
Report: Automated ADAS Safety Features Are A ‘Nightmare' For Drivers
European regulators began requiring ADAS in 2022, making specific features mandatory in new models ... More from 2022 and in existing models in 2024.
Advanced safety features, like automated speed controls and automatic braking, are so annoying to British drivers that they're turning them off, suggesting technology designed for safety may actually be a source of distraction and irritation — and no wonder, with cars suddenly braking or misreading speed limits.
That's according to research from Which?, a UK consumer organisation, which found more than half (54%) of the 1,500 drivers it surveyed choose to disable at least one of five main Advanced Driver Assistance Systems (ADAS) in their car some of the time.
European regulators began requiring ADAS in 2022, making specific features mandatory in new models from 2022 and in existing models last year. These include intelligent speed assistance, advanced emergency braking, lane keeping assist, driver drowsiness, and "black box" event data recorders.
The aim was to boost safety and reduce car crash casualties, but part of the road to introducing further automation into cars. The UK doesn't have the same rules legally mandating ADAS as yet, but cars tend to feature the software as they're designed for use across the wider market; reports suggest as many as 90% of cars in the UK manufactured since 2018 have ADAS of some sort.
But this research suggests that ADAS systems aren't living up to expectations in the real world — and can be a serious distraction and irritation to drivers.
After all, who wouldn't want a smart lane-keeping system verifying your shoulder check or speed assistance to avoid tickets? Brits, it would seem — but with good reason.
One driver, 75-year-old Eileen, was quoted by Which? as saying driving had gone from a lifeline to a "nightmare" after she purchased a Hyundai i20 hatchback in 2023. That's because the ADAS system misreads speed limits — telling her the limit is 30mph when it's actually 80mph — and unnecessarily correcting her steering, even when in parking lots.
"To feel the steering wheel suddenly spin and the car begin to swerve was terrifying," she told Which?. 'I've seriously considered getting some old, beat-up car from five years ago that doesn't have this technology.'
Eileen isn't the only one. Which? cars expert Michael Passingham tested 11 different cars featuring these systems: "I've had cars brake for nonexistent crossroads, jitter me around on country lanes and inform me that I'm driving 50mph over the speed limit."
According to the survey, 46% of drivers surveyed turned off speed limit alerts, with most saying they felt they didn't need it, though there were also reports it picks up the wrong signs and misreads others.
The second most frequently disabled feature was lane keep assist, turned off by 42% of those surveyed, mostly because they found it dangerous, annoying or distracting.
Which? cars expert Michael Passingham tested 11 different cars featuring these systems: "I've had ... More cars brake for nonexistent crossroads, jitter me around on country lanes and inform me that I'm driving 50mph over the speed limit."
Another third disabled emergency braking, drowsiness monitoring, and blind-spot monitoring — again, drivers turned off the latter because it was distracting.
ADAS features can be turned off, but not permanently; drivers need to change such settings every time they drive.
The Which? research follows an earlier report suggesting ADAS features could become a threat to road safety if damaged in an accident.
The consumer rights organisation called for industry and regulators to do a better job ensuring these safety features are fit for purpose and don't add to drivers' distraction, and warned anyone shopping for a new car to test drive carefully with ADAS enabled to see how the features work on the road.
"These features should be keeping motorists safe, so it is really concerning that so many people are turning them off because they don't find them useful, or even worse, that they find them distracting or dangerous," said Harry Rose, editor of Which? Magazine.
"If the tech is working well it should be possible to adapt to driving with it so that it fulfils its purpose of making you feel safer at the wheel," he added. 'Turning it off should only be a last resort as if you turn the systems off, they're not protecting you, or anyone else.'
In a statement provided to the consumer-rights organisation, Hyundai said: "As part of our process of continuous vehicle testing and quality improvement, Hyundai regularly conducts real world testing of all vehicle systems and whenever possible will introduce software improvements to address identified customer concerns."
But until that possible software upgrade arrives, expect drivers like Eileen to keep switching off automated safety tools for cars like ADAS.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
an hour ago
- Yahoo
Indestructable: The Most Reliable Engines Ever Made
While some engines can be as fickle as the British weather in spring, others can take years of abuse without even batting an eyelid. From feisty four-pots to vigorous V8s, robust engines can be found across the board and feature in a plethora of cars, including a few of our all-time favorites, but what is it exactly that makes a motor reliable? Well, to help answer that question, we've compiled a list of the most dependable engines to ever turn a crankshaft. Whether it be tiny two-cylinders or fire-breathing behemoths, every powerplant on this list is widely renowned for its reliability. Over the years, automakers have produced thousands of different engines — each with its own quirks, strengths, and engineering philosophies. While no list can capture them all, there are certain engines that have earned their place in the reliability hall of fame. By looking at key factors like longevity, mechanical simplicity, build quality, and the types of materials used, we can start to see what sets some powerplants apart from the rest. With insights drawn from trusted automotive sources and enthusiast communities, we're shining a spotlight on some of the most famously durable engines ever made. So forget calling the tow truck — these engines were built to last. Let's take a look under the hood. Arguably the most legendary four-cylinder engine Toyota ever made, the 22R and its fuel-injected sibling, the 22RE, earned a reputation for being virtually indestructible. Found in Hilux pickups and early 4Runners, these 2.4-liter engines featured a simple SOHC design, cast-iron block, and overbuilt internals. They aren't powerful by modern standards, but they'll survive anything, from off-road abuse to years of neglect. Many 22Rs have surpassed 300,000 miles with nothing more than oil changes and the occasional timing chain replacement. Whether crawling over rocks or hauling cargo, this engine just won't die. It should come as no surprise that the first engine on our list is Japanese, and from whom else but Toyota? When it comes to reliability, they wrote the book — and then had it laminated. We could have picked any number of engines from the Japanese giant, but we decided on the 2JZ for its perfect mix of robustness and performance. Introduced in 1991, the 2JZ is a 3.0-liter, inline six-cylinder featuring a cast iron block and aluminum head. Whether in stock form or tuned to near-unfathomable levels of performance, thanks to a strapping pair of turbos, CarBuzz says the 2JZ is arguably most famous for powering the legendary Supra. The 5.9-liter 12-valve Cummins straight-six, known as the 6BT, is the holy grail of diesel durability. Found in Dodge Ram pickups from 1989 to 1998, this engine was designed for industrial use, and it shows. With mechanical injection, a forged crankshaft, and a cast-iron block and head, it's a masterpiece of overengineering. These engines routinely hit 500,000 miles, and some go well beyond a million with basic care. Tuners love the 6BT for its simplicity and massive torque potential, but even stock, it's one of the longest-lasting powerplants ever installed in a pickup. Over-engineered and under-stressed, BMW's M50, a renowned six-cylinder engine that featured in both the E34 5 Series and E36 3 Series (as well as being the basis for the high-performance S50 variant used in the M3), is rightly revered as one of the best to ever play the game. Combining bombproof engineering with gobs of smooth power, the Home of Engines says the DOHC M50 remains a cornerstone of BMW's rich performance heritage. Available in multiple displacements, its legacy continues to define the ethos of what makes a great motor. Found in the Toyota Land Cruiser 80 Series, the 4.5-liter 1FZ-FE inline-six is a smooth, torque-rich workhorse known for being almost impossible to kill. Built with overlanding and long-distance reliability in mind, it features a cast-iron block, aluminum head, and a reputation for running forever with just oil changes and coolant flushes. While not the most fuel-efficient, this engine will get you across continents or through decades of daily driving without complaint. It's beloved by off-roaders and explorers for its ability to thrive in the harshest environments. It's not just the Japanese and Germans that can churn out ultra-reliable power plants. No siree. America has been in on the act for decades, and the Ford 300 straight-six is a prime example. Debuting in 1964 and remaining in production for over 30 years, the fourth-generation six-pot 300 is primarily remembered as the beating heart of the Ford F-150. As EngineLabs reports, the reliability here comes from the engine's simplicity, and the 300 was chucked into everything from generators to farm equipment. Exceptionally easy to work on, it still enjoys excellent parts support today, making it a popular choice for the home mechanic. Originally an AMC design, the Jeep 4.0-liter inline-six became one of the most dependable engines in American automotive history. Used in models like the Cherokee, Wrangler, and Grand Cherokee from 1987 to 2006, it combined strong low-end torque with legendary reliability. Built with a cast-iron block and head, it could take high mileage, overheating, and even poor maintenance in stride. Engines with 300,000 or even 400,000 miles aren't uncommon, and many are still on the road today. It's a rough, old-school engine, but exactly the kind you want when failure isn't an option. OK, so this is more of a family of engines rather than an individual model, but nevertheless, Chevrolet's small-block V8s are as hardy and as ubiquitous as they come. From its introduction in 1955 to the current crop of V8s still being built today, HotCars says these legendary engines are renowned for their accessibility and ease of modification, with many performance car builders opting to plonk one under the hood of whatever project they're currently working on. They are truly iconic engines, and the fact that Chevrolet is still making them today speaks volumes as to their inherent reliability and, indeed, usability. The ALH-code 1.9-liter TDI is one of the most beloved diesel engines Volkswagen ever made. Introduced in the late 1990s and used in the Golf, Jetta, and New Beetle, this inline-four diesel is known for its blend of fuel economy and longevity. With proper timing belt replacements and regular oil changes, these engines regularly exceed 400,000 kilometers, and many go further. Featuring a simple turbocharger and mechanical-style injection, the ALH TDI is highly modifiable and surprisingly tough. It may be slow by today's standards, but in terms of durability, it's still unmatched in its class. We're heading back east to Japan now with the Honda K-Series. The first four-cylinder unit on our list, the DOHC K-Series, was an evolution of the B-Series — an engine immortalized after appearing in one of Honda's most exciting models, the point and squirt EK9 Civic Type R. Built from durable materials, the high-revving K-Series was made to last and remains popular with tuners craving a balance of performance and reliability. Available either as naturally aspirated (VTEC just kicked in, yo!) or with forced induction, Slashgear says Honda's prolific K-Series remains one of the most reliable engines ever produced. Before the K-series became Honda's go-to performance engine, the B-series set the benchmark. Found in cars like the Civic Si, Integra GS-R, and Type R models, these DOHC VTEC inline-fours loved to rev, and didn't mind abuse. With strong blocks and bulletproof engineering, the B16 and B18 earned cult status for lasting well over 200,000 miles, even with spirited driving. Tuners pushed them hard with bolt-ons and turbo kits, and the engines held together impressively well. The B-series combined reliability with performance in a way few engines have since. If Ford has one, then you can bet your bottom dollar that Chrysler does, too, and when it comes to reliable engines, the Chrysler Slant-Six is where it's at. Also known as the G-engine, it was developed to replace the aging Flathead motor that Chrysler debuted way back in 1925. According to CarBuzz, it was an economic and utilitarian cast iron block (aluminum versions came later) available in various configurations, and it would also go on to prove itself in high-performance applications. Praised for its heroic durability, it was used consistently to great effect across the Chrysler, Plymouth, and Dodge ranges. A modern workhorse, the 3.0-liter Isuzu 4JJ1 diesel powers pickups and SUVs like the D-Max and MU-X. With a cast-iron block, common-rail injection, and forged internals, the 4JJ1 was built with endurance in mind. It's a favorite in Southeast Asia, Africa, and Australia thanks to its ability to run on poor-quality fuel and survive extreme heat, heavy loads, and minimal maintenance. This engine routinely exceeds 500,000 kilometers, especially in fleet and commercial use. Quietly one of the toughest diesels of the 21st century, the 4JJ1 is a masterclass in reliability and real-world utility. We could hardly compile a list of reliable engines and not mention Volvo now, could we? Legendarily bombproof with stories of million-mile accomplishments, the Swedes really got it right with the Redblock. Nicknamed for obvious reasons, the B21, as it is officially known, along with its derivatives, is a slant-four that first appeared in the 200 Series cars. It later went on to power the 700 and 900 series models as the B23. Incredibly hardy and able to handle huge amounts of power, these engines continue to enjoy a healthy tuning scene, especially in turbo format. The M113 V8, available in displacements from 4.3 to 5.5 liters, is often considered Mercedes-Benz's most reliable modern V8. Found in models like the E430, SL500, and even the AMG E55 (as the supercharged M113K), this engine delivered strong performance and near-luxury smoothness with surprisingly few mechanical issues. Built with a single-overhead-cam design, aluminum block, and cast-iron liners, it resists the typical gremlins that plagued later Mercedes powerplants. With proper maintenance, M113s can easily surpass 400,000 miles. It's a refined brute that's fast, durable, and capable of quietly outlasting everything around it. Ford's second entry on the list is the Windsor V8, and most car enthusiasts will be familiar with at least one application where this staunchly reliable engine has been utilized. AutoCar says it's been used in anything from kit cars to race builds, meaning the small-block Windsor V8 is a bit of an institution. Appearing in everything from the fourth-generation Ford Fairlane in 1962 to the Le Mans winning GT40 and beyond, the Windsor V8 has proven itself time and again, and while it's been missing from production cars for over two decades, you can still buy versions in crate form from places like Summit Racing, ensuring this particular legend will continue to live on. The Toyota 1NZ-FE is a small but mighty 1.5-liter four-cylinder engine found in vehicles like the Yaris, Echo, and early Prius models. Despite its modest output, this engine is a marvel of efficiency and reliability. With an aluminum block and timing chain (instead of a belt), it's engineered to go the distance with minimal maintenance. It's not uncommon for these engines to pass 500,000 kilometers in taxi and fleet use, especially in markets like Southeast Asia and Africa. The 1NZ-FE isn't glamorous, but in terms of real-world longevity, it's one of Toyota's finest. There's a reason why so many taxi drivers have historically chosen the Mercedes-Benz W123 as their steed of choice, and that reason, ladies and gentlemen, is the OM617 engine under the hood. As reported by Slashgear, this 3.0-liter cast-iron, five-cylinder diesel has propelled many a Benz to fantastical feats of mileage with minimal maintenance. The OM617 isn't particularly shouty, nor does it have a big ego. It just works. Period. As the BBC says, if you were to visit Africa today, you'd still find old W123 Mercedes-Benzes in droves, and most of them will be powered by this really rather robust and well-built engine. The 1.9-liter XUD9 diesel engine from Peugeot and Citroën is a forgotten hero of European motoring. Found in models like the 405, 309, and BX, it became a favorite among budget-conscious drivers, farmers, and taxi operators alike. Known for its ability to run forever with minimal care, the XUD9 used indirect injection, a cast-iron block, and tough-as-nails internals. These engines routinely clocked up hundreds of thousands of kilometers, often with neglected service schedules. Slow and noisy, yes, but if you're looking for an engine that can run on dirty diesel and never quit, this is it. Book-ending the list with another Toyota engine, albeit this time under the Lexus moniker, we have the 4.0-liter 32-valve quad-cam 1UZ-FE V8. Known for powering not only Toyotas but also its luxury line of Lexus models — including the LS400 — this unit has proved itself as a powerful, refined, and innately reliable motor. In fact, it's so reliable that it was included in Ward's 10 Best Engines list for three years running in 1998, 1999, and 2000. This is just a taste of the myriad of motors out there revered for their reliability, and while most new engines nowadays are inherently reliable, such is the nature of modern technology and engineering. We all have the iconic powerplants of the past — like those listed above — to thank for that. They ran so we could fly, and their legacy lives on in the way manufacturers build and test engines today. So, to all the bulletproof engines of days gone by, we salute you.
Yahoo
2 hours ago
- Yahoo
Tesla (TSLA) Sees 675% Australia Sales Rebound in May Amid Global Struggles
Tesla (TSLA, Financials) reported a major rebound in May sales in Australia, where deliveries jumped to 3,897 vehiclesup over 675% from April and the highest monthly total in nearly a year. The surge was driven almost entirely by demand for the company's recently updated Model Y SUV, according to the Australian Electric Vehicle Council. Year-over-year, Tesla's Australian sales rose just 9.3%, but the rebound followed a steep slump in April, when the company sold only 500 units. Sales of the Model Y were up 122.5% from a year earlier, while Model 3 deliveries declined significantly. Despite the improvement, Tesla's year-to-date sales in Australia remain down 48.2% from the same period in 2024. Globally, Tesla continues to face headwinds. First-quarter sales dropped 13% year over year, according to Counterpoint Research. In May, sales declined 11% in the U.S. and slipped in several European markets, including Spain, Portugal, Denmark and Sweden. However, the company saw localized rebounds in Norwaywhere sales rose 213%and in Turkey, which posted a monthly record of 1,545 units sold. Counterpoint's Liz Lee told CNBC that the Australia spike is notable but insufficient to offset broader weakness. She said Tesla must turn to high-potential markets such as India, Southeast Asia, and Latin America, especially as EV infrastructure expands and local incentives grow. Tesla is leasing a new warehouse in Mumbai as part of its anticipated India expansion, which could be critical as competition heats up globally. Chinese automaker BYD outsold Tesla in Europe for the first time this spring, and is ramping up hybrid and EV options globally. However, in Australia last month, Tesla regained the lead with 3,897 vehicles sold versus BYD's 3,225. Hybrid vehicles are gaining traction in Australia, where concerns about range and charging access persist. According to Australia's Federal Chamber of Automotive Industries, hybrid sales rose 6% and plug-in hybrids surged 118% in May. Tesla shares rose about 0.5% Tuesday but remain down roughly 15% year to date. Explore Tesla's valuation chart. This article first appeared on GuruFocus.
Yahoo
5 hours ago
- Yahoo
2025 SDV Survey: Automotive Industry Is Betting on AI, OTA Updates and Advanced Software, Though Obstacles Remain
Annual survey carried out by Wards Intelligence, now part of Omdia, and sponsored by Sonatus highlights major progress in shift to software-defined vehicles SUNNYVALE, Calif., June 04, 2025--(BUSINESS WIRE)--Sonatus, a leading automotive software company accelerating the shift to software-defined vehicles (SDVs) through artificial intelligence, has sponsored the 2025 edition of the Software-Defined Vehicle Survey, an annual global survey conducted by Wards Intelligence, now part of Omdia. Sonatus today revealed some key findings from that survey in the form of an eBook. Carried out in March 2025, the survey gathered insights from more than 500 automotive professionals spanning Asia, Europe and North America. The study explores the industry's evolving technology priorities, reflecting a decisive shift toward AI, embedded software, and its future potential. The industry is shifting gears to software The study reveals a significant shift in perspective: while data management and systems integration dominated last year, AI and software-related capabilities are now at the top of the priority list. Across all regions, respondents cite AI-based automotive functions, OTA updates, continuous software deployment (CI/CD) and automated software recertification as key elements of future mobility. Another notable finding is the increasing viability of open-source solutions in safety-critical applications. Where proprietary systems previously dominated, Linux-based platforms are now gaining confidence, a shift that reflects a growing need for flexibility and scalability. 83% of respondents are considering Android and Linux in safety systems, compared to 2024, when only 12% considered Linux viable. AI as a driver of new capabilities AI is generating a lot of excitement globally, but not only in areas such as advanced driver assistance systems (ADAS) and automated driving. Notably, four of the five most promising AI use cases — smart diagnostics, dynamic performance calibration, personalized driving comfort optimization, and predictive maintenance — are not yet widely deployed. Routing and navigation, which is increasingly deployed in IVI systems today, was #4 on the list. This suggests a significant untapped opportunity in foundational vehicle functions, not just infotainment or voice interfaces. OTA Updates are becoming more pervasive 67% of respondents said over-the-air (OTA) updates were already deployed in their vehicles, an acceleration of this shift compared to last year. However, OTA updates are not yet pervasive across all vehicle systems. Only 23% of respondents say OTA are used today for upgrades to vehicle capabilities, though an additional 55% (or 78% cumulative) expect broader deployment by 2026-2027. A modular and progressive approach to software architecture Vehicle architectures are evolving to support scalable, software-centric platforms. Overall adoption of hardware and networking technologies will begin with high-speed in-vehicle network backbones with higher prevalence in 2027, followed by consolidated hardware running multiple workloads with abstraction around 2028. Vehicle platform standardization is expected to occur around 2029, with the transition to zonal architecture beginning from 2030 onwards. Variants of zonal architectures are expected to be the majority during that period. Structural challenges to overcome for a successful transition Despite a clear momentum towards software-defined vehicles, survey replies identified several obstacles to large-scale adoption. Cost optimization and ensuring ROI topped the list (29%), along with data management and privacy (27%), and legacy systems, operations and mindset (26%). Fortunately the journey is seen as worth the effort, as 82% of respondents believe SDVs will be either very successful or somewhat successful in achieving key industry goals like enhanced in-car experience, increased quality, new revenue streams, and faster product development and innovation. Sonatus: Accelerating the shift to SDV To help accelerate the shift to software-defined vehicles with artificial intelligence, Sonatus offers a modular platform of crucial software infrastructure, which is in mass-production in millions of vehicles. For example, Sonatus Collector offers highly configurable dynamic data collection, and Sonatus Updater provides a modern powerful solution for the increasingly complex OTA update requirements of SDVs. To learn more about Sonatus, visit Survey Results eBook and Podcast To access the eBook summary of key results, visit In addition, a recent episode of The Garage podcast by Sonatus featured Maitê Bezerra, Senior Principal Analyst, Software Defined Vehicles, from Wards Intelligence (now part of Omdia) in conversation with Sonatus Chief Marketing Officer John Heinlein, Ph.D., in which they discuss key conclusions of the survey. To access the full dataset from the survey, please contact Wards Intelligence. This study is based on a sample of 559 automotive industry participants, evenly distributed between China, Japan, France, Germany, the United Kingdom and North America (United States and Canada). This distribution ensures both statistical relevance and strong regional representation. 76% of respondents are directly involved in automotive production, while the others are industry suppliers or consultants of various types. About Sonatus Sonatus is a vehicle software company that is accelerating the transition towards software-defined vehicles with artificial intelligence. The diverse products comprising the Sonatus Vehicle Platform serve as key building blocks that allow automotive companies and their ecosystem to fast forward to the future of mobility and deliver continuous improvements in costs, capabilities, reliability, and user experience over the vehicle lifespan. Sonatus' award-winning software platform is in mass production in over 4 million vehicles from Hyundai, Kia, and Genesis. Sonatus is privately-held and has raised more than USD $110 million with world-class automotive, technology, and venture investors, including Foxconn, Hyundai Motor Group's Kia Corporation, LG Electronics, Marvell, NEC and Translink Orchestrating Future Fund, SAIC Capital, Translink Capital, UMC Capital, and Wanxiang. Sonatus headquarters are in Sunnyvale, CA (Silicon Valley), with offices in Bangalore, Dublin, Detroit, Frankfurt, Kraków, Paris, Pune, Seoul, Shanghai, Taipei, and Tokyo. For more information, visit About Wards Intelligence Wards Intelligence is the automotive research arm of Omdia, which is a part of Informa TechTarget, Inc. (Nasdaq: TTGT), a technology research and advisory group. The group's deep knowledge of tech markets combined with their emphasis on actionable insights is designed to empower organizations to make smart growth decisions. For more information, visit View source version on Contacts Press Contact: John HeinleinChief Marketing Officerpress@