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  • Canadians in a Garage Might Complete a Range-Extended Ram Before Ram Does

    Canadians in a Garage Might Complete a Range-Extended Ram Before Ram Does

    A Canadian startup and some garage YouTubers are on the verge of beating one of the world’s largest automakers to the punch. Stellantis’ extended-range Ram pickup was originally supposed to launch as a 2025 model, and a revised timeline of starting customer orders in the first half of this year looks unlikely to happen, too. Meanwhile, Edison Motors is making steady progress on launching diesel-electric conversion kits for older pickups, including Rams. A prototype is now running under its own—electric—power.

    Edison started out building diesel-electric, series-hybrid semi trucks, a neat idea that could balance the need to reduce emissions with the current limitations of batteries. There’s a video on The Drive’s YouTube channel if you want more details on that. To bring the pickup conversion-kit project to fruition, Edison teamed up with Rich Bosch from Deboss Garage, making him Vice President of Work Truck Fabrication and effectively making him lead designer for the project.

    Edison Motors Dodge Ram prototype chassis
    Edison Motors and Deboss Garage via YouTube

    Late last year, Edison unveiled two prototypes for the kit project—a 1995 Dodge Ram and a 79-Series Toyota Land Cruiser. Deboss Garage has meticulously chronicled the Ram’s build on its own YouTube channel, devoting 15 videos to the build. In the latest video, Bosch and company finally assembled the pickup and got it running. The truck was only driven enough to confirm that everything was working properly, but it’s a start.

    The second-generation Ram has a Cummins 2.8-liter diesel crate engine under the hood. The inline-four powers a generator mounted aft of the engine, which supplies electricity to a battery pack mounted between the frame rails. The wheels are actually turned by a pair of e-axles with integrated electric motors, eliminating the need for driveshafts and transfer cases and providing the instant torque delivery of a fully electric powertrain, but without the range anxiety that comes with having to plug in to charge.

    FINALLY! First Drive Under Electric Power #RamRecharger [EP15] thumbnail

    FINALLY! First Drive Under Electric Power #RamRecharger [EP15]

    From the outside, the main clue to the modifications is the lack of noise when the small-displacement diesel isn’t in use. Peeking underneath the trucks reveals the e-axles, but everything is packaged to be as clean as possible and keep powertrain components out of the bed. To make that happen, the battery management system and cooling hardware are concealed in a repurposed housing from Edison’s semi trucks that was noticed to fit between the frame rails and rear cross member without hanging below the hitch.

    Edison has big plans for these conversion kits. The company hopes to market them to militaries and other government agencies, emphasizing the potential of series hybrids to provide emergency backup power when the grid goes down. Chance Barber, Edison’s president and co-founder, previously told The Drive that the company is considering selling its own rolling chassis with hybrid powertrains already installed as well. Completion of this prototype is a big step toward those goals.

    Got a tip? Reach out to tips@thedrive.com

    Stephen has always been passionate about cars, and managed to turn that passion into a career as a freelance automotive journalist. When he’s not handling weekend coverage for The Drive, you can find him looking for a new book to read.


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  • Koenigsegg Jesko Absolut Just Sets Fastest Quarter-Mile Record for a Production Car

    Koenigsegg Jesko Absolut Just Sets Fastest Quarter-Mile Record for a Production Car

    Newest Addition to Jesko Absolut’s Record Collection

    The Koenigsegg Jesko Absolut is basically on a first-name basis with world records at this point. Not long ago, it was duking it out with the Rimac Nevera R for acceleration (and braking) bragging rights. Turns out, Koenigsegg had a few more tricks up its sleeve.

    On Sweden’s National Day, June 6, Koenigsegg rolled back to its home turf in Ängelholm with the Jesko Absolut in tow. If you’re wondering about the name, it’s a nod to Jesko von Koenigsegg, the founder’s dad. The mission? Build the fastest Koenigsegg ever. Simple as that.

    Factory test driver Markus Lundh took the wheel in a fresh in-house video and didn’t just break one record – he smashed two. With Racelogic VBox gear keeping things honest, the Jesko Absolut is now officially the fastest production car over both the quarter-mile and half-mile.

    Faster Than the Nevera and the Corvette ZR1X

    The Jesko Absolut blitzed the quarter-mile in just 8.54 seconds, blasting past the line at 305 km/h (190 mph). That’s not just quick – it’s historic. No other production car has ever cracked 300 km/h in the quarter-mile before.

    But the Jesko wasn’t done showing off. It kept its foot down through the half-mile, hitting 373 km/h (232 mph) in just 12.76 seconds. Another record, just like that.

    Those numbers put the Jesko Absolut ahead of some seriously heavy hitters. The Rimac Nevera has been the straight-line king for a while, and Chevy’s new Corvette ZR1X has been making waves too – at least for an American nameplate. Now, Koenigsegg owns the fastest verified quarter-mile and half-mile runs ever logged by a production car.

    What’s even crazier is how the Jesko pulled it off. Forget all-wheel drive and sticky drag strips – this beast did it with rear-wheel drive, regular production tires, and an unprepped runway. No special tricks, just raw speed.

    Koenigsegg

    Good News for Existing Owners

    The record run wasn’t just a flex. Koenigsegg says the record-setting numbers came down to new software tweaks. And instead of keeping the magic to themselves, they’re rolling out the update to all Jesko Absolut owners via over-the-air updates. So, if you’re one of the one-percenters already housing one in a temperature-controlled, multi-car warehouse, you might be about to get even faster – no wrenches required.

    The Jesko Absolut is already rubbing shoulders with the hypercar elite. Under the hood sits a twin-turbo 5.0-liter V8 that cranks out up to 1,600 horsepower on E85. Unlike the track-hungry Jesko Attack, the Absolut ditches downforce for slippery aerodynamics and even more top speed.

    Koenigsegg


    View the 8 images of this gallery on the
    original article

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  • Xiaomi unveils robotic EV charger after Tesla abandoned the idea

    Xiaomi unveils robotic EV charger after Tesla abandoned the idea

    EV drivers love skipping the traditional gas station, but those who charge at home still have to manually plug in their vehicles almost every night. It’s not a dealbreaker really, but consumer technology giant Xiaomi wants to eliminate that last bit of physical effort. The company demonstrated a new home charging robotic arm that automates the entire process. This device takes care of both plugging in and unplugging EVs without any human intervention. Xiaomi says it is ready to launch this automated accessory on the retail market in the fourth quarter of 2026, targeting the residential garages where most EV owners recharge.

    Xiaomi fulfills an old promise that the wider automotive industry failed to deliver. More than ten years ago, Tesla chief Elon Musk promised a similar solution for electric cars, describing a metal snake charger that would automatically extend from a wall. Tesla even revealed a working prototype in 2015, but the project quietly disappeared into the corporate graveyard. Instead, Tesla shifted its focus toward wireless inductive charging for models like the Cybercab robotaxi. Xiaomi decided to stick to the physical plug concept and make it production-ready.

    Xiaomi unveils robotic EV charger after Tesla abandoned the idea

    The physical design of the Xiaomi robotic arm is perfect for tight residential spaces. The housing measures exactly 6 inches wide, allowing it to fit easily next to vehicles in small home garages. The system uses advanced artificial intelligence vision recognition to guide the charging gun with sub-millimeter precision into the vehicle’s port. It also communicates directly with the car to trigger motorized charge port covers to open and close automatically. Owners can monitor and manage the system remotely through their smartphones, as the arm completely integrates into the brand’s existing smart home and vehicle ecosystem.

    Automated mechanical arms solve a major technical issue that currently plagues wireless charging alternatives. Wireless pads remove the need for a physical cord, but they suffer from lower energy efficiency. Standard wireless inductive systems operate at an efficiency rate between 88 percent and 93 percent under perfect alignment. Direct physical plug-in systems operate at roughly 95 percent efficiency because they eliminate the air gap between the pad and the vehicle. On top of that, wireless charging under the common SAE J2954 standard generally tops out at 11 kW of power, whereas physical plugs can handle much higher rates.

    Tesla prototype from 2015
    Tesla prototype from 2015

    For owners of modern EVs, these small percentages make a financial difference over time. Wasted energy transforms into heat and increases electricity bills over the years of daily use. A mechanical system preserves the full efficiency of a direct connection while offering the exact same convenience as a wireless system. Additionally, owners do not need to install heavy or expensive hardware inside their electric cars to make it work. The robotic arm functions perfectly with any standard charging port already built into the vehicle.

    Xiaomi has not confirmed a final price for the new accessory, which will join its current lineup of 7 kW and 11 kW wallbox chargers. Price will decide whether home consumers adopt the technology. The company faces rising competition in the automated charging sector, particularly within the Chinese market. Other automakers are rushing to develop similar hands-free systems for their own premium electric cars – Li Auto announced ongoing tests for its own automatic charging robot during the launch of the Li Auto i8 electric SUV.

    Xiaomi unveils robotic EV charger after Tesla abandoned the idea

    Similarly, the Harmony Intelligent Mobility Alliance (HIMA from Huawei) revealed an automated charging system for the Aito M8. That setup allows drivers to use an off-vehicle parking feature to send the car into a bay, where a robotic arm opens the port and inserts the plug automatically. Beyond automotive brands, independent infrastructure companies are entering the race. Star Charge introduced its own fully automatic robotic system called Armstrong – it achieves millimeter-level accuracy, connects in under 40 seconds, supports liquid-cooled ultra-fast charging, and uses a patented adapter ring to fit various global plug standards.

    Chinese manufacturers focus heavily on residential solutions, and global automakers are exploring public applications for this technology. Hyundai has been testing its own automatic charging robots at Incheon International Airport to assist travelers. Other companies are testing ceiling-rail-mounted robots that slide across commercial parking garages to service multiple vehicles. Because roughly 80 percent of EV charging takes place at home, Xiaomi’s compact garage-ready arm could give the company a meaningful advantage if the retail price is reasonable.

    Via

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  • Ultimate Harbor Freight Go-Kart Engine Cost $8,725 to Build—For Real

    Ultimate Harbor Freight Go-Kart Engine Cost $8,725 to Build—For Real

    Harbor Freight is the default choice for budget DIYers across the United States. That doesn’t mean projects involving Harbor Freight products can’t get pricey, of course. I’m not just talking about bathroom remodels, as this insane Predator 670 build from Red Beard’s Garage proves. He started with a $950 V-twin engine and went on to dump more money into it than some people spend on their LS V8 builds.

    To be clear, this is far from run-of-the-mill. It has to be the most extreme Harbor Freight engine project I’ve seen, which is why I wrote about it last week. The feller behind Red Beard’s Garage installed parts on this thing that I’d never imagine buying for a go-kart. The full list includes…

    • Holley Sniper EFI system ($1,400 including proprietary USB cable)
    • Upgraded camshaft ($530)
    • Garrett GT1241 knockoff turbo ($400) and oiling accessories ($140)
    • Billet pistons ($460) and connecting rods ($290)
    • Alternator kit ($400)
    • Billet flywheel ($380)
    • Electronic ignition ($340)
    • Head work, like porting, milling, and O-rings ($300)
    • Billet valve covers and rockers ($270)
    • Fuel cell ($200)
    • AN lines ($200)
    • Intercooler core ($160)
    • Exhaust manifold ($140)
    • Intake adapter ($130)
    • Springs and retainers ($125)
    • Intercooler pipe kit ($110)
    • Intercooling pipe couplers ($80) plus odds and ends ($40)
    • Boost reference fuel regulator ($75)
    • Fuel pump ($70)
    • Chromoly pushrods ($65)

    Including the price of the Predator 670, that adds up to $7,225. What!? And it gets even more expensive once you throw in taxes and shipping, with that total reaching $8,725.

    Harbor Freight Predator
    Red Beard’s Garage

    The host already has a supercharged Predator-powered go-kart in his garage. He plans to compare this build’s performance to the other boosted one after it’s installed. Per his last video, he’ll be running lower boost levels on the turbo engine—12 psi compared to 14 psi on the supercharged example. Power numbers are still anyone’s guess as he hasn’t strapped it to a dyno just yet.

    How Much Did The Turbo 670cc Cost?!?! thumbnail

    How Much Did The Turbo 670cc Cost?!?!

    He acknowledges at the end of this video that he could have built a more powerful ATV engine for less money. Heck, he could have bought an entire vehicle with more power for that amount. But he wanted to see what was possible with the Predator platform, which is easy to mount, cheap to maintain, and easily serviceable.

    I’m glad someone was willing to do it, because I’m sure as heck not gonna.

    Got a tip or question for the author? Contact them directly: caleb@thedrive.com

    From running point on new car launch coverage to editing long-form features and reviews, Caleb does some of everything at The Drive. And he really, really loves trucks.


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  • What Is A Lease Buyout and How Does It Actually Work?

    What Is A Lease Buyout and How Does It Actually Work?

    When you reach the final months of an automotive lease contract, you are forced to look critically at your contract. On the one hand, giving the keys back to the dealership feels like the path of least resistance. However, walking away without analyzing the numbers could leave money on the table. In this case, a lease buyout is a calculated maneuver that allows you to purchase the vehicle rather than surrender it. The market may dictate your vehicle’s value, but your contract dictates the baseline price. Before you surrender your Toyota Corolla to the dealer, understanding the mechanics of a car lease buyout may just mean that you maintain the financial leverage.

    This article serves as a guide to understanding the intricacies of buying out a vehicle lease. Lessees are encouraged to perform due diligence when wanting to explore this route. Authoritative sources are listed at the end of the article.

    Understanding What A Car Lease Is


    car lease handshake new car financing
    car lease handshake new car financing
    Antoni Shkraba Studio / Pexels

    At its core, a car lease is a rental agreement governed by strict financial parameters over a certain period – often between 24 and 48 months. You are not purchasing the vehicle’s total value, but rather financing its projected depreciation over a set term. The leasing company retains ownership, while you cover the vehicle’s declining worth, plus interest and fees. Because you only pay for a fraction of the car’s life cycle, monthly payments remain lower than standard financing, but the trade-off is zero equity. When considering buying out a lease, you are pivoting from being a renter to an owner – acquiring the asset – and going into the process of purchasing the remaining value of the asset that was excluded from your monthly depreciation payments.

    According to Cartelligent, you need to ask yourself the following before continuing with the lease buyout process:

    • What’s my total cost of ownership?
    • How long do I plan to keep the car?
    • What’s my opportunity cost?
    • Am I emotionally attached, or is this financially sound?

    Can You Buy Out The Lease?


    budget money car lease finance
    budget money car lease finance
    Tima Miroshnichenko / Pexels

    In short, yes, but almost every automotive lease agreement these days includes a purchase option. However, executing it requires a careful review of your specific contract. The provision or conditions granting you the right to purchase the vehicle are typically established on day one by locking in a predetermined price known as the residual value. This figure is the leasing company’s initial projection of what the vehicle will be worth when the lease term expires. An end of lease buyout is simply the act of paying this exact residual amount, plus any applicable fees, to assume full legal ownership.

    While the vast majority of lessors permit this, some manufacturers have introduced restrictions, particularly on heavily subsidized electric vehicles, to retain the battery assets. Therefore, if you want to begin the process of purchasing your lease vehicle, your first step is pulling your original paperwork, locating the purchase option clause, and establishing the mathematical baseline you will be working from.

    How Does A Lease Buyout Work?


    contract lease
    contract lease
    Antoni Shkraba Studio / Pexels

    If you are wondering what the process of buying out a leased car is, then know that it begins with contacting the financial institution holding the lease – not necessarily the dealership where you got the vehicle from. Then, you must request a formal payoff quote that details the residual value, the purchase option fee, and applicable state taxes. Once you have the total payoff amount, you can write a check for the entire balance or, more commonly, secure a buyout auto loan. After the payment is processed and cleared by the lessor, they will release the lien and transfer the title into your name. As a final step, owners must then register the vehicle independently at their local motor vehicles department to solidify their ownership status and officially close out the lease contract.

    What To Consider Before A Lease Buyout

    Calculating The True Cost vs Market Value


    money dollar
    money dollar
    Michael Noel / Pexels

    The basis of this financial decision rests on a direct comparison between your contracted residual value and the vehicle’s real-world market valuation. Residual value is a static number, and it’s completely insulated from market fluctuations. Conversely, the open market is dynamic. You must analyze current retail pricing for your exact make, model, year, and mileage, because if similar vehicles are retailing for $25,000, but your contract dictates a buyout price of $20,000, purchasing the car yields immediate equity.

    In this scenario, handing the keys back is a mathematical failure. However, if the broader used car market has corrected downward and your vehicle is only worth $18,000 against a $20,000 buyout, walking away protects your capital. A buyout is only justifiable when the data proves that purchasing the asset is more cost-effective than attempting to replace it in the current marketplace.

    Timing The Buyout: Early vs End-of-lease


    new car,buying a car,
    new car,buying a car,
    Image: Gustavo Fring / Pexels

    Executing a buyout at the end of your contract is a straightforward transaction, but pulling the trigger early could introduce a series of financial mechanics. An end-of-term transaction relies on the residual value and standard fees, because by this time, you’d already have fulfilled your scheduled depreciation obligations. On the other hand, an early buyout forces you to settle the outstanding balance of your contract immediately. When you attempt to buy out early, the payoff quote includes the predetermined residual value plus the cumulative sum of all remaining monthly payments.

    While leasing companies often strip out the unearned interest from those remaining payments, many contracts include aggressive early termination penalties. It’s important to note that attempting an early buyout to capitalize on a sudden spike in market equity rarely yields a windfall. This is because the required capital to clear the contract remains disproportionately high. In other words, an early buyout is generally a defensive maneuver rather than a strategic financial play. And when you run the numbers, the best course of action is to let the lease mature and run to its natural conclusion. This will provide the most stable environment to evaluate your future with the vehicle without absorbing unnecessary premature penalties.


    nissan dealership
    nissan dealership
    Erik Mclean / Pexels

    Liquidating cash reserves to cover a buyout is the cleanest and easiest exit strategy, but financing the transaction is the operational reality for the vast majority of consumers. If you’re going with the latter, the interest rates must be scrutinized, because you are technically financing a used car, which means you forfeit the aggressively subsidized, low-APR promotional rates manufacturers offer on new inventory. It’s advisable not to walk into the dealership to arrange the loan, because dealerships routinely mark up the interest rates provided by their lending networks to generate backend profit. Instead, approach independent financial institutions. Also, accepting the first and best offer might not be the best idea, so solicit quotes from credit unions and standard retail banks to establish a competitive baseline.

    Then, isolate the lowest possible annual percentage rate to prevent interest from taking over your ownership experience. One of the most important things to do is to examine loan terms strictly. Stretching a buyout loan over 60 or 72 months on a car that is already three years old invites negative equity, because you are financing an aging asset that will require increasing maintenance capital. Especially when the warranty has run its course. The optimal way to go is to limit the financing term to 36 or 48 months, and aggressively pay down the principal before the vehicle’s mechanical components eat into your budget.

    Hidden Fees & Tax Implications

    A buyout payoff quote is never just black and white, and failing to account for the hidden costs and taxes guarantees an inaccurate financial projection. The first inevitable charge is the purchase option fee. This cost is explicitly detailed in the fine print of your original lease agreement and covers the administrative burden of transferring the asset. The most significant hidden cost, however, is taxation.

    When you execute a buyout, state authorities require sales tax on the total purchase price. If your residual value is $25,000 and your local sales tax rate is 8%, that adds a non-negotiable $2,000 to your capital requirement. This added tax cannot be financed into standard used car loans without heavily skewing the loan-to-value ratio. Additionally, because you are establishing new legal ownership, you are responsible for independent registration and title transfer fees at the local motor vehicle registry.

    Mileage & Wear-and-tear Penalties


    wheel tire rim mercedes-benz amg
    wheel tire rim mercedes-benz amg
    Mike Bird / Pexels

    Lease contracts enforce limits on mileage and physical condition. If you exceed your annual mileage allowance, you are contractually obligated to pay a per-mile overage fee. On a heavily driven vehicle, this could translate to thousands of dollars in dead capital owed directly to the dealership upon return. Similarly, the lease inspector will meticulously evaluate the vehicle for excessive wear and tear.

    Bald tires, cracked windshields, scratched alloys, or interior damage will trigger steep reconditioning charges, but purchasing the vehicle effectively neutralizes these penalties. When you execute a buyout, the lessor ceases to care about the odometer reading or the damage to the wheels. You are buying the asset “as-is,” and will instantly erase the threat of a massive bill when you would have returned the lease.

    Conclusion: Is A Lease Buyout A Good Idea?


    Volvo S90
    Vitali Adutskevich / Pexels

    Pros & Cons Of Leasing

    Pros

    Cons

    Lower Monthly Payments: Significantly cheaper than financing a new vehicle.

    No Equity: You don’t own the car, meaning you have nothing to sell or trade later.

    Always Under Warranty: Most leases end before major repairs are needed.

    Mileage Limits: Exceeding your annual mileage cap (e.g. 10,000 miles) triggers fees.

    Latest Tech: You can upgrade to a brand-new model at least every few years.

    Wear & Tear: You may be charged for small dents or stains upon return.

    Determining if a buyout is a sound strategy means you have to look at the deal logically and practically. It is advantageous when the current market value heavily outweighs the contracted residual price, which will gift you equity. It is equally good as a defensive measure to bypass the mileage overages or severe wear-and-tear penalties. However, if the vehicle’s market value has plummeted below the buyout figure, or if securing financing requires absorbing excessive used-car interest rates, walking away from the lease is the only logical move.

    Sources: Cartelligent, RefiJet, Agent Entrepreneur, Lease End

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  • Mazda CX-5 Reviews | Overview

    Mazda CX-5 Reviews | Overview

    Overview

     

    MAZDA offered a taste-test of its third-generation CX-5 in March this year, but the brand has now launched the next-gen line-up locally and GoAuto was given a drive of the petrol-only midsize SUV to see if it can take the fight to a growing field of hybridised competitors.

     

    The biggest change is that Mazda has dropped the petrol 2.0-litre four-cylinder and turbocharged 2.5-litre four-cylinder engines from the range, offering the CX-5 with just one powertrain option until a second plug-in hybrid variant launches in 2027.

     

    Mazda’s well-proven 2.5-litre ‘G25’ Skyactiv petrol engine has been detuned slightly for the new model, in order to squeeze more fuel efficiency from the atmo’ runner, producing 132kW (down 8kW) and 242Nm (down 10Nm) of torque, mated to a six-speed automatic.

     

    According to Mazda, the simple (by 2026 standards, at least) powertrain returns a claimed combined fuel use of 7.4l/100km and emits 173 grams of CO2 per km.

     

    The elephant in the room is the lack of a hybrid option for the first 12 months of the CX-5’s product lifecycle, especially since the mild-hybrid variant offered in Europe was considered but ultimately turned down by Mazda Australia, as it battles electrified competitors like the Toyota RAV4, Nissan X-Trail e-POWER, Honda CR-V Hybrid, and Mitsubishi Outlander PHEV.

     

    This makes the CX-5 somewhat of an outlier, particularly amongst its Japanese peers, but the brand defended its decision to wait until 2027 for hybrid power, suggesting the mild-hybrid model – which produces 104kW/238Nm – wasn’t powerful enough for its Australian customers.

     

    “There’s a cost but we also looked at the performance, and we think this (petrol variant) better reflects the Australian consumer profile in terms of power outputs,” Mazda Australia director of sales and marketing, Jarrod Gieschen told GoAuto.

     

    What the new CX-5 does deliver on is an improved array of standard inclusions across the line-up, including more technology, improved safety and all-wheel drive as standard, somewhat offsetting modest price increases of between $1000 and $2750 across the board.

     

    The range kicks off with the Pure at $39,990 (+$2750), steps up to the Evolve at $42,990 (+$2030), Touring at $47,490 (+$1000), GT SP at $51,990 (+$1030), and tops out with the flagship Akera at $54,990 (+$1840) – all before on-road costs.

     

    For the extra dosh, the Pure – which replaces the outgoing Maxx grade – gets a 12.9-inch infotainment screen (up from 10.25-inch), 10.25 digital instrument cluster (up from 7.0-inch), cruising and traffic support, front cross traffic braking, dual-zone climate control, rain-sensing wipers, and eight speaker sound system (up from six speakers).

     

    It also rides on 17-inch wheels, scores LED headlights with auto on/off and high-beam control, and features black cloth trim.

     

    The Evolve adds heated front seats, a frameless rear-view mirror with auto-dimming, auto folding side mirrors, heated front seats, keyless entry, wireless charging and rear air vents. It too rides on 17s, with a similar cloth interior treatment.

     

    Moving up to the Touring, it scores a windscreen de-icer, larger 19-inch machined alloys, black Maztex trim with cloth inserts, powered driver’s seat with memory function, heated steering wheel, roof racks and a heated windscreen.

     

    The GT SP adds a 360-degree camera view, power lift tailgate, power front seats, Bose 12-speaker audio, ambient lighting, as well as a blacked-out exterior treatment that includes the 19-inch alloys and gloss black bumper and wheel arch finishes.

     

    At the top of the model tree, the Akera gets a panoramic sunroof (over the sliding unit in the outgoing model), an even larger 15.6-inch infotainment display, remote operated tailgate, paddle shifters and front seat ventilation.

     

    The new model has a longer wheelbase (+115mm) to offer improved second-row space, and it’s wider (+15mm) and taller (+15-20mm) too, but despite the inflated dimensions Mazda has reduced the total weight of the new model by around 10 per cent.

     

    Cargo volume is up too, demonstrated to us by Mazda Program Manager, Koichiro Yamaguchi who used a stroller to emphasise the point, with a boot that is both lower and deeper to offer an additional 43 litres over the old model.

     

    The rear also transforms into a quirky bed arrangement, whereby the headrests are flipped and the second row folded forward to reveal a lay-flat surface that’ll accommodate two adults. It feels like a modern-day shaggin’ wagon, but really it’s probably just Mazda’s answer to the camping-focused features a lot of SUVs now get.

     

    Standard safety is up across all models with an expanded suite of ADAS functions and Mazda Australia confirmed the new CX-5 will soon be ANCAP tested. It currently holds a five-star Euro NCAP rating.

     

    Mazda offers the new CX-5 in seven colours, which include Aero Grey Metallic, Jet Black Mica, Machine Grey Metallic, Polymetal Grey Metallic, Rhodium White Metallic, Soul Red Crystal Metallic and the new Navy Blue Mica.

     

    All models are covered by a five-year/unlimited kilometre warranty and visits to the dealer will roll around every 15,000km or 12 months.

     

    Driving impressions

     

    Led by the always friendly Karl Reindler, who drives the Formula 1 medical car when he isn’t chaperoning motoring media, we took the fleet of CX-5s out for a brief, but relatively spirited drive through Northern New South Wales.

     

    At first glance, the exterior is sleek, well proportioned and plays on Mazda’s longstanding (and brilliantly attractive) shape despite being mostly new metal. If it ain’t broke, right?

     

    Once inside, the interior is clean, simple and logically laid out, keeping analogue buttons in play while also introducing a massive centre display (particularly in the Akera) for a best-of-both feel.

     

    Buttons, however, have been relegated to the steering wheel, which is a busy affair until you wrap your head around all of the functions. This does, however, make for an uncluttered dash that is virtually free of switches or buttons.

     

    Unfortunately, HVAC is controlled via the touchscreen, but Mazda positioned the climate control interface on the bottom right side of the display, closest to the steering wheel, so it’s at least close to hand.

     

    My only other gripe is that if you by chance don’t own a smartphone, be prepared to crack open a paper map as there’s no native navigation on board. A sign of the times, more than a criticism, really.

     

    In a refreshing deviation from the appliance-on-wheels approach to car design that’s becoming the norm, Mazda maintains that it wants to focus on the way its customers feel. I felt it almost immediately in the CX-5.

     

    And, importantly, it doesn’t feel slapdash like certain other recent models (particularly the CX-60, which Mazda admitted was rushed to market), marking a return to form for the brand in Australia.

     

    Mazda focused on improving the handling of the CX-5, which was admittedly never a flaw of the last-generation model, opting for lower spring rates and high-response damping as opposed to the high spring rates and low response damping used previously.

     

    The thinking is that the softer springs allow for a smoother low-speed ride, while the damping compensates at higher speeds, and the logic stands up. The improved setup is noticeable, although a back-to-back test would best ascertain just how much better the ride is.

     

    We were on pretty average B-roads for part of the drive loop, and the car soaked up big hits with aplomb (a few unavoidable potholes being the ultimate test).

     

    Mazda’s revised suspension tune also provided sure-footed handling through the more spirited mountain section of our drive, allowing for fairly aggressive turn-in and mid-corner composure that had us pushing the tyres to the point of squealing without  getting too much roll.

     

    Genuinely rewarding dynamics are hardly a requirement in a midsize family SUV, but as the segment grows heavier – largely due to cumbersome hybrid systems – the sharp handling is a pleasant treat. Interestingly, the lower-spec models with 17-inch wheels felt more agile, perhaps the result of less unsprung mass.

     

    What makes the CX-5 so impressive on the whole, though, is how well-sorted every element of its design feels.

     

    The steering is satisfyingly weighty and direct, the brakes are strong and progressive, and the engine and transmission work well together to keep the atmo’ four-pot singing (and fairly fuel-efficient while doing so).

     

    This is what Japanese automakers have historically excelled at, taking a meticulous approach to the entire vehicle. I’d even argue that the simplicity of the CX5’s driveline may have allowed Mazda to focus more intently on getting every part of this car right, rather than getting bogged down in hybridisation that, ultimately, complicates everything from the packaging to suspension tune.

     

    The fuel figures were certainly not hybrid-beating, though. In saying that, we weren’t exactly driving for economy.

     

    We recorded 11.7L/100km in the top-spec Akera on the drive from Burleigh Heads to Tumbulgum, though that figure dropped to 10.8L/100km on the way back in the mid-spec Touring. A more sedate commute would undoubtedly have dipped us into single figures, but a longer test will be needed to properly assess fuel use.

     

    On the safety front, the ADAS intervention is mild in its sensitivity, taking more of an ‘alert passenger’ approach, rather than the ‘overbearing backseat driver’ so many systems feel like.

     

    This is a good thing. It was actually so unobtrusive across a day of driving that I had to ask Mazda executives whether they’d turned certain features off. They confirmed that no fettling had taken place, and that the system is just “well tuned”.

     

    While the powertrain is simple, with no electrification whatsoever, I’d argue that in a family-focused midsize SUV like this one that isn’t necessarily a bad thing.

     

    There’s an almost nostalgic simplicity to the CX-5, which manages to squeeze pretty respectable fuel efficiency out of the tried-and-tested combination of an atmo’ combustion engine and slush box.

     

    If you’re into the idea of a no-nonsense SUV, this may be one of the last chances you’ll have to get into one. It’ll probably outlive many of its more advanced competitors, too.

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  • Commercial van safety technology steps up

    Commercial van safety technology steps up

    KIA’S newly introduced PV5 Cargo electric van has joined Volkswagen’s latest generation Transporter in earning a Platinum safety grading under ANCAP Safety’s Commercial Van Safety comparison program.

     

    The independent assessment program evaluates the availability and performance of advanced driver assistance systems (ADAS) fitted to commercial vans, providing fleet operators and private buyers with a safety benchmark beyond traditional crash-testing results.

     

    The light commercial van comparison focuses on active safety technologies designed to help prevent crashes before they occur unlike ANCAP’s passenger vehicle star ratings.

     

    The generation seven Volkswagen Transporter achieved an overall score of 93 per cent, matching the related Ford Transit Custom, and securing a Platinum grading.

     

    ANCAP said the Transporter’s strong result demonstrated consistently high performance across autonomous emergency braking, lane support, speed assistance and driver monitoring systems.

     

    Kia’s market fresh all-electric PV5 Cargo was close behind achieving a Platinum grading with a score of 91 per cent.

     

    It is a strong debut for Kia’s first dedicated commercial EV with testing showing high levels of performance across most autonomous emergency braking, lane support, and speed assistance scenarios.

     

    The PV5 missed additional points due to the absence of reverse autonomous emergency braking, a feature increasingly valued in urban delivery and fleet applications.

     

    The latest assessments were conducted under ANCAP’s 2023-2025 Commercial Van Safety Comparison criteria, which evaluate a range of advanced safety technologies including autonomous emergency braking, emergency lane keeping, blind spot monitoring, speed assistance systems, and driver monitoring functions.

     

    ANCAP chief executive Carla Hoorweg said active safety systems continue to play an increasingly important role in reducing crashes involving commercial vehicles.

     

    “Commercial vans spend much of their time operating in busy urban environments where advanced safety technologies can make a meaningful difference in helping drivers avoid collisions,” she said.

     

    Also receiving ANCAP commercial van gradings were the Fiat Scudo and the twin Peugeot Boxer and Fiat Ducato large vans.

     

    The Fiat Scudo earned a Gold grading with an overall score of 67 per cent.

     

    While equipped with a comprehensive suite of driver assistance technologies, ANCAP found the vehicle’s performance across several testing scenarios was less capable than the highest-ranked competitors.

     

    The Peugeot Boxer and Fiat Ducato shared a stronger Gold result, each achieving 77 per cent.

     

    A common theme across the latest round of assessments was the absence of reverse emergency braking systems.

     

    Four of the five newly assessed vans lacked the technology, which is designed to help prevent low-speed reversing collisions in crowded loading zones, warehouses, and urban delivery environments.

     

    The latest results reinforce the growing importance of advanced driver assistance technologies in the commercial vehicle sector, where fleet operators are increasingly considering safety performance alongside payload, operating costs and efficiency.

     

    The latest assessments bring the number of current-model commercial vans rated under ANCAP’s specialised safety comparison program to 20.

     

    2026 ANCAP Safety Commercial Van Safety Comparison rankings:

     

    Make/Model

    Grading

    Score

    Volkswagen Transporter

    Platinum

    93%

    Ford Transit Custom

    Platinum

    93%

    Kia PV5 Cargo

    Platinum

    91%

    Toyota HiAce

    Gold

    90%

    Hyundai Staria

    Gold

    90%

    Mercedes-Benz Vito/eVito

    Gold

    90%

    Mercedes-Benz Sprinter/eSprinter

    Gold

    89%

    LDV Deliver 7

    Gold

    86%

    Farizon SV

    Gold

    84%

    Volkswagen ID. Buzz Cargo

    Gold

    80%

    Peugeot Boxer / Fiat Ducato

    Gold

    77%

    Fiat Scudo

    Gold

    67%

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  • Indonesia’s growing EV fleet is saving billions from the oil price shock

    Indonesia’s growing EV fleet is saving billions from the oil price shock

    Every EV sold is a buffer against oil-price shocks. The higher crude prices go, the more each EV saves. But locking in these benefits requires action. Indonesia’s growing EV fleet was built on fiscal incentives that expired in 2025, and without new policies, the fleet’s growth—and its savings—could stall.

    To sustain and expand the fiscal buffer, the government can extend incentives to commercial vehicles, which consume far more fuel than passenger cars. And introducing zero-emission supply standards for all road vehicles would ensure more choices and lower prices for consumers and fleets.

    The data are clear: domestically produced electricity is steadily replacing imported barrels of oil. Every liter of fuel not burned is money the state can invest in roads, schools, and hospitals. For a country that spends billions on fuel subsidies and is now facing its largest subsidy bill in years, the calculus is straightforward—more EVs make Indonesia stronger.

    From the International Council on Clean Transportation. Reproduced with permission.

    Please 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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  • Preparing Your Car for a Hurricane: An Emergency Checklist

    Preparing Your Car for a Hurricane: An Emergency Checklist

    The National Oceanic and Atmospheric Administration‘s (NOAA) Climate Prediction Center expects a below-normal hurricane season for the Atlantic basin in 2026. NOAA is forecasting eight to 14 named storms during the season, which runs from June 1 through November 30. Of those named storms, three to six are forecast to become hurricanes, with winds of 74 mph or higher. The agency is forecasting that one to three will be “major hurricanes,” with winds of 111 mph or higher. Refer to the National Hurricane Center for real-time updates and the latest information about tropical storm and hurricane activity.

    Hurricanes and tropical storms can cause extensive damage to homes, businesses, and vehicles, so it’s important to be prepared, especially if you live near the coast. While protecting your home is always a top priority, you can also safeguard your vehicle to avoid costly damage.

    TIP: Download our Hurricane Season Checklist PDF to keep on hand and share with others.

    Hurricane Season Car Maintenance

    Hurricane Car Maintenance Checklist
60 Days: Schedule major service, overheating concerns, oil change, check for recalls
4 Weeks: maintain battery health, check tire psi and tread, check for working a/c, consider new wipers
72 Hours: fill up your tank or charge the battery, photograph car from all sides
24 Hours: park on high ground or garage, unplug your ev cable, secure the garage to prevent leaking waterHurricane Car Maintenance Checklist
60 Days: Schedule major service, overheating concerns, oil change, check for recalls
4 Weeks: maintain battery health, check tire psi and tread, check for working a/c, consider new wipers
72 Hours: fill up your tank or charge the battery, photograph car from all sides
24 Hours: park on high ground or garage, unplug your ev cable, secure the garage to prevent leaking water
    Graphic: Regina Yu

    It’s essential to stay current on auto maintenance in case of an evacuation. Have a professional inspection and perform scheduled maintenance before hurricane season begins. Kelley Blue Book’s Service Advisor tool can help you review and address common problems with your vehicle if you’re not sure where to start. All you need is your vehicle identification number (VIN).

    60 Days Before Season

    • Schedule Major Service: Address any needed tune-up, scheduled maintenance, or lingering issues that could prevent you from following evacuation orders.
    • Overheating Concerns: Engine overheating is more common when cars idle in evacuation bottlenecks. Ensure your car’s cooling system is working properly and inspected, including the radiator, fan belt, thermostat, water pump, and coolant levels. Schedule air conditioning repair or make the repair yourself, if you’re qualified.
    • Oil Change: Be mindful of when your next oil change is needed. Consider getting the service early if it’s close to being due.
    • Recalls: Check for vehicle recalls before hurricane season and address critical concerns and safety issues as soon as possible.

    2 to 4 Weeks Before Season

    • Battery: Use a multimeter to test your car’s battery. Or, take it to your local auto shop for a battery health assessment. A strong battery is essential when it’s time to pack up and go without needing a jump-start. Consider purchasing a portable jump-starting device.
    • Tires: Check tire condition. Rotate or replace tires now, before a storm comes. Consider a fresh alignment to help with even wear, and check the TPMS. Your vehicle is useless for evacuation or recovery efforts if damaged tires prevent you from driving. Consider buying a battery-powered portable air compressor to ensure your tires are properly inflated. Well-inflated tires are more stable in tricky road conditions.
    • Spare Tire: Resist the temptation to remove your spare tire for extra trunk storage. With unpredictable road conditions after a severe storm, you’re more likely to drive over rough debris. Having a spare tire and less storage space is better than being stranded.
    • Air Conditioning System: Hurricanes bring strong winds and heavy rain, and the heat and humidity often remain after the storm passes. Ensure your car’s air conditioning system works so longer drives are comfortable.
    • Wipers: Clear visibility is crucial for safe driving in heavy rain. Minimize smears, streaks, and blurry spots on your windshield with a new set of wiper blades.

    72 Hours Before the Storm

    • Fuel: Fill your gas tank or charge your EV. Keep it full in case you need to make an emergency evacuation.
    • Pictures: For insurance purposes, photograph the vehicle from multiple sides to show its condition before the storm.

    24 Hours Before the Storm

    • Park: Move your vehicle to high ground or inside a garage to avoid flood damage. Place the car on lifts, if available.
    • Disconnect: Unplug your EV charging cable.
    • Secure: Place sandbags around the garage threshold to prevent water from leaking in.

    Car Storage During the Storm

    Preparing Your Car for a Hurricane: An Emergency ChecklistPreparing Your Car for a Hurricane: An Emergency Checklist
    Graphic: Regina Yu

    Garage Storage

    If you have a garage, the best way to protect your car is to park inside and fully close the door. Once your vehicle is safely parked inside, here are some other tips:

    • Cover the windows. If your garage has exterior windows or secondary doors that lead outside, board them up the same way you’d cover the windows in your home.
    • Cover your car. Use a padded car cover as an exterior protection layer. Alternatively, you can place thick blankets or rugs on the vehicle to protect it from flying debris.
    • Pull further inside. Put some distance between the garage door and the back of the vehicle to prevent the door from hitting the car if violent winds or debris push it inward.
    • Secure loose items. Tie down or barricade loose items inside the garage so they don’t get knocked around or crash into the car during the storm.

    Outdoor Storage

    If you don’t have a garage or can’t park your car in a covered area, there are still ways to prepare:

    • Strategic parking. Park your car on the highest ground you can find. If no elevated areas are nearby, position the car along the side of a sturdy structure to help shield the vehicle from wind and projectiles.
    • Cover your car. Use a heavy-duty car cover larger than the vehicle to protect it from the elements. Put seat cushions or similar items inside the car cover to further buffer the exterior.
    • Secure loose objects. Bring items like inflatables, rafts, lawn furniture, bird feeders, garden decor, and other loose objects inside your home so they won’t fly near your car when the wind kicks up.

    Electric Vehicle Specific Considerations

    • Charge: Ensure your battery is fully charged, just as non-EV owners need to refuel, before the rains roll in. If your area loses power, it may be a while before you can recharge again.
    • Disconnect: Once your EV is fully charged, do not leave the charging cable plugged in because of the risk of a power surge or lightning strike.

    Bidirectional charging is a feature available in many EV models. If a storm knocks out power and your EV has vehicle-to-load (V2L) or vehicle-to-home capability (V2H), you may be able to use your EV as a power source while crews work to restore power.

    In Case of Evacuation

    If you find yourself needing to evacuate the region before a hurricane, here are a few additional things you may want to keep in mind.

    Car Emergency Kit Checklist for Hurricanes

    Preparing Your Car for a Hurricane: An Emergency ChecklistPreparing Your Car for a Hurricane: An Emergency Checklist
    Graphic: Regina Yu

    Every car owner needs a well-stocked emergency kit. Here are some items to consider when prepping for a hurricane.

    Basic tool kit

    Blankets

    Breaker bar

    Cleaning wipes

    Disinfectant spray

    Duct tape

    Emergency cash

    Fire extinguisher

    First aid kit

    Flashlight

    Flat tire emergency repair kit

    Funnel

    Hand sanitizer

    Heavy-duty gloves

    Medications and supplements

    Microfiber cloths

    Non-perishable food and snacks

    Paper maps

    Phone charger

    Portable power bank

    Rain poncho

    Resealable plastic bags

    Skin salve

    Sleeping bag

    Toilet paper and personal hygiene items

    Vehicle registration and insurance information

    Water

    Whistle

    Plan Ahead and Drive Carefully

    An accident will stop your progress, as well as everyone else behind you, so drive defensively and don’t panic. When driving during a hurricane evacuation, do your best to conserve fuel and use your vehicle’s resources efficiently. Here are some things you can do to get the most out of your car:

    • Evacuate early. The longer you wait, the more likely you’ll be caught in traffic.
    • Choose the best car. If you have multiple vehicles, evacuate using the most reliable one.
    • Share the load and take breaks. If you’ve got a long drive ahead, take turns with a partner or family member. This will give you time to rest as a passenger and reach your destination sooner. If you’re driving alone, take breaks when you’re out of the danger zone. Continue your journey when you’re ready.
    • Make a plan. Plan your stops ahead of time, especially if you’re an electric car driver. Note charging stations along the route and use them when possible.
    • Pay attention to your fuel economy. Stay mindful of your driving range as you head to your destination.
    • Use the air conditioner when you’re driving. Staying comfortable can help you remain calm during a stressful evacuation.

    Editor’s Note: We have updated this article since its initial publication.

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  • Ford CEO Jim Farley’s Right To Repair Comment Should Make Every Car Owner Uncomfortable

    Ford CEO Jim Farley’s Right To Repair Comment Should Make Every Car Owner Uncomfortable

    • Ford’s stance on Right to Repair raises concerns. CEO Jim Farley suggests repairs should be done at a ‘reasonable cost’ but discourages DIY repairs due to complexity.
    • Potential impact on independent mechanics. Restricting repairs to dealerships could eliminate independent options, raising service costs.
    • Legislation may be necessary. Without legal protection, consumers could face limited repair choices and higher expenses.
    • Farley’s comments spark debate. His remarks suggest Ford’s preference to control repair processes, raising questions about consumer rights.


    AI assisted, editor reviewed

    Just days ago, President Trump met with auto execs from Ford and GM to discuss “Right to Repair,” a critical concept that will ultimately affect every car owner in America. The exact outcome of that mini-summit remains murky. But one follow-up comment from Ford CEO Jim Farley should raise your eyebrows.

    Basically, having the Right to Repair means consumers should be allowed to choose their own mechanics. There’s been a long-standing debate in government regarding whether or not to codify legislation around this. Big corporations typically want to own all servicing rights exclusively for that sweet, sweet recurring revenue. Small business owners and consumers don’t want to be under the heels of monopolies.

    It’s important to understand that Right to Repair is not just about dudes like me tinkering on old trucks in our driveways. If automakers are allowed to wall off auto repairs to a corporate-only business, independent mechanics will get squeezed out of existence. If that happens, your only option for service will be dealerships. And if you think their hourly labor rates are high now, what do you think’s going to happen when there’s literally no alternative?

    Shortly after the White House meeting, the Detroit Free Press caught up with Mr. Farley at an event sharing a “$5 million joint investment from Ford Motor Co. and Bloomberg Philanthropies” to modernize and expand the Detroit Public Schools Community District Foundation’s auto technician program.

    The conversation moved to Right to Repair, on which Farley made a comment that sounds like complete filler to me:

    “I think Ford’s position is very reasonable. We’re really a big advocate for the ability to repair a vehicle, but it has to be done at a reasonable cost, and—”

    Freep’s journalist then jumped in with the same question I would have wanted to ask: “But you don’t want people repairing their own vehicles?”

    Farley’s reply: “No, that’s, that’s fine, not for warranty work, though. These are very complicated cars, and we don’t think that’s safe, for many of the repairs on our vehicles, someone at home like myself could never do it. I have no problem working on a ’73 Bronco, but to work on a brand-new Bronco? I need all sorts of specialty tools. That’s something that, um, you know, we would put people’s lives at risk.”

    Road & Track presented that as “Ford CEO Jim Farley clarifies automaker’s position on ‘Right to Repair’ rules,” my read is pretty much the opposite. What “position” was he referring to? What the heck did he mean by “reasonable cost”?

    As far as “specialty tools” go, the 2026 Bronco does have a few features you might not want to touch as a DIYer—things like ADAS calibration come to mind. But even that kind of technology is pretty commonplace today, and should be serviceable by an independent shop. The Bronco was a particularly weird example to call out, because by and large, the new Bronco is one of the most primitive new cars you can buy right now. (Don’t get me wrong, I absolutely love it.) The only way real barriers to non-factory service could be required to work on a ladder-frame gas-engine truck would be if the automaker intentionally loaded it with proprietary nonsense.

    Farley’s comments make me nervous because I’m already feeling the pain of “factory fixes only” corporate culture with my Cub Cadet lawn mower. Last summer, I bought new grass-cutting blades for my ZT1 42E, and talking to the company’s customer service line was like a hostage negotiation. They really did not want to give me the torque spec on a part I had purchased directly from the manufacturer. And good luck finding anything beyond a basic user manual online.

    I dropped Ford’s PR team a line to ask for clarification, and have heard they are sending me an official statement, but we haven’t seen it yet. I’ll update this space if and when it comes through.

    I also reached out to Jeep about this. Stellantis was notably not represented at the Trump meeting, and I was kind of hoping somebody at Jeep would take the opportunity to say something like “hell yeah, brother, you’ll always be able to fix a Wrangler with Zip-Ties, duct tape, and WD-40.” To Jeep’s credit, it did send me a crafted statement, but it was a lot less exciting: “Jeep vehicles are built, shaped, and continually reimagined by the people who own them. And that deep, authentic customization culture is what sets the Jeep brand apart,” a spokesperson wrote. More marketing speak than a political stance, but at least it acknowledges the significance of the relationship between enthusiast vehicles and hands-on owners.

    As it stands, my read on Farley’s words and body language in the video is that Ford would love to not let you work on your own vehicle, but he knows he needs to tread lightly because saying that out loud will bring out the pitchforks. That’s my opinion, not a statement of fact. I welcome challenges and other interpretations, if you have one.

    If you have any expertise or insights on Right to Repair, I would love to hear about it. 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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