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  • Xiaomi YU7 GT is the fastest production SUV to go around the Nürburgring

    Xiaomi YU7 GT is the fastest production SUV to go around the Nürburgring

    Xiaomi’s upcoming YU7 GT has just become the world’s fastest production SUV around the Nürburgring Nordschleife, with a lap time of 7:34.931. The record was achieved with Xiaomi chief test driver Ren Zhoucan behind the wheel.

    Xiaomi YU7 GT is the fastest production SUV to go around the Nürburgring

    Previously, the record for the fastest production SUV was held by the Audi RS Q8 Performance with a lap time of 7:36.698. The second-best time prior to the YU7 GT taking the crown was achieved by the Porsche Cayenne Turbo GT – 7:38.925.

    Xiaomi founder and CEO Lei Jun praised the YU7 GT’s achievement, stressing how the higher center of gravity in SUVs makes posting an ideal time on the famous circuit highly difficult.

    Xiaomi YU7 GT is the fastest production SUV to go around the Nürburgring

    Xiaomi will fully unveil the YU7 GT on May 21, but the company has already revealed that it has a dual-motor system delivering 738kW or 990hp. It has carbon-ceramic brake discs and was jointly developed by Chinese and European experts. It has a top speed of 186 mph and a range of up to 438 miles under the optimistic CLTC testing conditions.

    The YU7 GT is expected to start at around CNY 400,000 (approximately £42,800 at the current exchange rates). The ‘vanilla’, non-GT YU7 model launched last June starting at CNY 253,500 (£27,100).

    Xiaomi has already deployed YU7 GT display vehicles to 268 stores in 82 Chinese cities, and it’s recently introduced the striking Crimson Red colorway.

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  • 1,153-HP 2027 Mercedes-AMG GT 4-Door Coupe Is a Concept Car You Can Actually Buy

    1,153-HP 2027 Mercedes-AMG GT 4-Door Coupe Is a Concept Car You Can Actually Buy

    Take every design you’ve ever seen on any Mercedes in the last few decades, and throw it out the window. The 2027 Mercedes-AMG GT 4-Door Coupe is here, and just look at it. I know what some of you are gonna say, and that’s fine. For what it’s worth, I also thought it looked weird when I first saw the photos. But once I saw it in person, I had to admit it: it is so very cool. It looks like a concept car you can buy, and that’s because it pretty much is.

    The new GT 4-Door Coupe is a high-performance EV, and it gets its radical looks from a prototype that broke a wild record last year. You might recall reading back in August that an AMG GT XX drove a continuous 24,901 miles in seven days and 13 hours at 186 mph. This is the car that evolved from that record-setting machine, and while the obvious crazy bits from it didn’t transfer—like the lack of a rear window, the all-encompassing grille, and the solid carbon dash—this is still the most radical car Mercedes or AMG has put out in a very long time. Even if you dislike it, I think it takes courage to do something drastically different nowadays, and that’s exactly what they’ve done here.

    The specs for the production version are just as impressive, though. An F1-derived 800-volt battery with directly cooled cylindrical cells enables the GT to perform over both short and long distances. Or as Mercedes puts it, it can deliver sprint-like performance over marathon-like distances. The way one of the engineers I spoke with in Germany described it to me is that everyone knows EVs can offer quick acceleration and are good at those “sprints.” But, like a real AMG, this car needed to perform at autobahn speeds for long periods of time, stop for a coffee-length charge session, and then head back out on the autobahn without losing any performance, whether it be speed, range, or any sort of overheating.

    When it comes to power, well, it’s got plenty of it. Three electric motors, two on the rear axle and one in the front, produce a total of 1,153 horsepower. To put it into context, the GT produces all that power and weighs 5,420 pounds. The Porsche Cayenne Electric I drove earlier this year was neckbreakingly quick (no, it quite literally hurt my neck), and that produces about 20 fewer ponies and weighs about 400 pounds more! The Benz is going to be downright brutal.

    The exterior is polarizing, yes, especially in that highlighter yellow. I was able to get up close with two different models while in Hamburg earlier this month, both pictured here. The two models offered different exterior and interior equipment. The yellow car, for example, has the light-up grille, which is really more like a light-up fascia, considering it includes a light bar that connects both headlights, and the smaller of the two rear diffusers offered. The white car has a standard grille and fascia, but the party trick is out back, with a massive diffuser that can extend to improve aerodynamics at speed.

    The interior is definitely screen-heavy, as it usually goes nowadays, but thankfully, it doesn’t feature the Superscreen I complained about in my recent review of the new S-Class. I also think the interior is pretty slick, especially the driver-oriented cockpit, the neat stitching pattern on the door cards, the floating door armrests, and the whole cabin, which really screams concept car.

    The design of the air vents and a few of the knobs found in the middle console are a bit macho, but I don’t think they look bad. Everything is cohesive, and the entire cabin works. Speaking of the cabin, it is surprisingly roomy and comfortable, and even the rear seat offers enough headroom for someone a bit over six feet tall.

    Mercedes went to great lengths to design a sound that matches the GT’s looks and performance, and while yes, it sounds like a real AMG V8, it doesn’t come off as gimmicky. It’s a nice compliment to a robust-looking and feeling car, and, as I’ve already established, having a soundtrack (and gear shifting) in an EV only enhances the driving experience.

    In terms of performance, Mercedes claims the GT can do 0-60 mph in just 2.0 seconds and 0-124 mph in 6.4 seconds. It has a top speed of 184 mph when equipped with the AMG Performance Package. Range and price will be released later this year, closer to the car’s sale date.

    Got a tip? Email us at tips@thedrive.com

    As deputy editor, Jerry draws on a decade of industry experience and a lifelong passion for motorsports to guide The Drive’s short- and long-term coverage.


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  • Nissan marks Australian Made Week

    Nissan marks Australian Made Week

    NISSAN has used Australian Made Week to spotlight its long-running local manufacturing operation in Victoria, highlighting the global importance of its Melbourne casting plant in supplying components for hybrid, electric, and combustion-powered vehicles sold around the world.

     

    The Nissan Casting Australia Plant (NCAP), located in Dandenong South, has been operating for 44 years and remains a key part of Nissan’s global manufacturing network, producing critical aluminium die-cast components for vehicles ranging from the Leaf EV to the Patrol large SUV.

     

    Established in 1982, the facility now employs more than 190 staff and contractors and produces around 1.2 million aluminium castings and towbars annually for domestic and export markets.

     

    Of growing significance is the plant’s role in electrification.

     

    NCAP is Nissan’s sole global manufacturing site for core components used in the company’s latest 5-in-1 e-Power hybrid system, making the Australian operation strategically important to the brand’s future electrified vehicle rollout.

     

    It also manufactures driveline components for the Leaf electric hatchback.

     

    Nissan Oceania managing director Steve Milette said the facility demonstrates the depth of local capability.

     

    “Innovation doesn’t just happen overseas, the Nissan Casting Australia Plant demonstrates the depth of manufacturing expertise, skill and capability we have right here in Australia,” he said.

     

    “For 44 years, the team at NCAP has produced world-class components that support Nissan vehicles driven around the globe.”

     

    Components produced at the Victorian site support a wide range of Nissan and Infiniti vehicles, including: Nissan Qashqai (latest e-Power hybrid system), Leaf, Navara, Patrol / North American Armada, X-Trail / North American Rogue, Pathfinder, Kicks, Note, Serena, Murano, Skyline, Titan, Civilian (bus), and Infiniti QX80, Infiniti QX60, and Infiniti QX50.

     

    The breadth of applications highlights the continuing relevance of Australian manufacturing in global automotive supply chains, even as local full-vehicle production disappeared years ago.

     

    Although the facility only officially gained Australian Made certification last year, Nissan says its local identity has long been embedded in its products.

     

    Many castings produced at the plant carry a raised kangaroo motif, a subtle identifier marking their Australian origin before being shipped internationally.

     

    “The kangaroo motif proudly cast into many of the components over the years may be small, but it represents something much bigger,” said Mr Milette.

     

    Nissan says its milestone serves as a reminder that while Australia no longer builds complete passenger vehicles, advanced automotive manufacturing capability remains active in specialist supply roles.

     

    The Dandenong operation is not simply a legacy facility, it is an active contributor to the company’s electrification program and global production network, says Nissan.

     

    As automakers increasingly focus on EVs and hybrid technologies, NCAP’s critical role shows Australian industrial capability still has a place in the future automotive landscape.

     

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  • Storyteller GXV Wild RV First Look: Big Off-Road Capability in a Smaller Package

    Storyteller GXV Wild RV First Look: Big Off-Road Capability in a Smaller Package

    Introduced in 2023, Storyteller Overland’s line of GXV expedition vehicles is designed for those looking for something larger and more robust than a typical camper van. But let’s be honest, the GXV Hilt and Epic are on the larger side of overlanding campers. So, what’s a person who wants a capable off-road camper to do?

    Enter Storyteller’s more manageable GXV Wild, an adventure vehicle built on the Ram 3500 single-cab heavy-duty pickup and powered by the legendary 6.4-liter Hemi V-8. Even though it’s smaller, this camper does not fall short when it comes to capability, whether as an overlanding rig or a mobile home away from home.

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    Big Capability, Smaller Footprint

    To provide the ideal off-road foundation, Storyteller turned to AEV for a three-inch lift suspension system. The upgrade not only improves the Ram 3500 HD’s crawling capability but also creates room for 37-inch (275/80R20) MPT tires mounted on custom 20 x 9.0–inch forged wheels. Even with the lift and the addition of the camper box, the GXV Wild is still capable of towing up to 11,000 pounds and carrying up to 1,000 pounds of payload. The truck is based on the Big Horn Level 2 trim, which means buyers get a well-appointed cabin with heated seats, a leather-wrapped steering wheel, a 12-inch Uconnect touchscreen with navigation, dual-zone climate control, and a premium nine-speaker audio system.

    A Kitchen and Bath That Travel Well

    Still, the Ram 3500 is not the main attraction. It’s the backing band for star of the show, the upscale living quarters. The camper box can sleep up to four adults thanks to a queen-size loft mattress and a rear dinette that converts into another spacious sleeping area. A Truma rooftop air conditioner and 14,000-BTU hydronic heating system help keep everyone comfortable whether they’re in the Mojave or the Rockies.

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    When it’s time to eat, the cook gets a full kitchen that includes a stainless steel Vitrifrigo 4.1-cubic-foot refrigerator-freezer combo, a portable induction cooktop, and a microwave that also functions as a convection oven and air fryer.

    When nature calls, the wet bath makes things more comfortable with a cassette toilet that features fresh-water flushing. A dimmable light, exhaust fan, and dual-pane window also help make freshening up more pleasant.

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    The Wild Card: FlipOut Deck

    As mentioned, the GXV Wild is smaller than its siblings. So, can this Super C class really feel as comfortable as Storyteller’s larger adventure vehicles? That’s where the Wild gets a bit wild: its clever rear wall design. It forms part of the FlipOut Deck, which turns the back of the camper into an open-air deck. It is a great place to enjoy the crisp air of an early morning or take in the scenery over dinner.

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  • Tire Patch vs. Plug: Which Repair Method Won’t Leave You Stranded?

    Tire Patch vs. Plug: Which Repair Method Won’t Leave You Stranded?

    A flat tire is an immediate nightmare. The air pressure drops, the TPMS warning illuminates on the dash, and your schedule is instantly compromised. When faced with a puncture on, for example, your Toyota Corolla, resolving it safely and efficiently is very important, which brings the tire patch vs plug debate to the forefront. And no, these solutions are not the same; they are very different.

    Patching and plugging represent fundamentally different approaches to restoring the tire casing’s integrity, and understanding the structural dynamics of a modern radial tire is vital before forcing rubberized string into a tire. This analysis breaks down the technical execution, cost-to-benefit ratios, and safety parameters of each method to determine the best course of action when rubber meets a nail on US roads.

    This article serves as a maintenance guide. The tips and guides have been sourced from authoritative sources, which are listed at the end; CarBuzz always recommends seeking professional assistance. The pricing, where mentioned, are estimates and differ from shop to shop.

    The Tire Plug


    tire plug repair kit
    tire plug repair kit
    The Detroit Garage

    A tire plug is probably the first course of action we think of. It is an exterior-applied intervention that relies on friction and vulcanizing cement to seal the breach. The primary tactical advantage of a plug is that it bypasses the need to dismount the tire from the wheel, making it a quick fix.

    How Does Plugging A Tire Work?

    In a nutshell, executing a plug repair involves extracting the penetrating object and aggressively reaming the puncture channel with a specialized hand tool. This process creates a uniform hole, tears away jagged steel belt fragments, and exposes fresh rubber. A butyl rubber core covered in vulcanizing cement is then forced into the cavity using an insertion tool. As the tool is withdrawn, the sticky string remains behind, filling the void and creating an airtight seal against the tire’s internal pressure. When evaluating tire plug vs patch cost, plugging is definitely the most economical choice. In the US, commercial tire shops and quick-lube chains typically charge between $15 and $25 for a professional plug installation. But if you purchase the raw materials yourself, the cost drops significantly, with retail kits averaging well under $10.

    Is DIY Plugging Actually Possible?


    Flat tire with damaged wheel
    Wikimedia Commons

    Yes, DIY is possible, but executing a plug repair requires moderate physical leverage, with limited mechanical expertise. With the vehicle safely jacked up, and the puncture isolated, anyone with sufficient upper body strength to operate a reamer and insertion tool can successfully install a plug. Identifying the best tire repair kit is a crucial factor in DIY success. In this regard, acquire a set containing heavy-duty metal T-handle tools and self-vulcanizing strings rather than cheap plastic handles that can snap under pressure. In most cases, it is a procedure that can be completed on the roadside; it can even be completed without the necessity of removing the wheel assembly from the hub – provided the puncture is accessible by steering the wheel outward.

    When & When Not To Plug A Tire

    Plugs are strictly engineered for crown punctures – the central tread area of the tire. The penetration must be relatively straight and must not exceed 1/4 inch in diameter. Note that you must never plug a tire’s sidewall or its shoulder. These specific zones experience extreme, continuous flex and dynamic loading. No matter how rigidly the plug’s been inserted, it will inevitably work itself loose under these forces, leading to rapid deflation or a catastrophic blowout at highway speeds. Perhaps the biggest aspect is that a plug is a blind repair. Because the tire remains mounted on the rim, the interior casing cannot be inspected for internal damage or structural fatigue caused by running the tire while underinflated.

    Tire Outlet notes the following, as well as tips:

    “When choosing to plug or patch a tire, it often depends on the size of the hole and the location. Plugs are typically used after treading on a nail, screw or small puncture. Plugs are used on small holes away from the sidewall.”

    • Don’t plug your tire if it’s anywhere near the sidewall.
    • Don’t plug your tire if it’s an irregularly shaped hole.
    • Don’t plug your tire if it’s a large hole or thick nail.
    • Don’t plug your tire if you’ve run the tire while it was flat for more than a mile, as this can mean that the sidewalls are damaged.
    • Don’t plug your tire if there’s a bubble or bulge in the rubber on the sidewall.
    • Don’t plug your tire if it’s bordering another repair.
    • Don’t plug your tire unless you remove it from the wheel.

    Tire Patch: What You Need To Know


    changing tire
    changing tire
    Muhammad Khawar Nazir / Pexels

    Unlike external plugs, patching is a comprehensive, interior-focused repair. It restores the airtight liner inside the tire and offers a significantly higher degree of structural reinforcement. However, DIY execution is not recommended and requires professional, workshop-based execution.

    How Does Patching A Tire Work?

    The patching process requires the tire to be completely removed from the rim. The interior casing is meticulously inspected for structural damage, rubber dust, or compromised cords. Once cleared, the inner liner surrounding the puncture is mechanically buffed to create a textured, porous surface. A chemical vulcanizing cement is applied to this prepped area, followed by the application of an adhesive-backed rubber patch. A heavy metal stitching tool is then aggressively rolled over the patch to force out trapped air and ensure the patch is 100% in place. When looking at the patch vs plug tire price differences, patches are inherently more expensive due to the intensive manual labor involved. Expect to pay between $30 and $50 at a certified US auto center. This cost factors in dismounting, internal inspection, patching, remounting, and computerized wheel balancing.

    Is A Tire Patch More Viable Than Plugging?


    tire mechanic
    tire mechanic
    Artem Podrez / Pexels

    From a purely structural standpoint, patching a tire provides superior longevity and a stronger airtight seal. The patch relies on the tire’s internal air pressure to press it firmly against the casing, reinforcing the seal from the inside out rather than pushing it out. It completely restores the inner halobutyl liner. However, a traditional flat patch does not fill the actual puncture channel through the tread, which leaves the internal steel belts exposed to exterior elements like water, mud, and road salt. These elements can eventually initiate rust and compromise the tire casing’s integrity over time.

    When & When Not To Patch A Tire


    2025 Toyota RAV4 Woodland
    2025 Toyota RAV4 Woodland rim tire wheel
    Toyota

    Patches are suitable for punctures up to 1/4 inch located within the central tread block, and you cannot apply tire patches to the sidewall or the shoulder radius. The extreme flexing and curvature of these areas will quickly sheer the flat patch from the inner liner. Additionally, if the entry angle of the puncture is severe (greater than 15 degrees off perpendicular), a standard flat patch may not latch correctly against the inner contour of the tire, risking a slow, near-undetectable leak. Therefore, a tire that has sustained internal sidewall damage, evidenced by a ring of “tire dust” inside the casing from being driven flat, must be discarded immediately, which then renders patching completely irrelevant and unsafe.

    Tire Outlet shares the following tips:

    • Don’t patch the tire if it’s near the sidewall.
    • Don’t patch the tire if it’s at a strange angle.
    • Don’t patch the tire if it’s larger than a quarter of an inch.
    • Don’t patch your tire if you already have damaged sidewalls.
    • Don’t patch your tire if there’s a bubble or bulge in the rubber on the sidewall.
    • Don’t patch your tire if there’s another patch in a nearby place on the tire.
    • Don’t patch your tire unless you’ve removed it from the wheel and checked for other holes/issues.

    The Plug-Patch Hybrid


    Firestone Destination X/T
    Firestone Destination X/T tire
    Llantas Ecuador / Instagram

    The US Tire Manufacturers Association (USTMA) explicitly dictates that the only industry-approved method for permanently repairing a punctured radial tire is the combination plug-patch unit. This dual-action hardware integrates a rubber stem with a flat, vulcanizing backing patch.

    The tire must be dismounted and properly inspected. Then, the puncture channel is reamed from the inside and prepared. The rubber stem is then pulled from the inside out using pliers, completely filling and sealing the void through the steel belts to prevent any moisture ingress. Simultaneously, the backing patch is chemically bonded to the prepped inner liner, restoring the airtight chamber.

    In total, this method addresses the vulnerabilities of using either standard method in isolation. It prevents tread separation caused by elements entering the casing, while ensuring the inner liner remains hermetically sealed against pressure loss. Because it is the definitive, standard-compliant repair requiring specialized hardware and labor, auto shops charge a premium for this service, generally ranging from $40 to $60. Yes, it is pricier, but it retains the tire’s speed rating and ensures long-term vehicle safety.

    Summary: Tire Patch vs Plug


    Bespoke Pirelli P Zero R Tire For 992 Porsche 911 GT3
    Bespoke Pirelli P Zero R Tire For 992 Porsche 911 GT3
    Pirelli

    Repair Method

    Pros

    Cons

    Plugging

    • Rapid triage without dismounting the tire
    • Highly cost-effective and DIY-friendly
    • Immediate roadside intervention capability

    • Blind repair completely prevents internal casing inspection
    • Susceptible to shrinkage and physical dislodgement
    • Fails to mechanically reinforce the inner halobutyl liner

    Patching

    • Robust reinforcement of the airtight inner liner
    • Internal tire pressure actively strengthens the seal
    • Mandates a critical internal safety inspection

    • Leaves the external puncture channel exposed to moisture
    • Labor-intensive procedure requiring wheel dismounting
    • Prone to failure on angled penetrations (greater than 15 degrees)

    Patch-Plug

    • The only USTMA-approved permanent repair standard
    • Simultaneously seals the inner liner and the tread channel
    • Completely blocks moisture ingress to internal steel belts

    • High financial cost
    • Demands specialized hardware and professional execution
    • Most time-consuming repair protocol

    When deciding whether it is better to plug or patch a tire, the answer depends entirely on the context of the mechanical emergency versus your demand for longevity and safety. A string plug is cheap, fast, and capable, but it is a temporary fix. A flat patch is robust on the inside but fails to seal the casing from exterior moisture. With this in mind, the definitive solution is the USTMA-approved plug-patch combo. It is the only repair method that fully restores the tire’s structural integrity.

    FAQs

    How long can I drive on a patched tire?

    A tire repaired with an industry-standard plug-patch unit can generally be driven for the remaining lifespan of the tread. If a tire is merely plugged using an external string, or if you are weighing a liquid sealant to fix a flat vs a tire plug, understand that these are temporary stopgaps.

    Why are tire plugs illegal?

    Standalone string plugs are not strictly illegal at a federal legislative level in the United States, and they are broadly classified as improper, substandard, and unsafe by the USTMA when used as a permanent repair without dismounting the tire. Without removing the tire from the rim, a technician cannot verify if the inner sidewall has sustained structural fatigue, heat damage, or shredding from low-pressure driving, which can lead to a sudden, fatal blowout.

    Is a patch safer than a plug?

    When analyzing a pure tire plug vs patch comparison, an interior flat patch is inherently safer than a standalone exterior string plug, provided the puncture does not fall outside the required parameters. A plug, conversely, can dry out, shrink, or be physically pulled out by sheer rotational force on the highway.

    Sources: J.D. Power, Tire Outlet, Slash Gear, US Tires, The Detroit Garage

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  • Audi Q3 Reviews | Overview

    Audi Q3 Reviews | Overview

    Overview

     

    The third generation Audi Q3 has landed in Australia, ready to take the mantle of the German importer’s highly popular small luxury SUV model.

     

    Last year, Audi sold 4209 Q3 examples locally. This represents 636 more sales than the mid-size Q5, despite the latter being sold in Australia’s most popular segment.

     

    From launch, the new Q3 range comprises 10 different variants, spread across the SUV and Sportback body styles and three powertrain options.

     

    Kicking off the range are the TFSI 110kW models priced at $61,600 for the entry-level SUV model, proceeding through to the Sportback ($64,600), SUV Launch Edition ($67,000) and the Sportback Launch Edition ($69,000), all excluding on road costs.

     

    They are powered by a 1.5-litre turbocharged petrol four-cylinder engine paired with a mild hybrid system sending power to the front wheels via a seven-speed dual-clutch transmission. Its 110kW and 250Nm is good for a 0-100km/h time of 9.1 seconds, while claimed combined fuel efficiency sits at 5.7 litres per 100km in the SUV model and 5.8 litres per 100km for the Sportback.

     

    Standard exterior features on the 110kW models include 18-inch alloy wheels (19-inch wheels for the Sportback), LED headlights, tail-lights and daytime running lights, illuminated rear Audi rings, acoustic glass for the front door windows, electric heated, folding, and auto-dimming side mirrors with memory, and a power tailgate.

     

    S Line exterior styling is also standard on the Sportback model, which adds an S line design for the grille and the front and rear bumpers.

     

    Inside you’ll find a 12.8-inch infotainment touchscreen, an 11.9-inch digital instrument cluster, brushed aluminium inlays (whitewood inlays are also available optionally), leather upholstery, heated and power adjustable front seats, an adjustable rear bench, a wireless phone charger, a 10-speaker sound system, and interior ambient lighting. 

     

    A space saver spare wheel is also offered as standard across the Q3 range.

     

    Moving up to the 150kW quattro models and the S line SUV variant is priced at $70,200, joined in the line-up by the Sportback ($72,700), the SUV Launch Edition ($74,600), and the Sportback Launch Edition ($77,100), again, all +ORC.

     

    Unlike the 110kW variants, the 150kW variants are not equipped with a mild-hybrid system, but with a larger 2.0-litre turbocharged four-cylinder under the bonnet – producing 150kW and 320Nm – and quattro all-wheel drive, these models complete the 0-100km/h dash in 7.1 seconds. Fuel economy is a claimed 7.3 litres per 100km.

     

    The 150kW models get 19-inch wheels as standard for both body types and front sports seats.

     

    Available for the first two months of production, the 110kW and 150kW Launch Edition models get extra kit S line exterior styling as standard for the SUV, 19-inch Sport alloy wheels, black exterior elements, metallic paint, red brake callipers, adaptive dampers, and a sound actuator.

     

    The 195kW models sit atop the range, priced at $81,900 + ORCs for the SUV and $84,400 for the Sportback variant. In these models, the 2.0-litre turbocharged four-cylinder engine produces 195kW and 400Nm, with a 0-100km/h time of 5.7 seconds. Audi claims a combined fuel economy of 8.1L/100km in the SUV model and 8.2L/100km for the Sportback.

     

    The range-topping 195kW models come as standard with 20-inch alloy wheels, adaptive dampers, a panoramic glass sunroof, red brake callipers, privacy glass, stainless steel pedals, a heated sports steering wheel, dark aluminium inlays, black headlining, a 12-speaker Sonos sound system, a heads-up display, and a back lit ambient lighting section in the front doors.

     

    Two options packages are available for the Audi Q3.

     

    For the 110kW and 150kW models the premium package – available for $4400 – adds a panoramic sunroof, a heads-up display, a 12-speaker sound system, and higher charging capacity USB interfaces.

     

    The advanced lighting package for the 150kW and 195kW models – priced at $3250 – adds digital matrix headlight and digital OLED tail-lights.

     

    Standard safety features across the range include adaptive cruise assist with active lane assist, active front assist, side assist, rear cross traffic assist, hold assist, speed sign recognition, lane departure warning, proactive occupant protection, park assist plus, and a 360-degree camera. The Audi Q3 has been awarded a five-star safety rating by ANCAP.

     

    Boot space behind the second row in both the SUV and Sportback models is quoted at 488 litres, extending to 1386 litres with the rear bench folded in the SUV and 1289 litres in the Sportback.

     

    The Audi Q3 is offered with a five-year unlimited kilometre warranty, five years of roadside assist, and a 12-year corrosion perforation guarantee.

     

    A five-year service plan – with intervals coming every 15,000km or 12 months – is also offered for the Q3, priced at $3330. 

     

     

    Driving Impressions

     

    GoAuto tested four examples of the new Audi Q3 on its Australia media launch in the Gold Coast and Byron Bay: the 195kW SUV, the 110kW Sportback Launch Edition, and the 150kW Sportback Launch Edition in both SUV and Sportback body styles.

     

    When it comes to exterior design, the new Q3 adopts Audi’s latest styling language, presenting a sleek, modern aesthetic.

     

    However, some prospective buyers may prefer the more muscular design of the outgoing generation, and some may find the split tail-light design slightly awkward.

     

    But the Q3 is far from ugly and the choice of both SUV and coupe-like Sportback designs provides further choice for customers.

     

    Inside, the dual-screen display presents itself as the most immediately salient feature, but it’s not overwhelming.

     

    The infotainment system is crisp, quick to respond, and relatively well laid out and easy to navigate, with key navigation options consistently displayed along the side bar.

     

    While the cabin lacks physical air conditioning controls, the fan speed, temperature, window demisting and air recycling, and seat heating controls are consistently displayed along the bottom of the screen and are easy to interact with.

     

    The dashboard inlay also acts as a useful shelf to rest your wrist on, making quick adjustments on the screen easier while on the move.

     

    It’s not completely devoid of physical controls though. You’ll find push-down switches for things like the drive modes, the stop/start function, and accessing the ADAS system settings.

     

    There’s also a physical media volume knob and while the unconventional window wiper and indicator stalk appears busy and slightly alien at first, it works just fine.

     

    When it comes to cockpit storage, front row occupants have access to a modest centre console armrest storage, cupholders, and a trap door that covers the wireless phone charger.

     

    Aside from the steering wheel controls – which feel and sound a bit cheap – the immediate cabin touchpoints have a high-quality look and feel.

     

    The leather upholstery and the aluminium and wood inlays are pleasant both to touch and to look at, and the interior ambient lighting further adds to the sense of occasion.

     

    From the driver’s seat, forward visibility is solid as is rear visibility in the SUV, although it suffers somewhat in the Sportback.

     

    In the back seats, passengers have access to rear air vents, two USB-C ports, and centre folding armrest with cup holders.

     

    The rear bench is also manually adjustable and can slide backwards and forwards, however, even in its rearmost position, knee room is good but not exceptional. Headroom for the outboard passengers is ok in the SUV but less so in the Sportback.

     

    It’s the middle seat passengers that suffer the most, not only finding themselves straddling a large transmission hump but headroom in either body styles is essentially non-existent.

     

    During our 195kW drive time – a large portion of which was spent on twisting backroads – the Q3 immediately proved itself to be extremely dynamically sure-footed.

     

    The steering is linear yet direct, making it very easy to place. Coupled with solid body control and the Q3’s driving experience exudes confidence.

     

    Its ride is on the firmer side, even with its driving mode dialled all the way to ‘Comfort’. It’s far from uncomfortable or unrefined, and undoubtedly has a hand in how well this thing handles, but don’t expect the cushiness of a Rolls-Royce.

     

    Once the seven-speed dual clutch transmission kicks into gear, the 195kW engine has decent punch, solidly rounding off the dynamic experience.

     

    While cruising, the cabin is kept quiet, with minimal road, tyre and wind noise to report.

     

    The ADAS systems are largely well-tuned and non-intrusive, but aren’t immune from the odd slip up.

     

    For example, the adaptive cruise control works largely as expected (although we noticed during a drive of the 150kW SUV that the system seems to slow up too abruptly when approaching roundabouts) and the lane centring interventions are light and appropriate.

     

    The traffic sign recognition also occasionally mistakes advisory speed signs – such as those found on corners – as the actual speed limit.

     

    If the safety systems aren’t to your liking, they can be customised via the infotainment touchscreen, with the settings easily accessible via a physical button.

     

    The driving experience is much the same story in the 110kW and 150kW models, presenting a similarly dynamic yet polished experience to the range-topping 195kW variant.

     

    Even the 1.5-litre turbocharged four-cylinder mild hybrid in the least-powerful 110kW model is still an effective powertrain choice, and doesn’t feel underpowered. 

     

    There is a caveat that should be noted when it comes to the 110kW and 150kW models we tested.

     

    All of the non-195kW cars on test were Launch Edition models – available for the first two months of production – which ride on adaptive dampers.

     

    However, once the Launch Edition cars run out, there’s no guarantee adaptive dampers will be offered as an optional extra for the 110kW and 150kW models.

     

    That means, if you’re reading this after the Launch Edition cars have sold out, our driving impressions of the 110kW and 150kW models on the Australian launch may not be entirely representative of a car you can walk into a dealership and buy brand new.

     

    We’ll have to wait until non-Launch Edition examples become available to Australian media to see what the Q3 on standard suspension is really like.

     

    When it comes to fuel economy, on a mix of largely backroads broken up by town driving stints, the Q3’s trip computer returned 10.3 litres per 100km in the 195kW, 6.8 L/100km in the 110kW (benefitting from mild hybrid assistance) and 9.1 L/100km in the 150kW Sportback.

     

    However, on a motorway-dominated drive from Byron Bay to Gold Coast Airport, the 150kW SUV returned 6.9L/100km.

     

    Overall, the Audi Q3’s on-road experience is both dynamic and relaxing when the occasion calls for either, complimented by a solid powertrain selection.

     

    Furthermore, the cockpit is also very pleasant, effectively integrating both its physical and digital elements, its ADAS is largely well-tuned, and the selection of SUV and Sportback body styles offers two compelling choices for customers.

     

    However, the back seat experience leaves a lot to be desired, and what the 110kW and 150kW models are like on standard suspension remains to be seen.

     

    Its $3330 service price for five years is also arguably a little pricey, and the absence of ventilated seats across the entire line-up – especially in the $80K+ 195 kW models – feels strange.

     

    But ultimately, the Q3 delivers the premium experience we’ve come to expect from the Four Rings.

     

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  • Tesla dominates fleet choice for EVs, but lack of electric utes a problem

    Tesla dominates fleet choice for EVs, but lack of electric utes a problem

    The Tesla Model Y may well be facing a major challenge from the BYD Sealion 7 when it comes to its ranking of best-selling EVs in Australia, but it remains the dominant choice when it comes to fleet owners.

    A new report from Origin Energy, the country’s biggest electricity retailer, notes that 27 per cent of the EVs in its leasing and subscription program are Tesla Model Y electric SUVs, more than double the next most popular electric cars, the Kia EV5 and the VW ID.4.

    The data is included in a “lessons learned” report delivered as part of the obligations of Origin’s Fleet Electrification program that has been partly funded by the Australian Renewable Energy Agency.

    The program aims to deliver 1,000 EVs to the fleet program, but Origin says the transition has been hindered by the lack of good electric ute options.

    Source: Origin Energy.

    “Passenger vehicle choice is no longer a barrier for most take-home fleets,” Origin writes.”

    “Utes are a different story. Despite making up around 22% of new vehicle sales, there’s limited EV ute options, and those that are available cost more than the ICE equivalent and have limited range.”

    And it notes that only two new electric utes have entered the Australian market over the past year. (And one electric ute, the Ford F150 Lightning, is no longer available).

    As a result, just 5.2 per cent of Origin’s lease and subscription sales over the reporting period were utes – and all of these were the BYD Shark 6 plug-in hybrids.

    Ute prices electric
    Source: Origin Energy.

    Origin says that for most fleet managers, the decision to go electric comes down to cost, and if the total cost of ownership (TCO) isn’t lower than an equivalent ICE vehicle, “it halts most decisions – any emissions benefit is a bonus, not a driver.”

    Still, Origin says it is starting to see a shift. “A small but growing number of customers, particularly in carbon-intensive industries like construction, are now treating emissions reduction as equally important as cost when making fleet decisions.”

    That it says is being driven by a couple of factors, including Australia’s own efforts to reduce emissions and by pressure from overseas, particularly on the Australian divisions of companies that operate internationally.

    The other major observation from Origin was on the clear preference on “take-home” vehicles, given that these qualify for the federal government’s FBT exemptions, while pool cars do not.

    “The sales Origin is making are almost entirely concentrated where customers can access the FBT exemption,” it says, adding that charger funding by ARENA has not been sufficient to close the TCO (total cost of ownership) gap on pool vehicles.

    That said, the issues around home charging also needed to be resolved, including developing systems that allowed employees to have their home charging costs covered by their employer, in much the same way as occurs with fuel cards.

    “Managing public charging remains an admin burden for fleet managers and drivers – multiple apps, cards and expense claims across different networks,” it notes.

    “Origin’s had strong uptake on it’s OneCharge solution that helps solve this, by centralising charger activation and billing across six of the major public charging networks, and aggregating costs onto the fleet bill.”

    It concludes: “Driver and fleet manager hesitation is real, but manageable – flexible trials, data-driven suitability tools, and hands-on experience all play a role in converting interest into commitment.

    Vehicle availability is improving for passenger fleets, but the ute segment remains a significant gap that limits electrification for a large portion of the Australian fleet market.”

    Sign up for The Driven’s free daily newsletter and get the latest EV news and analysis delivered straight to your inbox. 

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  • How a Disgruntled Man and His 2001 Volvo Got the Kars4Kids Jingle Banned

    How a Disgruntled Man and His 2001 Volvo Got the Kars4Kids Jingle Banned

    • Jingle banned in California. A judge ruled Kars4Kids ads deceptive for lacking disclosure about their religious affiliation.
    • Misleading charity claims. The organization funds religious programs, not underprivileged kids as implied.
    • Donor’s dissatisfaction. Bruce Puterbaugh felt misled after his car donation supported a Northeast religious mission.
    • Legal repercussions. Kars4Kids must update ads with full disclosures or stay off California airwaves.


    AI assisted, editor reviewed

    If you’ve ever heard the “1-8-7-7-KARS-4-KIDS” jingle, you’ve probably heard it a million times. In states where this car-donation charity operates, it’s been running obnoxiously repetitive singing-kids ads for decades with the intensity of a shock-and-awe military campaign. But after all those years of operation, one disgruntled donor took it to court and got a judge to kick Kars4Kids off California airwaves for practicing “an actionable strategy of deception.”

    Since Kars4Kids is mostly a thing in America’s coastal states, I’ll link the jingle for those of you who are unfamiliar. (As we were discussing the issue in our newsroom this morning, my colleagues in Indiana, Missouri, Michigan, and Minnesota hadn’t heard of it.) Of course, anyone with a SiriusXM subscription has probably been subjected to the song as well.

    The Kars4Kids song actually has its own website. If you really want to torture yourself, you can listen to a bunch of versions of it there.

    While the song is undoubtedly annoying, that’s not why it’s been ordered off the air. As laid out in the New York Times, ABC7, and elsewhere: “Judge Gassia Apkarian of the Superior Court of California, in Orange County, found that Kars4Kids’s ads violated the state’s laws against false advertising and unfair competition.”

    More specifically, the Judge didn’t like that the Kars4Kids ads have no disclosures about the organization’s religious affiliation.

    As stated in the court ruling, the problem is that the “Kars” were not “4 Kids” at all. Kars4Kids’ own COO Esti Landau testified that the group “operates no functional programs” for helping kids in California. The money mainly goes to Oorah, an organization “dedicated to Jewish heritage and summer camps in New York and New Jersey.”

    “Ms. Landau explicitly testified that the organization’s primary purpose is not to help economically disadvantaged children. She testified that Oorah’s programs include “matchmaking” for young adults and “gap year” trips to Israel for 17- and 18-year-olds (averaging 250 participants per year).

    So, yeah, nothing wrong with funding gap-year religious mixers for 18-year-olds, but it’s a far cry from the “underprivileged kids” the ads imply are being saved by your 200,000-mile trade-in.

    The Israeli tie-in to Kars4Kids is not a new discovery—it only takes casual research to find the connection between Kars4Kids and Oorah. But it’s not apparent in the ads, and that’s the crux of plaintiff Bruce Puterbaugh’s problem here (yes, we’re finally getting back to the old Volvo). The court ruling describes his vehicle as a “2001 Volvo XC,” I imagine, they’re referring to a Volvo V70 XC (the high-riding wagon with cladding) since the XC90 wasn’t out yet that year.

    “After donating the car, he learned from a neighbor that the proceeds would fund a Jewish organization based in the Northeast. Mr. Puterbaugh said he felt “taken advantage of,’” as the New York Times wrote.

    You might as well just get the rest of the download directly from the court ruling:

    “The Plaintiff testified that he was subjected to the Kars4Kids radio ‘jingle’ repeatedly (‘over and over’). The jingle that was played in court several times was the TV version. It features several children aged 8-10 playing various musical instruments, with the jingle repeated at least 4 times. The short and repetitive ad has the following lyrics:

    1-877-Kars4Kids
    K-A-R-S Kars for Kids
    1-877-Kars4Kids
    Donate your car today.

    “Plaintiff testified that as a ‘charitable person,’ he relied on the advertisement’s auditory message to conclude that the organization benefited ‘underprivileged kids from all over the U.S.’ and, specifically, kids in California, given that he was donating the vehicle in California. The Plaintiff donated a 2001 Volvo XC, which is valued at $250. He testified that he felt ‘taken advantage of’ upon discovering—only after the donation—that the funds did not stay in California but supported a specific religious mission in the Northeast.

    The Court finds that Plaintiff credibly testified that the Plaintiff believed the charity benefited ‘underprivileged kids from all over the U.S.’ and expected that a donation made in California would benefit children in California.”

    Now, Kars4Kids has 30 days to add some kind of deeper disclosure to its ads or keep them off the air in the state of California.

    Got any more Kars4Kids gossip? Hit me up at andrew.collins@thedrive.com.

    Automotive journalist since 2013, Andrew primarily coordinates features, sponsored content, and multi-departmental initiatives at The Drive.


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  • Volvo Still Sells Gas Cars, But It Has No More Combustion Engine Factories

    Volvo Still Sells Gas Cars, But It Has No More Combustion Engine Factories

    Volvo’s 2030 EV Goal Suddenly Looks More Real

    Volvo’s initial plan to become a fully electric automaker by 2030 once seemed overly ambitious, especially in markets like the United States, where gas-powered SUVs still dominate sales. But comments from Volvo’s chief engineering and technology officer, Anders Bell, suggest the company has already moved much further away from internal combustion than many expected.

    Speaking with CarBuzz, Bell revealed that Volvo no longer operates factories dedicated to producing combustion engines.

    Bell said combustion engines are “not part of our core technology anymore,” adding that former engine plants have either been sold or converted to produce electric motors. The statement reinforces Volvo’s earlier decision to stop investing in new combustion engine development. Even though the automaker still sells hybrids and gasoline-powered models today, its manufacturing strategy now appears heavily centered around EVs.

    Volvo

    Volvo Stays Committed Despite Europe’s EV Uncertainty

    Volvo’s comments come as several European automakers push for softer emissions rules and adjustments to the European Union’s planned 2035 combustion-engine ban. Slowing EV demand and concerns about charging infrastructure have caused some manufacturers to reconsider how quickly they can transition away from gasoline-powered vehicles.

    Volvo, however, seems committed to staying the course. Bell acknowledged that combustion-powered vehicles will remain necessary in the U.S. for the near future, but he said future Volvo hybrids will deliver a more EV-like driving experience. He also confirmed Volvo is willing to rely on outside partners for combustion engine technology rather than restarting internal ICE development programs.

    Volvo

    The Lowdown

    European automakers have increasingly warned regulators that forcing a rapid EV transition could hurt competitiveness. Still, some countries already show how quickly the shift can happen. Norway recently reached roughly 96 percent EV adoption in new-vehicle sales, effectively making gasoline-powered cars a shrinking niche.

    Volvo appears convinced that global markets will eventually follow that direction. The company is not only reducing investment in combustion engines but actively restructuring factories and engineering teams around electrification.

    That confidence also explains why Volvo leadership has expressed openness to building lower-cost Chinese-developed EVs in the United States if market conditions make sense. While many automakers continue to balance gasoline, hybrid, and EV programs, Volvo increasingly looks like one of the few traditional brands fully committed to an electric future.

    Mansory

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  • Luxury Car Logos: See What They Mean

    Luxury Car Logos: See What They Mean

    Automakers’ vehicle lineups change all the time as new models are added and old nameplates are retired, but brand logos typically remain the same for long periods. This is even more apparent for luxury car brands, which have built their legacies and connections with buyers over decades, sometimes for a century or more.

    While you might not regularly see some of these brands on your daily commute, you’re probably familiar with their logos. That said, even the most popular luxury brand badges have interesting stories that aren’t as widely known. Here’s how to spot luxury car logos and the stories behind them.

    Ultra-luxury car brands represent the apex of comfort, style, and high-end features. Depending on where you live, you might never see a vehicle from one of these brands, or they may be part of your everyday life. These automakers regularly price their vehicles deep into the six-figure range, with models like the Rolls-Royce Phantom, Ferrari Purosangue, and Bentley Flying Spur costing more than a family home in many parts of the country.

    Ultra-Luxury Car Logos

    Aston Martin

    British luxury automaker Aston Martin is known for high-end vehicles that blend plush comfort with stunning performance. The wing logo symbolizes speed, freedom, and exploration.

    Bentley

    Bentley is one of the most luxurious, exclusive automakers in the world. Its iconic “B” logo is often flanked by wings, and higher-end models sometimes feature a motorized, retractable hood emblem with wings and a stylized “B.” The symbolic wings refer to the days when founder W.O. Bentley served with the Royal Naval Air Service, developing engines for fighter aircraft. Bentley is now owned by Volkswagen AG.

    Ferrari

    Ferrari has an iconic logo that is synonymous with racing. It features a “cavallino rampante,” or prancing horse, with the colors of the Italian flag on top. For decades, it has been an F1 racing staple and is now a luxury car staple. For non-racers, a new Ferrari can reach nearly $600,000 for starters. Ferrari is not the only luxury vehicle brand to use a horse logo. Can you guess what other luxury automaker uses one? Read on to learn more.

    Lamborghini

    Lamborghini is known for its aggressive engines and sharp edges as much as its luxurious interior and sleek design. On a Lamborghini, you will spot the black shield with a gold bull in the middle on the car’s hood. The bull is a symbol hand-picked by the founder Ferruccio Lamborghini, who, as a Taurus, enjoyed watching bullfights.

    Maybach (Mercedes-Benz)

    Maybach is part of Mercedes-Benz. Its traditional logo features a double “M” to symbolize its original manufacturer, Maybach Motorenbau. That said, some of the newest models feature a spelled-out Maybach badge alongside the iconic Mercedes-Benz tri-pointed star logo.

    Rolls-Royce

    Rolls-Royce is the pinnacle of luxury in the car market. The logo features a double “R” for the company’s name. It combines the names of founders Charles Rolls and Henry Royce. As the hood ornament, you’ll see the “Spirit of Ecstasy,” a figurine of a woman in flowing clothing leaning forward into the wind. The Rolls-Royce Cullinan SUV, one of the most popular cars from the brand, will cost you upwards of $394,000. If you drive next to one and look at the wheels, you will notice that the logo in the center always sits upright and doesn’t spin with the tire like other cars. The Rolls-Royce wheel logo is weighted, so you can always see it stay in position.

    While most luxury cars are noticeably more expensive than mainstream models, their price tags are far more approachable than those of ultra-luxury brands. The stories behind their logos are still interesting, and they still offer plenty of the upscale feel and feature set that premium buyers demand. 

    Luxury Car Logos

    Acura

    Acura logoAcura logo

    Acura’s logo looks like the letter “A” at first glance, but it’s actually based on a caliper. Acura’s website notes, “Our logo is derived from the caliper, a precise design tool representing the meticulous attention to detail.”

    Alfa Romeo

    Alfa Romeo logoAlfa Romeo logo

    Alfa Romeo features symbols from its home country, Italy, including the flag of the city of Milan with its red cross on a white field and the Visconti serpent or “biscione” on the right. The brand offers the high-performance Giulia Quadrifoglio and the more affordable Tonale SUV.

    Audi

    Audi logoAudi logo

    Audi’s iconic four-ring logo symbolizes the four automakers that merged to form the company in the early 1930s. Today, the company offers a range of luxurious, high-performance vehicles, including the RS 3 and Q6 e-tron.

    BMW

    BMW logoBMW logo

    While it looks like a stylized propeller, BMW’s “roundel” logo represents the colors of its home in Bavaria, Germany’s largest state. The automaker’s modern catalog includes massively powerful vehicles like the X5 M and a variety of electric vehicles, such as the iX.

    Cadillac

    Cadillac logoCadillac logo

    Cadillac has a long history in luxury cars, from its early sedans to today’s Escalade. This full-size SUV often serves as luxury transportation for VIPs. According to the automaker, the Cadillac Crest is “derived from the coat of arms of Le Sieur Antoine de la Mothe Cadillac, who founded the City of Detroit in 1701.” In some newer Cadillacs, like the all-electric Lyriq, the emblem serves as a button that opens either the charge port door or the trunk.

    Genesis

    Genesis logoGenesis logo

    Genesis is a South Korean car company owned by Hyundai. Genesis is another brand that implements wings in the logo. The brand’s name can be seen on a crest with silver wings attached to the side. While there is no official meaning behind the design of the emblem, many speculate the wings are a symbol of luxury, similar to other luxury cars that use wings in their logos. Genesis prides itself on a plush and comfortable cabin and a smooth ride. These traits can be seen in the Genesis G90, which costs just under six figures for the base model.

    Infiniti

    Infiniti logoInfiniti logo

    Officially, Infiniti’s logo is a nod to Japan’s Mount Fuji, but it also represents an “infinite road” stretching to the horizon. It’s also a variation on the mathematical symbol for infinity.

    Jaguar

    Jaguar logoJaguar logo

    You could likely guess the brand if you saw this logo without the lettering. The Jaguar is easily identifiable, but this is the logo on the car’s rear. On the front of the car, the logo is typically the head of a jaguar inside a red circle. According to several Jaguar dealerships, the logo offers a representation of the manufacturer’s core values – grace, elegance, performance, power, and the ambition to leap forward. It offers a range of SUVs, sports cars, and sedans, all of which fit in the luxury department. Among the most expensive models is the super quick Jaguar F-Type.

    Land Rover

    Land Rover logoLand Rover logo

    Land Rover is known for multiple reasons in the automotive world. The iconic green logo is often dirty on models like the Defender 90 SUV, and the brand builds some of the most beloved off-roading vehicles. However, the six-figure Range Rover is luxurious enough to get Land Rover on the list of luxury cars. While only speculation, many think the green in the Land Rover logo symbolizes British Motorsports’ racing green color. Another theory is that the green in the logo symbolizes nature, as many Land Rovers drive off-road.

    Lexus

    Lexus logoLexus logo

    Toyota’s luxury brand, Lexus, uses a stylized “L” logo that emphasizes the first letter of its name, and its sleek shape represents the brand’s modern, aerodynamic styling.

    Lincoln

    Lincoln logoLincoln logo

    Lincoln is known for its luxury SUVs, including the full-size Navigator and the midsize Aviator SUVs. You will be able to recognize a Lincoln not only due to its large size but also from the four-pointed silver and black logo. According to Lincoln, the logo represents a star. “Today’s four-point star badge was originally designed in 1955 for the 1956 Continental Mark II,” said Jamie Myler, research archivist for Ford Motor Co. Archives, in a news release in 2019.

    Lucid

    Lucid logoLucid logo

    Unlike other brands whose logos are featured on the front, back, and sometimes the side of the car, Lucid’s logo in the Lucid Air is a bit of an Easter egg. While you may think the word “Lucid” that can be seen on the car’s exterior is the logo, the logo is actually a bear. According to California-based Lucid, the animal representation of the spirit of California as a bear is a staple of the state flag.

    Maserati

    Maserati logoMaserati logo

    Maserati’s trident logo was designed by Mario Maserati in 1926, who drew inspiration from the Fountain of Neptune in Bologna, Italy. The automaker says its logo represents its luxury and performance, highlighted by its long history in motorsport.

    Mercedes-Benz

    Mercedes-Benz logoMercedes-Benz logo

    The Mercedes-Benz star is one of the most recognizable car logos in the world. It is a three-pointed star that can be seen shining on the front grille and on the car’s hood. According to several dealerships, the star represents the strength and prevalence of the company’s engines on land, on the sea, and in the air.

    Polestar

    Polestar logoPolestar logo

    Polestar is a luxury car brand now focusing on electric vehicles. Formerly under Volvo, its cars are a bit pricier. Also, it has faced financial struggles, including in the past two years. The Polestar logo combines two arrows pointing at each other, symbolizing a star. It discontinued the initial Polestar 1 hybrid. Now, the company offers the fully electric Polestar 2 and Polestar 3.

    Porsche

    Porsche logoPorsche logo

    Porsche is another luxury car brand with a rich racing history. Now, it combines powertrains with a racing pedigree and luxury interior features. The Porsche logo features a horse in the gold crest with black and red lines surrounding it. The logo says “Stuttgart,” the German city where Porsche was founded. It’s also a city known for breeding horses. The brand sells one of the fastest EVs on the market, the Porsche Taycan.

    Tesla

    Tesla logoTesla logo

    Tesla has been an electric vehicle giant for years and continues to grow while adding innovative features like semi-autonomous driving. The logo is simply a “T” with a curved line at the top. While many theories exist, Tesla founder Elon Musk said on social media that the “T is like a cross-section of an electric motor.” The Tesla Model S remains one of the fastest street-legal cars on the market, whether gas- or electric-powered.

    Volvo

    Volvo logoVolvo logo

    Volvo is among the more affordable luxury brands. The logo is the brand’s name in a circle with an arrow. The Volvo logo seems fairly simple, but the circle with the arrow is an old iron chemical symbol. It offers a full array of cars, including electric, hybrid, and gasoline. Even though they are more moderately priced, some models, like the range-topping Volvo XC90 T8 Ultra Bright Theme (2025.5) start at more than $82,000.

    Editor’s Note: We have updated this article since its initial publication. Cynthia Ogu contributed to the report.

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