The Leapmotor C10 lineup is expanding as the company has announced a new range-extended variant, ahead of its debut at the Brussels Motor Show. It promises to combine the “benefits of electric vehicles and traditional gasoline cars, offering extended range and superior fuel efficiency.”

Starting under the hood, there’s a 1.5-liter engine, a 28.4 kWh battery pack, and a 212 hp (158 kW /215 PS) electric motor. The battery provides an electric-only WLTP range of 90 miles (145 km), while the engine increases that distance to over 590 miles (950 km) combined.

More: New Leapmotor B10 Goes After Europe’s EV Market With Stellantis In Its Corner

Leapmotor didn’t go into many specifics, but said the crossover primarily operates as an electric vehicle. When the battery becomes low, the internal combustion engine activates to generate electricity and recharge the battery. The company added that in combined mode, the model has a fuel consumption rating of 0.4 L/100 km and CO2 emissions of 10 g/km.

If you’d prefer not to use gas, a DC fast charger can deliver approximately 45 miles of range (72.5 km) in 18 minutes.

We can expect to learn more next month, but the C10 REEV presumably echoes the fully electric variant. This means we can expect LED headlights, a panoramic glass roof, and 18-inch wheels. They’re joined by privacy glass and flush-mounted door handles.

The interior is a tad plain, but C10 buyers will find power front seats, a wireless smartphone charger, a 12-speaker audio system, and a 14.6-inch infotainment system. German customers can also get a higher-end variant that has heated and ventilated front seats, an ambient lighting system, a power liftgate, and larger 20-inch wheels.

Hyundai EV owners are getting a last minute Christmas gift in the form of a North American Charging Standard (NACS) adapter. It will be free to customers who have purchased or leased an eligible vehicle on or before January 31, 2025.

The adapter will enable users to charge at over 20,000 Tesla Superchargers. In order to secure one, owners will need to log into the MyHyundai portal and make a request starting in the first quarter of 2025. Hyundai will then ship out the adapter at no charge.

More: 2025 Hyundai Ioniq 5 Packs More Range, NACS Port And New XRT Trim

Eligible models include the 2024 and earlier Kona Electric, Ioniq hatchback, Ioniq 5, and Ioniq 6. They’re joined by the 2025 Ioniq 5 N, 2025 Ioniq 6, and 2025 Kona Electric. The 2025 Ioniq 5 is absent from the list as it’s the first non-Tesla vehicle on sale to have a factory-installed NACS port.

Hyundai Motor North America’s senior vice president of product planning and mobility strategy, Olabisi Boyle, said “These adapters will make DC fast-charging more convenient for current owners. Plus, the NACS port on new models like the upcoming Ioniq 9 along with improvements to our digital charging ecosystem, will further enhance the customer experience for future EV drivers.”

If you accidently lose your adapter or forget to request one, they’ll be available to purchase at Hyundai dealers in the future.

In related news, Genesis announced it is also participating in the program. Details will be released early next year, but it will likely benefit owners of the GV60 as well as electric versions of the GV70 and G80.

Kia America announced their program last fall and it will see EV6 and EV9 owners receive an adapter early next year. They’ll then gain access to Tesla’s Supercharger network around January 15.

Hertz is culling its portfolio of EVs in response to the sharp depreciation affecting some of its most popular models, including the Tesla Model 3. In what appears to be an aggressive effort to offload these vehicles, the rental giant has begun reaching out directly to customers currently renting them, offering an opportunity to purchase the cars outright on the spot.

While we haven’t been able to find an announcement from Hertz directly regarding the scheme, a Reddit user recently shared a screenshot of an email they received from Hertz while renting a 2023 Tesla Model 3. In the email, Hertz offered the renter the chance to buy the EV for just $17,913.

Read: Hertz Offers Teslas For Under $20K, But You Probably Shouldn’t Jump On It

The renter says the Model 3 they rented had less than 30,000 miles (~48,000 km) on the clock, and having the opportunity to buy it at that price sounds like a steal. Last month, we published a story about many of Hertz’s Tesla Model 3s being sold, but none of them were this cheap. A look through Hertz’s current inventory shows it has three 2022 Model 3s available for less than $20,000. However, they all have over 130,000 miles (~209,000 km) on the clocks.

The Redditor hasn’t said if they jumped on the offer to buy the relatively low-mileage Model 3 for just $17,913, but if Hertz has promoted similar offers to other renters, we suspect they’ll be plenty that consider deals like this too good to pass up.

Of course, buying an ex-rental car comes with inherent risks, as it’s almost guaranteed that these vehicles have been driven hard. It’s also worth noting that the Tesla’s battery is warranted for 8 years or 100,000 miles (whichever comes first) for RWD models. Purchasing a vehicle still within this warranty period is highly advisable, as battery replacements are among the most expensive repairs EV owners can face.

Another user from the same subreddit says they recently rented a Polestar (presumably a Polestar 2) and were sent a similar email, offering them the chance to buy it for $28,500. While we don’t know how many miles it had on the clock, that offer doesn’t seem like such a good deal. A browse through Auto Trader reveals dozens of Polestar 2s available across the US for less than $25,000, many of which have less than 20,000 miles on the clock, making the Hertz offer seem far less competitive by comparison.

Nissan is in a spot of bother at the moment. Not only does it plan to cut jobs and delay the launch of several new models, but it also plans to merge with Japanese rival Honda to stay afloat. That’s a shame because Nissan has some solid models in its lineup, including the all-electric Ariya, which has just been confirmed for the 2025 model year.

Earlier this year, Nissan USA slashed starting prices for the 2024 Ariya by as much as $6,000. For 2025, it has slightly increased prices but the electric SUV remains significantly cheaper than it was in 2023. The automaker has also reduced the number of variants available in an effort to streamline the model range.

Read: Your Questions About The Nissan Ariya EV Answered

Still sitting at the entry point of the Ariya range is the Engage FWD. The cheapest Ariya started at $39,590 for 2024, but this year that price has been adjusted to $39,770. It’s available with the entry-level battery pack with a nominal capacity of 66 kWh and a usable capacity of 63 kWh. Interestingly, Nissan is now marketing the battery as a 66 kWh unit despite previously referring to it as a 63 kWh pack.

An all-wheel-drive version of the Engage is also offered, priced at $43,770 compared to $43,590 for the previous 2024 model. Nissan ditched the Venture+ FWD from earlier this year, which served as the base model with the larger 91 kWh (nominal / 87 kWh useable) battery pack. Whereas it had started at $41,190, now the most affordable 91 kWh model is the Evolve+ FWD, priced at $44,370. Sitting above are the Engage+ e-4ORCE ($45,370), the Evolve+ e-4ORCE ($48,370), and the Platinum+ e-4ORCE ($54,370).

2025 Nissan Ariya

No significant upgrades have been made to the 2025 model, although all models now receive wireless phone charging. Nissan Ariya owners can also now access 17,800 Tesla Superchargers across the US. Those who want to use the network must pay $235 for a North American Charging Standard (NACS) adapter kit. From next year, the Ariya will be built with an NACS plug, eliminating the need for this adapter.

It's looking like 2024 will be the hottest year since record-keeping began, unseating 2023 for the top spot. Climate change is playing a role, and scientists say it was even hotter than expected.

(Image credit: PATRICK T. FALLON/AFP via Getty Images)

It was a packed year for School Transportation News magazine. Tony and Ryan review the top article in each monthly issue and what student transporters have to say about their operations and challenges.

Read more at stnonline.com/digital-editions.

This episode is brought to you by Transfinder.

Message from Thomas Built Buses.

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Stream, subscribe and download the School Transportation Nation podcast on Apple Podcasts, Deezer, Google Podcasts, iHeartRadio, RadioPublic, Spotify, Stitcher and YouTube.

The post (STN Podcast E240) 2024 in Review: Top STN Magazine Articles appeared first on School Transportation News.

Nio has finally launched the much-anticipated Firefly brand in China, which will be targeting the most affordable corner of the EV market. Its first model is a small electric hatchback with swappable batteries, aimed at global markets including Europe, Latin America, and Southeast Asia.

Firefly EVs will be positioned below the Nio and Onvo in terms of size, features, and pricing. The goal of the brand is to make “small, electric high-end cars accessible to a broader audience”.

More: Is BYD Making A Cutprice Electric Porsche 911 Rival? (New Photos)

The urban hatchback is simply known as the Firefly. Responsible for its design is ex-BMW and Ford designer Kris Tomasson. The exterior has a few references to the discontinued Honda e, with a similar greenhouse, a black-finished roof, and matching pillars. The signature trait of the Firefly is the three-piece circular LED headlights and taillights that look like iPhone cameras.

Other highlights include the flush door handles, the six-spoke wheels, and the clean surfacing. According to Firefly, the plastic cladding on the lower part of the bodywork is made from a sustainable material. The company didn’t reveal the dimensions of the EV, which looks like a rival to the likes of the BYD Dolphin, Citroen e-C3, Fiat Grande Panda, and Renault 5.

The latest Chinese EV features a 92-liter (3.2 cubic feet) frunk with layered storage and a drainage function, which is larger than what you get in most EVs. This is combined with a boot that can reach up to 1,250 lt (44 cubic feet) when the rear seats are folded flat. There are no photos of the interior, but earlier spy shots revealed a minimalist dashboard with a Tesla-style infotainment touchscreen and a digital instrument cluster.

Firefly claims that the turning circle of 9.4 m (30.8 feet) and the “multi-scene automatic parking assist function” will make it easy to navigate the EV in tight urban areas.

The EV has been engineered to score five-star ratings on the C-NCAP and Euro-NCAP tests. This was made possible thanks to the extensive use of high-strength steel and aluminum comprising 83.4% of the body structure, double anti-collision beams in the front doors, and nine airbags as standard, and claims to offer the best torsional stiffness in its segment (35,700 Nm).

Details about the electric motors and battery pack have yet to be announced. However, we know that the latter will be swappable, although not compatible with the existing battery swapping stations of Nio and Onvo due to its smaller size.

The Firefly is already available to pre-order in China for ¥148,800 ($20,400), ahead of its official market launch in April 2025. The model will reportedly roll out in Europe in the first half of 2025, where it is expected to be more expensive. As reported by Car News China, Nio wants the products of the Firefly brand to be available in 25 countries by the end of 2025.

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Vehicle dealers are pushing back on rules that would increase the number of electric trucks sold in New Jersey. It could be a preview of a brewing fight over state rules about cars.

(Image credit: Spencer Platt)

One of modern history's worst natural disasters, the tsunami left about 230,000 dead across a dozen countries.

(Image credit: Sakchai Lalit)

Remember when Hyundai was just that “nice but boring” carmaker your parents trusted for reliable grocery getters? Well, those days are officially dead and buried, now being quietly mocked in a corner by the Ioniq 5 N, a 601-horsepower slap in the face to the idea that electric cars are all glorified appliances. This EV doesn’t just exist; it barges into the room, shotgun in hand, and demands your attention.

It’s not just that the Ioniq 5 N is fast—although it’s stupid fast—it’s that it manages to cram a level of driving engagement into its hefty, practical frame that feels borderline illegal. On paper, it’s the kind of car that seems destined to make you question your loyalty to internal combustion. But promises on paper don’t always hold up in the real world, so we spent a week living with this modern muscle EV to find out if it’s truly the game-changer Hyundai claims, or just a flash in the pan with a fading battery.

QUICK FACTS

Photos Brad Anderson/Carscoops

We first drove the car during its Australian launch in February on several twisty roads and a racetrack and were blown away. However, it’s difficult to thoroughly test a car for just a few hours on the road and on a track. You have to actually live with it to understand it and accurately determine what’s good and what’s not so good about it. As such, we recently spent a week with the Ioniq 5 N to see how it deals with the rigors of everyday life and to discover if it is indeed the game-changing EV we thought it was after our initial test.

What makes it special?

The Ioniq 5 N is unlike anything else Hyundai’s N division has built before it. Prior to this car’s launch, N had only ever made hot hatches/sedans and a hotted-up version of the Kona crossover. All of its other cars produce between 201 hp and around 280 hp. So when it was revealed the company was launching a car with horsepower and performance to rival a Porsche Taycan, the world took notice.

More: 2025 Hyundai Ioniq 5 N Launched In Korea With Enhanced Drift Function And More Standard Kit

A key reason why the Ioniq 5 N is special is its powertrain. An 84 kWh battery pack is found beneath the skin and mated to two electric motors. A front-mounted motor delivers 235 hp (175 kW) and 370 Nm (273 lb-ft) of torque, while located at the rear is a punchier motor with 406 hp (303 kW) and 400 Nm (295 lb-ft). All up, the EV churns out 601 hp (448 kW). An extra 40 hp is unlocked when using the N Grin Boost function for 10-second bursts.

When jumping back behind the wheel of the car for the first time in more than 6 months, the immediacy and sheer power of the thing reminded me of just how exhilarating driving a high-powered electric car can be. If you’ve never experienced this feeling, do yourself a favor and try to arrange a test drive of a fast EV. Launching off the line in a car like this Hyundai feels akin to being on the world’s quickest rollercoaster, slamming your head back into the seat and making your face feel like Jell-O.

The carmaker says the Ioniq 5 N can hit 62 mph (100 km/h) in just 3.4 seconds, but we managed to record a best time of 3.1 seconds. That’s the same time we set with an Audi RS e-tron GT a few months ago and exemplifies the league of performance cars that the Ioniq 5 N can compete with.

Limited range but quick charging

Of course, performing successive launches in the 5 N quickly depletes the battery pack. Hyundai’s official claim is that the car can travel up to 448 km (278 miles) on a charge, but that’s almost impossible to achieve in the real world. Based on our experience, owners who drive their vehicles in urban environments, through city streets, and along highways, may get around 350 km (217 miles) if they’re having a little bit of fun on the way and tapping into the EV’s performance.

Photos Brad Anderson/Carscoops

While such a range figure isn’t terrible, it’s also not great. After all, the Ioniq 5 N is not a lightweight, two-door sports car that owners may use a few times a month. It is a big, practical family car that should be able to do everything a family car can, including long road trips, something it struggles with in Australia given the country’s woeful network of EV chargers. The limited range won’t be such a big deal in other markets, where 350 kW DC fast chargers are more readily available. Plugged in, it can be charged from 10-80% in just 18 minutes.

More: Hyundai Ioniq 5 N Is An Unlikely Rival To Audi’s RS7 Performance

During our time with the Ioniq 5 N, we were able to find a 350 kW charger and plugged it in for 25 minutes. In that time, the charger delivered 57.61 kWh of energy, which is about 68% of the pack’s total capacity. Charging speeds peaked at just shy of 240 kW, making this one of the quickest-charging EVs out there.

Superb handling, lots of modes to choose from

One of the most impressive things about the Ioniq 5 N is its handling. Despite weighing 2,230 kg (4,916 lbs), it hides its weight very well and loves nothing more than being hustled up a mountain road. The grip is absolutely tremendous and it’s very difficult to unsettle the car no matter how bad the road surface may be, a testament to the engineers who tuned the suspension.

Photos Brad Anderson/Carscoops

However, like other Hyundai N products, the adjustable suspension is best left in Normal mode as the Sport and Sport+ settings are too firm for the road. Similarly, the steering’s Normal mode is best and becomes too heavy in other modes. Some of the Ioniq 5 N’s dizzying array of driving modes and features are largely useless on the street. These include things like the N Drift Optimizer, N Torque Distribution that allows you to adjust the front and rear power bias, N Pedal, which maximizes brake regeneration, and N race modes.

Excluding these modes, there’s still plenty to play with. One of the Ioniq 5 N’s most recognizable features is N Active Sound+, which offers three different sound profiles. The first – and most interesting – is Ignition that aims to mimic the sound of Hyundai N’s combustion models. It does a good job of recreating the sound of an engine but does sound a little too much like you’re gaming on a PlayStation. One mode that’s hard to critique is N e-Shift, as it does a brilliant job of imitating an eight-speed dual-clutch.

One of the best things about all these modes is that they can easily be switched off, making the Ioniq 5 N feel quite docile and perfect for cruising around town. While the ride is firm even in its softest setting, the car feels right at home on suburban streets and is just as good at fetching groceries as it is embarrassing supercars from the traffic lights.

Hyundai has also equipped the Ioniq 5 N with Highway Driving Assist 2. This system includes adaptive cruise control with stop-and-go and lane-centering assistance like previous iterations of the tech suite but adds highway lane change assist. If you’re on a multi-lane highway with well-marked lines, all you have to do is flick on the turn signal, and the car will automatically change lanes for you. The system works well, although its usefulness is up for debate.

The tires don’t last

One of the key advantages of EVs is that they generally require less mechanical upkeep than combustion-powered cars. While that will probably also hold true for the Ioniq 5 N, this thing will chew through tires like you wouldn’t believe.

More: Hyundai Ioniq 5 N Sets New EV Records At Pikes Peak

As standard, it comes standard with specially-developed Pirelli P-Zero Corsa tires measuring 275/35 ZR21 at all four corners. These tires provide monumental levels of grip but have an almost unbelievably low treadwear rating of just 80. By comparison, typical Michelin Pilot Sport 4S tires have a treadwear rating of 300, and even competition-spec semi-slicks like the Toyo R888R have a 100 treadwear rating. It’s hardly a surprise then that our test car, with less than 7,000 km (~4,300 miles) on the odometer, only had about 1 mm of tread left.

Photos Brad Anderson/Carscoops

A spacious cabin, but with lots of hard plastics

The cabin of the Ioniq 5 N is good, just like the regular model. It’s a little bit of a shame Hyundai has ditched the sliding center console of the standard car in favor of a fixed unit and the fact the seats are manually-adjustable at this price point feels a little cheap. On the flip side, the front seats themselves are very comfortable over long journeys and also hold you in position well.

The 3,000 mm (118-inch) wheelbase means rear passengers have plenty of legroom, and a tilt function for the backrests is a nice feature. With a flat floor, it’s also possible to ferry three adults in the rear in relative comfort. Rear cargo space is only okay at 480 liters (16.9 cubic-feet) and is 80 liters (2.8 cubic-feet) less than the standard Ioniq 5. There’s also no frunk, as the N’s sound generator is located up front. There’s also too much hard, black, scratchy plastic found throughout. It’s fine on a regular car but isn’t so nice when you’re spending AU$120,000 (~$76,800).

Verdict

As is often the case, living with the Ioniq 5 N revealed a few minor foibles that we didn’t notice when first testing the car. Despite these imperfections, though, it’s still an absolute animal that provides great driving thrills, proving that EVs don’t have to be boring.

As a technical exercise, it’s remarkable and will likely remain the driver-focused EV benchmark in its segment until someone comes up with something even better. But we wouldn’t buy one. We’d rather get an i30 N Sedan and pocket the extra AU$60,000 (~$38,400).

Photo Credits: Brad Anderson/Carscoops

While Brabus is best known as a premier aftermarket Mercedes-Benz tuner, it has also maintained a 50:50 joint venture with Daimler since 2001, channeling its expertise into customizing models from the Smart family. Brabus, the same brand responsible for turning AMG monsters into even bigger monsters, has now turned its attention to the Smart #3 that benefits from a raft of modifications.

It goes squarely against the class-leading Tesla Model Y Performance, but also rivals slightly more premium offerings like the BMW iX3 and Genesis GV60 Performance. It’s just landed in Australia and is being sold online and through Mercedes-Benz dealerships nationwide. Does it have the goods to be a serious player in this segment?

QUICK FACTS

Photos Brad Anderson/Carscoops

Competitive Pricing

On price, the #3 Brabus is a compelling option, something I’d never thought I’d say for a vehicle that’s half German. This flagship model starts at AU$70,900 (~$45,200), making it quite a bit pricier than the entry-level Smart #3 starting at AU$57,900 (~$36,900), and the mid-range Smart #3 Premium, which kicks off at AU$61,900 (~$39,500). However, when you look at the competition, the Brabus starts to make a lot of sense.

Locally, a Tesla Model Y Performance starts at AU$84,700 (~$54,000), and while it has a little bit more power, it’s not as quick as the Brabus. Other alternatives are significantly more expensive, including the entry-level BMW iX3 (AU$89,100 / $36,900) and the much more premium Genesis GV60 Performance, which starts at around AU$110,000 (~$70,000). A compelling alternative to the Brabus #3 that will launch shortly is the mechanically-related Zeekr X.

Both the Smart #3 and Zeekr share the same platform, as does the Volvo EX30, and the equivalent flagship X AWD will start at AU$64,900 (~$41,400). For now, however, the Brabus is hard to beat in terms of price and performance.

Photos Brad Anderson/Carscoops

Smart Nailed The Quality

Smart has done a fine job of making the #3’s interior feel fitting of the price tag. It’s a lot more interesting than the bland cabin of the Model Y and is mostly covered in nice materials. Admittedly, there’s a little too much hard black plastic on the door panels, but the rest of the interior does have a German and premium feel to it.

Immediately catching the eye is the layout of the #3. The trio of circular air vents in the center of the dashboard are classic Mercedes-Benz and the central spine running from the dash to the center console is finished in plastic with a silver finish, aiming to imitate metal. It does a pretty good job, and hidden behind a flap under the air vents is a wireless phone charger and two USB ports. The cup holders are also hidden beneath a sliding cover.

Standing out is a 12.8-inch tablet-like infotainment system. It takes after Tesla and many Chinese cars, adopting an operating system more reminiscent of a smartphone than a normal car system. That means it’s filled with an array of different menus, display screens, and seemingly endless settings. I didn’t like it when I first got in, but after two days or so, I was won over. Less tech-savvy buyers may have a harder time, however.

Photos Brad Anderson/Carscoops

The main display screen consists of a handful of widgets, including one shaped like the Earth for navigation, a media screen, details about driving consumption, weather, and your current driving mode. Scroll over, and you’re taken to an apps screen. Important vehicle settings are then accessed by pressing the vehicle button on the bottom right of the screen, while a strip of handy shortcuts house all the climate control settings.

Read: Smart #3 Brabus Gains Extra Dose Of Brabusness

Positioned below the screen are six shortcut buttons, although they don’t provide haptic feedback, which is a shame. The most important is positioned on the far left and includes quick settings to the lane assist, auto hold, electric parking brake, rear foglight, hill descent control, traction control, and a setting for the one-pedal driving mode, known as s-Pedal. You can also choose between three other regenerative braking settings and enable the ‘Rocket Launch’ control system on this screen. A separate shortcut is used to toggle between the driving modes. Both wireless Android Auto and Apple CarPlay are standard.

A Spacious And Well-Equipped Cabin

Positioned in front of the driver is a three-spoke steering wheel with metal spokes and bathed in black leather and Alcantara. There’s also a narrow instrument display that shows important information like your speed, range, and multimedia. It’s not as good as a full instrument cluster, but it’s better than nothing (like in a Tesla). A large head-up display is also a nice feature you won’t find in a Model Y.

The front seats are electrically adjustable, offer plenty of adjustment, and have heated and cooled functions. They also have quite an intriguing shape and are wrapped in plush leather and Alcantara. As for the second row, legroom is good even for taller passengers. The headroom is adequate but not as good as a Model Y, although that’s hardly a surprise given the car’s slightly lower roofline. Other nice touches include metal speaker grilles and door handles – not something you’ll always find at this price point.

Photos Brad Anderson/Carscoops

Other welcome features of the cabin include a decent 640-watt Beats audio system and a 360-degree camera. A highly configurable ambient lighting system, very similar to those of current Mercedes-Benz models, is also standard.

All Brabus #3 models also have a massive panoramic glass roof as standard. Unfortunately, Smart has taken a leaf from the Tesla playbook and has not provided a sunshade for this glass panel. While it’s well-tinted, heat still gets in, and it doesn’t completely block out the sun, which is annoying on hot summer days.

All of the climate control settings are housed within the screen. While they’re easy to access, the icons you have to press are a little too small, making it annoying while on the move. Settings for the seat heating and cooling are miniature.

Storage is adequate with a 370-liter (13 cubic-foot) boot or 1,160 liters (40.9 cubic-feet) with the rear seats folded down. There’s also a hidden cubby at the back for charging cables and a 15-liter (0.5 cubic-foot) frunk.

Photos Brad Anderson/Carscoops

Great Performance, But Could Do With Stickier Tires

The Brabus #3 is a good drive but does have some peculiarities. All #3 models feature a 66 kWh lithium nickel cobalt manganese battery pack under the floor that drives a pair of electric motors. All up, the EV delivers a punchy 422 hp (315 kW) and 543 Nm (400 lb-ft) of torque, allowing it to hit 100 km/h (62 mph) in 3.7 seconds (the same as a Model Y Performance), according to Smart. We recorded a best time of 3.59 seconds with a GPS timer and the ‘Rocket Launch’ setting enabled.

In typical EV fashion, it fires off the line with impressive pace, having no struggle putting all of its power to the ground. When seeking the best performance, it’s a good idea to select either the Sport or Brabus driving modes, as they sharpen up the throttle response and unleash all the power. Eco and Comfort modes are also offered, which are better suited to everyday driving.

The steering feel is next to non-existent, although it does tighten up in the sportier of the four steering settings. Even still, it can be a little tough to feel what the front tires are up to. Speaking of the tires, they’re Continental EcoContact 6Qs at all four corners, measuring 245/40 R20. While they are quiet, they have been designed for economical driving and aren’t all that well-suited to the Brabus. Push the SUV hard into a corner, and the tires will start to slip and screech quite quickly. We’d prefer some slightly stickier tires to come standard.

The ride is good. Plenty of EVs are too stiff, but the #3 is comfortable and plush. It’s not quite as soft as a Model Y, however.

Lots Of ADAS – And A Few Foibles

Four different levels of regenerative braking are available, including a one-pedal mode known as s-Pedal. During my week with the Brabus, I predominantly drove it in s-Pedal mode, and it works just as advertised. If driven with the brake regen in the low, medium, or high settings, the feel through the brake pedal can be a little inconsistent. It seems like the car will subtly and quickly grab the brakes, then release them, and then grab them again, repeatedly, even if you keep consistent pressure on the pedal. It’s hard to pick, and most drivers probably won’t even notice, but it suggests some additional fine-tuning is needed to smooth out the transition from the brake regen to the friction brakes.

We also experienced a couple of small electronic issues. The car repeatedly displayed a warning saying the driver monitoring system was blocked, even though it wasn’t. Additionally, the one-pedal driving mode would sometimes work seamlessly in the Sport and Brabus driving models, while other times, it wouldn’t slow the EV to a stop. There’s also an annoying chime whenever you exceed the speed limit, and it has to be disabled each time you drive.

Plenty of driver-assistance systems come standard, including adaptive cruise control and self-steering on highways. This system performed flawlessly on the highway during our week with the EV. During everyday driving, the lane-keeping assistant can be a little over-eager to provide steering corrections but can be easily disabled with two presses of the screen.

Verdict

Overall, I was pleasantly surprised with the driving experience offered by the Brabus #3. It’s just as quick as some more expensive rivals, is smooth and quiet on the daily grind, and looks very stylish.

A downside of the small 66 kWh pack is the limited range. Smart says it’ll do 415 km (258 miles) on a charge, but a figure of around 350-370 km (217-230 miles) is more accurate if driven sedately. We averaged 19.2 kWh/100 km during our time with it. If it had a bigger battery pack, nearer the 80 kWh mark to boost the range to 450 km – 500 km (280 – 311 miles), the Smart #3 Brabus might be the best option in this segment. As it stands, it’s an excellent buy for the money – just make sure you have a home charger.

Photos Brad Anderson/Carscoops

Electric school buses and mitigating school bus related incidents were among the most popular articles in School Transportation News magazine during 2024.

2024’s round-up recognized nurturing positive student behavior in “Effective Management Strategies” (January), “What’s Your School Bus Driver Salary” (July), “Breakdown of the RFP Process” (March) and Transportation Director of the Year (November), which went to Craig Beaver, who has been in the student transportation industry for 25 years.

Meanwhile, school districts nationwide are still struggling with a lack of school bus drivers to cover all routes, while transportation professionals continue to promote solutions, effective management strategies, and safety for students in and out of school buses. Additionally, professionals are continuously looking for better routing alternatives, technology integration to training, and encouraging participation in training and creating emergency evacuation plans to mitigate risks in case of emergencies.

STN is reporting on the top-viewed story of each monthly magazine edition.

The following news articles are organized by month of publishing.

January – Nurturing Positive Student Behavior – Effective Management Strategies (TL)
The article focuses on the importance of student behavior management and how it is crucial for ensuring safe and enjoyable transportation to all students. The first step provided to manage student behavior is to establish clear expectations, which can include rules regarding noise levels, seat assignments, bullying prevention and reporting, and appropriate usage of language. Additionally, other approaches to foster positive student behaviors on school buses include developing behavior guidelines that can not only be communicated to students but to parents as well. Lastly, various steps are provided for successful student management. These steps are: clear expectations and rules, positive reinforcement, managing negative student behavior, communication and partnership, training and support, and education and awareness.

February – Investing in the People
“While technological solutions are constantly evolving to protect children at school bus stops, proper training of all stakeholders should take precedent.” The article addresses the amount of responsibility school bus drivers have and  emphasizes the importance of proper training. Denny Coughlin, president of School Bus Training Company, shared the importance of training school bus drivers particularly in school bus loading and unloading practices. Coughlin added how crucial it is the need to train students and parents on what to do at bus stops. Additionally, he explained that a school bus driver must always be in charge at the stops, instructing the children on when they should and should not cross. Furthermore, Coughlin stated that school bus safety training of students should start at the beginning of the school year. Wayne Reese, a transportation and logistic administrator for Cache County and Logan School District in Utah also shared thoughts on school transportation and shared how loading and unloading training available has greatly improved since he started in the industry 38 years ago. Lastly, even though new technology is helping supplement the duties of a school bus driver, it should never replace training.

March – Breakdown of the RFP Process
The article recounts the process transportation departments go through when purchasing buses, working with a contractor or buying transportation technology. Subsequently, it explains the use of a Request for Proposal or Request for Procurement (RFP), or Request for Information (RFI). Various transportation professionals shared their input on RFPs and RFIs. For instance, Rosalyn Vann-Jackson, chief support service officer for Broken Arrow Public Schools, shared that it is essential for an RFP to meet your operation’s goals and needs. She also emphasized the importance of data-driven decisions. Meanwhile, Robert Feinberg, transportation director for Deer Creek School District in Oklahoma stated that, while he was looking for vans, SUVs and cars to add to his fleet, the efficiency of the process depends on taking the time to make sure the RFP exactly outlines the district’s needs. Ultimately, the article highlights that while each RFP process will look different based on the district and fleet size, state regulations, infrastructure needs and technology, best practices can greatly aid student transportation professionals in creating a request that will get there exactly what they need in the timeframe required.

April – Lessons Learned
Operations discuss rolling out electric school buses secured with Clean School Bus Program (CSBP) funds. More electric school buses hit the road this winter thanks to the first round of the U.S. Environmental Protection Agency (EPA) Clean School Bus Program funding. This program promises $5 billion between fiscal years 2022 and 2026 to fund approximately 5,000 clean and zero-emissions buses across 600 school districts. One of these districts is Chickasaw County School District in Mississippi, which received $4.345 million in rebates, $220,000 for 11 chargers and the rest for 11 Jouley electric buses from Thomas Built Buses. Electric buses now make up more than one-third of the district’s total fleet of 28 buses. Meanwhile, another small school district, Caney Valley School in Kansas, used a $790,000 rebate to purchase two electric buses and a 60-kW dual port charger that can power both vehicles at once if needed. The article highlights how the CSBP is a great way for districts to take a step into electrifying their fleets.

May – In Case of an Emergency
For the past 30 years, School Transportation News has reported on a wide spectrum of student transportation-related incidents including school bus crashes, weapons and aggressive behavior on board the bus, fire and illegal passing, to name a few. This article explains that, while different factors can contribute to any of the previously mentioned situations, training and protocols exist for school districts to implement, in order to best prepare their transportation staff for effective and safe incident management. Lastly, the article highlights the importance of detailed planning, frequent training, collaboration with first responders, and communication response protocols, to prepare transportation departments in the event of any school bus-related incident.

June – Anyone Can Achieve a Greener Fleet
Many are quick to dismiss the idea of going electric due to different challenges they may face, such as their district being too small or routes being too long. This article highlights the experiences of transportation experts who share how no project should be dismissed simply because of preconceived notions. Kenni Jean Schrader from Three Rivers Community Schools in Michigan shared that ”there are going to be some instances where going 100 percent EV may not be the best idea for you. But if you can look at the challenge and problem solve that, rather than just saying, ‘No, I can’t, you’re going to open up a lot more opportunities.” Various school districts have taken the electric route, some larger like Monongalia County School District in West Virginia, Los Angeles Unified School District and other smaller districts. Nevertheless, this does not mean going fully electric today may be an option for certain districts, or that the process will be easy. However, it’s about being open to the idea that there are ways to incorporate zero emissions into a district’s bus fleets.

July – Trends: What’s Your School Bus Driver Salary? + What’s Your Solution?
School Transportation News surveyed 209 school districts in the contiguous 48 states to determine average starting and maximum school bus driver hour wages. A chart breaks up the data by region. In this article, transportation directors nationwide shared their input on what they perceive as contributing to the ongoing driver shortage and how to best promote the job. Is the answer more pay? That seemed to be the case prior to the COVID-19 pandemic. However, times are changing and people in general are also valuing culture, safety and time. One director of transportation summed it up well when stating that more and more districts are trying to look at ways to improve morale and offer more thank-you bonuses to assist in recruitment.

August – What’s Driving Electric School Buses?
This article focuses on important distinctions in vehicle components that have been brought about by the movement toward electric vehicles. There are some primary differences between internal combustion engines and electric vehicles, including the battery packs powering the vehicle, followed by the replacement of the engine and traditional transmission with electric drivetrains. The article also highlights the advantages and downfalls of multiple battery options, technology and performance. Ultimately, as noted by Darren Liu, Accelera’s executive director of battery, while electric vehicle technology matures, the current variety in approaches is understandable and regardless of the technology used in an individual component, the performance of the overall system is what matters most to a school district.

September – Accounted For?
School bus loading and unloading has historically been a safety risk for many students, leading to injuries and death. While numbers have decreased over the decades, experts point out one incident is one too many. This article highlights how technology integrated into training can help school bus drivers detect students at school bus stops as well as those who remain on board after routes end.  Motorists illegally passing school buses is a big factor that contributes to these tragedies.  Weather and road conditions can also influence and even suspend bus routes. A lack of drivers can create other safety concerns. Consultant Dick Fisher noted that school districts are responding by making students walk further to a bus stop to save time and crossing the roadway before the bus arrives. Kaitlynne Monaghan, Child Check Mate business development and inside sales manager, stated that the peak times when incidents occur are around afternoon pickups, at the start of the school year, holidays and daylight saving time. Transportation professionals have suggested various student detection solutions to help mitigate these risks.

October – Changing, Correcting Bell Times Can Have Positive Effect on Routing
There may be no perfect solution when it comes to routing. As can be painfully clear to all concerned, the narrow timeframes for morning and afternoon operations leave little margin for error. At the same time, requirements such as serving students with special needs plus school bus driver shortages add even higher degrees of difficulty. This article highlights how changing bell times has brought greater efficiency to the routing process for some school districts. Additionally, with special needs populations, which pose their own set of challenges, restructuring bell time can be a plus. Whether it is an effort to improve overall routing or enhance services to students with special needs, the process requires a cooperative approach as well as a measure of thick skin. The article presents steps for addressing changing bell times and acknowledges that districts may face challenges in attempting to do so.

November – Going Big
This article features Transportation Director of the Year Craig Beaver as he shares lessons learned from Oregon’s largest electric school bus deployment yet. After starting his transportation career with a trucking company, Beaver joined Grossmont High School District in San Diego, California, where he spent 15 years as director of transportation before retiring. Beaver saw a job available at Beaverton School District near Portland, Oregon, where he is currently employed, decided to move with his family and the rest is history, as they say. One of Beaver’s claims to fame – and the reason he was selected as this year’s Transportation Director of the Year – is his willingness to share information with his peers. Every month he publishes data on his alternative fuel and energy buses, reflecting reduction in emissions, performance and vehicle costs. Beaver is going on his 40th year working in transportation, in one form or another. It’s his 25th year working in student transportation. In addition, Beaver noted his continued goal is to educate himself as much as possible.

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The 2024 holiday season featured celebrations that included Stuff-the-Bus drives for local communities, appreciation events for transportation staff, and lots of decorated school buses. Click through the gallery of photos below.

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Related: Gallery: Student Transporters Celebrate with Festive School Buses

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