization follows the announced departure of Doug Field, chief EV, digital, and design officer, and the retirement of Kieran Cahill, vice president of manufacturing for Europe and IMG. The technical pivot centers on the Universal Electric Vehicle (UEV) platform, a “skunkworks” project led by Alan Clarke that utilizes unicastings and a fully zonal electrical architecture with in-house software controls. Ford aims