Electric Vehicles Need This: The Dodge Charger Daytona’s Game-Changing Feature

Electric Vehicles Need This: The Dodge Charger Daytona’s Game-Changing Feature

Let the Chrysler muscle-car enthusiasts be credited for devising a highly practical feature that I hope becomes standard on all electric vehicles.

So far, my experience with the electricity has been
Dodge Charger Daytona
It has had its ups and downs. Was it enjoyable? Definitely. Efficient? Not entirely. Intense? As always. Is it a top-notch electric vehicle? That’s still up for debate, but it probably won’t cause any sleepless nights for BYD executives. However, there is one aspect that I found incredibly handy; I genuinely hope this becomes standard on all EVs.

When you turn the Charger off, a screen appears on the main driver-facing dashboard that not only tells you how much charge you have left, but how long it would take to charge to 100%—if that’s where your charging limit is set. Not only that, it tells you approximately how long that would take on each plug type.

Is it as revolutionary as, for instance, five-minute quick charging? Perhaps not. However, it’s a highly useful and pragmatic feature that assists you in strategizing your subsequent steps.

Imagine you’re out doing chores or tasks somewhere and there isn’t a power outlet in view—or maybe you find one but really require a clearer picture of your schedule for the day. By having this insight, you can plan ahead regarding expectations, determine when you might fit in another outing, or assess how soon you could be prepared to leave.
using Level 2 residential charging
.

Photo by: Patrick George

2024 Dodge Charger Daytona EV with Scat Pack Track Package

From the image above, you can tell that I started with the Charger at 72%, which means the battery was fairly charged. Adding the last 28% to reach 100% will likely be slower compared to charging from a lower percentage level. Ideally, the Charger Daytona should move from 20% to 80% within about 24 minutes when using a 350 kW rapid charger capable of delivering peak power of 183 kW. Charging all the way from 72% to 100% would consequently require more time.

This is information that someone new to electric vehicles might not be aware of—I’ve spoken with acquaintances who switched to electric cars and were puzzled about why charging takes such a long time at a fast charger once their battery was fully charged. The Charger provides a user-friendly function designed specifically for beginners, which helps clarify this process. This kind of transparency is greatly needed within the EV industry as a whole.

Photo by: Patrick George

2024 Dodge Charger Daytona EV with Scat Pack Track Package

Additionally, these estimates rely on the speed of the charging point being used. Should your home Level 2 charger or a public DC fast charger not provide power as quickly as expected, disappointment may follow. Personally, everything appeared spot-on: my most recent test with a Level 2 charge reached full capacity in around four hours and 46 minutes. Plugging the vehicle into my residential ChargePoint adapter yielded an estimated time quite similar to this figure. It wasn’t disappointing at all.

It appears that the Charger is not the sole Stellantis electric vehicle exhibiting this behavior.
Jeep Wagoneer S
, which reportedly shares the STLA Large platform with this vehicle,
does the same thing
when it’s parked.

I completely support features that simplify things for beginners in the realm of electric vehicles. Knowing what to anticipate is certainly preferable to being caught off guard.

Contact the author:
patrick.george@insideevs.com

Photo by: Patrick George

Dodge Charger Daytona EV

Additional Updates on the Dodge Charger EV

  • Dodge Charger Daytona EV: What Would You Like to Learn About?
  • The Dodge Charger Daytona EV can outperform Ford’s top-tier Mustang.
  • How Could Dodge Possibly Market an Electric Muscle Car?
  • Fill The Seats: Behind Dodge’s Strategy To Win Over Electric Vehicle Doubters
  • The Dodge Charger Daytona EV Advances the Muscle Car Genre
  • Dodge Charger Enthusiasts: Discover an Excellent Incentive to Switch toElectric Vehicles
Lucid Issues Recall for Over 4,000 Floor Mats Due to Unintended Acceleration Concerns – International Edition (English)

Lucid Issues Recall for Over 4,000 Floor Mats Due to Unintended Acceleration Concerns – International Edition (English)

Certainly, floor mats. Not vehicles.

  • Lucid is initiating a recall of more than 4,000 floor mats.
  • The initial version of the company’s All-Weather mats had the issue of sliding over the accelerator pedal of the Air EV.

Lucid
, the creator of the
Air
and
Gravity
Luxury electric vehicle maker is recalling 4,294 floor mats as they could shift within the footwell and potentially obstruct the accelerator pedal. As stated, you read that right, the
floor mats
are being recalled, rather than the cars they were installed in.

According to
documents
As per the report published by the National Highway Traffic Safety Administration (NHTSA), the Air EV floor mats manufactured by Lucid up until February 2025 are responsible for the issue. These mats feature raised sections at the bottom but lack a cut-out where an anchoring mechanism could be attached.

Sadly, there isn’t much vehicle owners can do apart from removing the mat from the driver’s footwell. Lucid stated they will refund customers who purchased the risky all-season floor mats. Additionally, a newer version featuring a cut-out section is available. The design allows it to securely attach to the underlying carpet, preventing movement.

More Recalls

  • 46,000 Tesla Cybertrucks Recalled Due to Loose Trim Pieces That Can Fly Off
  • Kia recalls 22,000 EV9 SUVs due to missing seat bolts.
  • Jaguar Plans to Repurchase Numerous I-Pace Electric Vehicles at Risk of Catching Fire
  • The Most Affordable Lucid Air Model Has Been Recalled Due to Insufficient Length of the Drive Motor Wiring Harness
Lucid’s revised all-weather mats feature perforations for attaching to the integrated anchor points on the flooring. In contrast, the mats subject to recall lack these perforations.
Photo by: Lucid Motors

“A Lucid representative stated in an emailed statement that the safety of our customers and their families is paramount,”
Automotive News
Lucid has started reaching out to the owners of cars for which these floor mats were initially intended, informing them about the recall and offering additional details.

The problem was initially identified in August of last year by a sales representative operating a Lucid Air in Europe. According to the electric vehicle manufacturer, there were 13 cases where the all-weather floor mat showed some displacement; however, no obstruction affecting the accelerator pedal occurred. Although Lucid has not recorded any accidents resulting from this matter, the company has opted for a recall due to the potential hazard posed by the moving mats, which could hinder the accelerator’s ability to return to its default position.

In 2021, the Lucid Air was introduced as a high-end four-door electric vehicle featuring exceptional driving range and rapid charging capabilities. Boasting an estimated maximum range of 512 miles per full charge, this model stands out as the most extended-range EV available for purchase within the U.S. market at present. Additionally, thanks to its advanced 900-volt battery setup, the car offers swift recharge times provided access to compatible DC quick chargers; specifically, Lucid claims that under ideal conditions, the Air can add approximately 200 miles worth of range after just twelve minutes of charging.

Siapkan Diri Anda: Berangkat Mudik Hari Ini dengan Waspadai Kehadiran Banyak Truk di Jalanan

Siapkan Diri Anda: Berangkat Mudik Hari Ini dengan Waspadai Kehadiran Banyak Truk di Jalanan


KLATEN, Lifehack My ID

– Gerakan perjalanan warga yang mudik Lebaran tahun 2025 sudah nampak di beberapa lokasi pada jalur toll. Meskipun demikian, saat ini bukan waktu pemberlakukan pembatasan operasional kendaraan pengangkut barang, oleh karena itu harus waspada terhadap lalu lintas truk-truk besar tersebut.

Menurut pengamatan Lifehack My ID dari sejumlah rekaman CCTV, pada Minggu (23/3/2025) pagi dini hari, ada penambahan jumlah kendaraan di berbagai rest area serta pintu masuk tol. Walaupun begitu, arus lalu lintas tetap berjalan dengan baik.

Namun demikian, para pemudik harus lebih waspada serta selalu menghormati aturan lalu lintas. Khususnya ketika menggunakan jalan raya bagian paling kiri.

Pada beberapa bagian dari Tol Trans Jawa, terdapat cukup banyak truk besar yang melintas. Ada pula sebagian truk yang kelihatan berhenti di pinggir jalan.

Ini tentunya penting dicatat, para pemudik harus tetap konsentrasi sepanjang perjalanannya serta tak boleh menggunakannya sebagai jalur memotong atau tempat berhenti jika bukan keadaan darurat.

Jusri Pulubuhu, Direktur Pelatihan dari Jakarta Defensive Driving Consulting (JDDC), menyebutkan bahwa bahu jalanan tidak aman digunakan sebagai area berhenti, sebab terdapat risiko yang mungkin timbul di lokasi tersebut.

“Ketika harus berhenti di tepi jalan karena keadaan darurat, pengemudi perlu meletakkan segitiga penanda dari jarak cukup jauh sebelum tempat berhentinya supaya para pengemudi lain bisa melihatnya,” jelaskan Jusri untuk Lifehack My ID beberapa waktu yang lalu.

Jusri menyebutkan bahwa tak ada jaminan kalau semua pemakai jalan raya bakal taat pada aturan lalu lintas. Meski begitu, masih adanya kemungkinan bagi supir yang kurang mahir buat memanfaatkannya sebagai jalur mendahului di bahu jalan.

Para pemudik harus memperhatikan hal ini: beberapa insiden kecelakaan seringkali terjadi di pinggir jalanan saat mobil menabrak bagian belakang truk yang telah berhenti.

Pembatasan aktivitas pengiriman barang akan mulai pada Senin, tanggal 24 Maret jam 00.00 Waktu Indonesia Bagian, hingga berakhir pada Selasa, tanggal 8 April 2025 jam 24.00 WITA.

Driving the Renault 5: Navigating Nostalgia and New Energy

Driving the Renault 5: Navigating Nostalgia and New Energy


Renault is adopting the neo-retro approach for its latest urban vehicle and is resurrecting a iconic title. The “R5” serves as an excellent homage to the model I recall from my youth. However, this time around, it’s electrified… Time to put it through its paces!

Creating fresh designs with nuanced nods to history has become the go-to strategy for certain brands. Renault is now embracing this approach. The Renault 5 exemplifies this trend quite successfully. Before my eyes sits a contemporary yellow vehicle, yet it evokes memories of the classic R5—particularly the sloping rear window framed by vertical headlights. To aid these recollections, a tiny plaque inside the compartment behind the driver’s seat displays outlines representing various iterations of the Renault 5 lineage. Indeed, this automobile exhibits strong familial ties; despite being shorter than a Clio at just under four meters in length. Nonetheless, the all-new Renault 5 E-Tech gazes firmly into tomorrow as an entirely electric model. During testing, I drove the “Comfort Range” variant equipped with a 52-kWh battery delivering 150 horsepower (or 110 kilowatts) producing 245 Newton-meters of torque. This sums up our introduction.


Small, but…

Aboard, the ambiance is remarkable! The Iconic Five finish stands out significantly, particularly the seats which echo those seen in the legendary R5 Turbo. Two 10-inch curved displays sit gracefully upon a dashboard styled with a distinct ’70s flair. Notable among these tributes is a motif inspired by the grille of an older Renault 5 located on the center console alongside features like the wireless phone charger and USB-C ports, along with what we traditionally refer to as the ashtray.
The R5 2025 does not come equipped with a manual gearshift (as expected). Instead, you’ll find the R-N-D selector positioned towards the right side beneath the steering wheel. After your journey concludes, simply press the power button situated on the dash between the dual screens rather than using ‘P’. Above the control lever for windscreen wipers lies another stick dedicated to managing infotainment functions — this places more demand on the driver’s dominant hand. Additional function keys adorn the steering wheel itself; specifically noteworthy is the “Multi Sense” key placed on the right side for selecting different driving modes such as Eco mode, which caps the vehicle’s maximum speed at 115 km/h despite having a top-speed capability of 150 km/h.


Between Winter and Spring

Having experience with electric vehicles, I am well aware of the shortcomings of compact models, regardless of their promising WLTP ranges. While they perform admirably in urban settings—being cheerful, sociable, and dynamic—they tend to struggle significantly on highways. Therefore, I’m eager to put the R5 through highway tests. Particularly because mornings remain chilly during the initial part of the trial period, with daytime temperatures also quite low.
The good news is that my Iconic Five model includes a built-in heat pump, so there’s no concern over conserving energy use for climate control. Ideally, this vehicle should offer approximately 410 kilometers based on an official combined cycle rating of 52 kilowatt-hours. However, reality paints a different picture; the onboard computer swiftly adjusts expectations down to roughly 330 kilometers.
When venturing onto the highway, one realizes how critical it becomes to plan stops frequently during colder months, needing breaks every hour and forty-five minutes due to reaching around ten percent charge after covering nearly two hundred kilometers.
By the conclusion of several days’ worth of trials, warmer weather begins to make itself felt, signaling springtime approaching. Interestingly enough, once conditions improve slightly, the car starts performing better, extending its operational range considerably. Under ideal circumstances, expect close to 280 kilometers on the motorway while maintaining full power from the battery at all times—a duration sufficient for almost exactly two hours without requiring rest periods, although barely meeting basic requirements.


The Time to Live

At maximum capacity, the DC fast charger delivers 100 kW. In cold conditions, particularly when frozen, initial charges rarely surpass 40 kW. At around 15°C outdoors, we achieved a peak rate of approximately 70 kW. Consequently, expect to pause for about 30 to 45 minutes to achieve an optimal state where the vehicle’s battery reaches roughly 80-85%, before resuming highway travel. Patience becomes key here. Renault included a thoughtful touch—a ‘5’ emblem on the hood serving as a visual charge status indicator. While waiting at the station under sunny skies, sitting comfortably on a nearby bench allows you to keep track of your progress effortlessly.
During trips exceeding 100 kilometers—especially those driven within speeds ranging from 90km/h to 120km/h—we observed energy usage averaging over 20 kWh per hundred kilometers. Lowering speed and using smaller 18-inch tires fitted with winter rubber brought efficiency closer to 16 kWh per 100 kilometers during city drives. This indicates it might be unsuitable for long-distance commuting but remains feasible for occasional excursions beyond metropolitan areas.
Storage capabilities remain modest; the trunk offers just 326 liters of cargo room. Folding down the rear seating expands this significantly to 1106 liters. Nonetheless, certain features such as the optional Harman Kardon sound system occupy cable management spaces. Similarly, devices connected via conventional sockets used to transform the R5 into a portable power source leave their cords freely accessible in shared zones.


Alive

The highlight is undoubtedly piloting the R5. Kudos to Renault for crafting such an agile and responsive electric vehicle. This compact car handles roads with ease, excelling both on highways and through curves, spreading joy among drivers. Its braking system works perfectly, guiding the rear into smooth turns with finesse. During our climb and descent of the Citadelle de Namur for photography purposes, these skills shone brightly.
Naturally, due to its heft, robust suspension was necessary, leading to firmer dampening. On a section of the gently rolling Brussels Ring, the car briefly exhibited some oscillation but quickly stabilized. Though brief, these minor jolts detracted slightly; however, they didn’t overshadow overall comfort significantly enough to diminish praise for the Renault 5 E-Tech’s achievements. Stylishly designed—elegant yet powerful—it accelerates smoothly from 0-100 km/h in just eight seconds without feeling harsh. Four lightly packed adults could enjoy this spirited takeoff effortlessly.
Upfront, luxury abounds. However, those seated at the rear might find legroom limited, particularly if someone as tall as General de Gaulle occupies the driver’s seat.


The prices

The attractive French-made vehicle with 150 horsepower sells for approximately €32,900 in Belgium. Meanwhile, the model featuring 120 horsepower paired with a 40 kWh battery begins at around €27,900 in Belgium. Regarding the Renault 5 E-Tech Iconic Five we’re testing, fully loaded with additional features, it comes to €34,900. Its price in France stands at €35,590. If purchased in Switzerland with similar specifications as shown in photos, expect to pay about CHF 36,000. Despite knowing that this electric urban car has some range constraints, the Renault 5 E-Tech boasting 150 horsepower along with a 52 kWh battery remains suitable for regular use when charging from home at 11 kW. It also allows occasional trips and pulling a light trailer up to 600 kg without issues.

(MH with Duquesne – Source: Renault – Images: © Olivier Duquesne)

Mercedes-Benz EQS Review: Insights from the Futuristic Frontier

Mercedes-Benz EQS Review: Insights from the Futuristic Frontier

Steering an EQS offers a journey filled with epiphanies and bewilderment. I doubt we’ll be returning anytime soon, though.

The future can be unforgiving, something Mercedes-Benz understands well. As a German automaker, they have established themselves as pioneers at the forefront of automotive technology, setting trends that will likely become standard features in vehicles over the next decade or two. From antilock braking systems to electronic stability controls and even supercharged engines—their innovations span an extensive range.

However, this method carries significant risks. Get it right, and you’ll be hailed as an innovator who revolutionized the industry. But get it wrong, and you could end up burdened with perplexing, untested technology and considerable financial loss.

No car embodies this quite like the
Mercedes-Benz EQS
Sedan. Praised as the pioneer of the electric age, it debuted with lukewarm receptions and disappointing sales figures. Recognizing this, Mercedes is shifting focus away from the oval-shaped aesthetics.
ditching the EQ names
And moving forward with hybrid alternatives. The upcoming electric S-Class will indeed be just that—
an electric S-Class
In terms of both name and appearance, it is not a separate standalone model like this one.

However, the EQS has arrived now, and
Available as a bargain on the second-hand market too.
It received a mild update for the 2025 model year, featuring a somewhat conventional front-end pseudo-grille along with an enlarged battery for increased range. Now, let’s examine its strengths and weaknesses concerning the future.

(Transparency Note: Mercedes provided me with a 2024 EQS for a week to use during this evaluation. Upon arrival, the vehicle was fully charged.)

Mercedes EQS: Driving Experience

Step into any electric vehicle (EV), and it becomes clear why high-end car manufacturers have invested heavily and early in this technology. The electric powertrain offers effortless, quiet driving experiences. While the S-Class’ inline-six and V8 engines are impressively smooth, they cannot compare to the exceptional performance of the EQS’ finely tuned drivetrain.

The EQS offers four variants: 450+ rear-wheel drive, 450 4MATIC all-wheel drive, and 580 AWD.
AMG
AWD. The EQS 450+ model I tested produced 355 horsepower and 419 lb-ft of torque via its single motor setup. In comparison, the all-wheel-drive variant delivers identical horsepower with a significantly higher torque output at 590 lb-ft. While these numbers might not stand out much today due to increasingly powerful vehicles, one notable aspect about electric cars is their silent operation; hence, even though figures may seem modest, they mask the actual driving experience where you won’t hear the powerplant struggling under load.

A gasoline engine with 335 horsepower would struggle to propel the 5,500-pound EQS. However, the electric motors face no such issues. Given that using a luxurious vehicle like this isn’t typically for high-speed races, its acceleration of zero to 60 mph in 5.9 seconds is sufficiently fast; thus, your personal comfort rather than the performance of the engine will likely set the pace.

Mercedes refreshed the EQS for 2025 with a redesigned grille inspired by their gasoline-powered models. Although I tested the 2024 version, this review also covers the updates introduced in 2025.

For those seeking additional horsepower, the EQS 580 could be more appealing with its output of 516hp and 611lb-ft of torque. If you’re inclined towards extremes, the outrageous AMG EQS Sedan delivers a staggering 649hp and 700lb-ft of torque. However, considering my ample experience with power and the substantial starting cost of $117,375 for theEQS 450+, I find little reason to invest further in higher-power variants. In fact, even at the baseline configuration, performance remains impressively satisfying.

Choosing electric power turned out to be a wise decision. However, by providing a vehicle with increased mass, altered weight distribution, and a sophisticated rear-wheel steering system, Mercedes seemingly overlooked the importance of maintaining the smooth S-Class ride quality. The brand’s characteristic plush suspension is primarily why I would endorse it. In comparison, the latest gasoline-driven S-Class offers the most comfortable journey short of sitting behind the wheel of a Rolls-Royce.

Photo by: Mercedes-Benz

Mercedes EQS 450+ review

Photo by: Mercedes-Benz

Mercedes EQS 450+ review

Photo by: Mercedes-Benz

Mercedes EQS 450+ review

The EQS doesn’t fall short in comfort. It remains an outstanding choice for long drives on highways. However, navigating through city streets and traversing small bumps reveals that even advanced air suspensions cannot mask the vehicle’s considerable mass. The car feels ponderous when crossing hills and lands heavily into dips. These observations might seem severe—the ride quality is still superior to most cars—but enthusiasts seeking flawless handling will not find it with this model. Hence, our initial cautionary message from the Ghost of Mercedes Future: As you pursue future advancements, remember the foundation upon which you built your success.

I agree that the German automakers’ hesitance to provide an authentic one-pedal drive option seems odd, particularly since they continue to present “adjustable” settings that nearly achieve this but fall short. For instance, in the EQS, you can increase regeneration significantly, making it feel almost like single-pedal operation; however, the vehicle won’t halt entirely by itself. This inconsistency undermines their efforts. They should either fully commit to providing a genuine one-pedal experience or avoid such incomplete solutions altogether.

Don’t assume that all this new chassis technology goes to waste. Mercedes introduced a rear-wheel steering system in the EQS that utterly surpasses similar systems used by others. While a
Cybertruck
Utilizing its notably assertive rear-wheel steering, Mercedes’ system enables a massive pickup equipped with sizable 35-inch tires and poor wheel clearance to navigate turns adequately. This technology transforms maneuvering through parking lots into an experience akin to driving a compact vehicle. Executing U-turns on regular urban roads poses no challenge either. However, my mind struggled to adapt initially; as a result, I often ended up making parking attempts overly tight and had to correct myself frequently. This indicates success: such advanced tech forces you to readjust your perceptions.

Mercedes EQS: Driving Range, Battery Capacity, and Recorded Energy Efficiency

Every 2025 Mercedes-Benz EQS sedan comes equipped with an 118-kWh battery, providing up to 390 miles (628 km) of range for the EQS 450+ variant. While this might fall short compared to vehicles like the Lucid Air or Tesla Model S, it still outperforms much of the traditional competitors. The one I tested featured larger wheels and utilized a smaller, earlier version of the battery from 2024, resulting in a range of 352 miles (566 km). In my view, this figure represents the ideal balance.

Below are the range breakdowns for the additional trims in 2025:

  • EQS 450 4Matic: Up to 367 miles (590 km)
  • EQS 580 4Matic: Up to 371 miles (591 km)
  • AMG EQS: Up to 316 miles (509 km) of range

All of those figures are respectable and show that Mercedes is serious about offering the sort of long-range EVs American luxury buyers demand. I observed efficiency of 2.9 miles per kWh in mixed highway and around-town driving, giving me a projected real-world range of around 342 miles. That’s pretty solid given that my driving included a golf trip with five passengers and three bags of clubs.

The EQS boasts an impressive hatchback feature that significantly enhances its functionality compared to the gasoline-powered S-Class. We managed to accommodate three sets of golf clubs along with two cases of Diet Coke, still leaving ample space available.
Photo by: Mack Hogan/InsideEVs

Mercedes EQS: Charging Experience

Regrettably, problems with the charger prevented me from accurately measuring the 10-80% charge time for the EQS. However, I observed charging rates nearly matching Daimler’s advertised peak of 200 kW. When I chose a charging station via the vehicle’s nav system, the EQS pre-conditioned itself for rapid charging autonomously. Additionally, I found it noteworthy that the EQS maintained a swift charging pace; even at approximately 65%, it was still drawing power at about 137 kW, which falls within typical limits but leans towards the higher side for a 400-volt setup.

Mercedes states that the EQS Sedan can charge from 10% to 80% in 31 minutes. From my observation, this seems credible. However, there are definitely quicker charging options available within its segment.
A Porsche Taycan can accelerate from 10% to 80% battery charge in approximately 16 minutes.
, and a
The Lucid Air can achieve this in 20 seconds.
—however, I find this performance satisfactory enough.

Photo by: Mercedes-Benz

Mercedes EQS: Interior

Here is where taste significantly comes into play. The interior quality of the Mercedes EQS Sedan stands out as impeccable. The brand employs high-quality materials and enhances the design quite effectively. However, the traditional use of leather and wood has been replaced by an abundance of black plastic within the EQS. This shift is largely due to the vehicle’s emphasis on its massive “Hyperscreen,” which features a continuous end-to-end screen encompassing three distinct displays.

It’s impressive, yet there isn’t much else to observe. The most prominent piece of wood within the cabin conceals the cup holders and wireless charging station. Since this space will likely be used for storing your keys and phone, you may never even notice the wooden surface. Instead, the interior predominantly features glossy black accents along with extensive areas occupied by screens.

Photo by: Mercedes-Benz

If your priority is a vehicle brimming with advanced technology, you’ll definitely find what you’re looking for here. However, those anticipating the classic luxurious interiors reminiscent of older Mercedes models will likely feel letdown. Mercedes is fully committed to incorporating displays, voice controls, and cutting-edge technology into their cars. This strategic direction shows no signs of changing. Fortunately, the seating remains top-notch, although some may find the driving posture uncomfortable because of the elevated waist line and unusual body structure.

Technology, Infotainment & UX

Mercedes believes that technology is the future. That’s why when it built the EQS, it basically bet on all of them at once. It has the expected massaging seats and high-end Burmester stereo. But it also has Spatial Audio and Dolby Atmos Support (this rocks). It can vibrate your seats along to the music. It has a conversational voice assistant that can turn all of these features on, and provide you with restaurant recommendations along the route.

Photo by: Mercedes-Benz

The system includes a web browser enabling video streaming. Additionally, it features “augmented reality” guidance, which superimposes directional indicators over footage captured by cameras at the vehicle’s front, likely proving quite attention-grabbing. Music streaming comes pre-installed yet remains compatible with CarPlay and Android Auto. Essentially, this presents as a comprehensive array of choices akin to ordering off a Cheesecake Factory menu, all displayed on a large 17.7-inch screen complemented by dual 12.3-inch panels alongside.

In summary, it’s overly complex for my liking. Despite the system being extremely fast and reliable, I often felt confused by the numerous menus and options available. Additionally, I was disappointed with the performance of the voice assistant. It always starts with “How may I help you?” which disrupts the user’s question and offers only a brief moment to speak. Moreover, it frequently failed to understand even simple requests.

Technologically adept owners will ultimately get the hang of it. However, being 27, I am roughly three decades younger than the typical buyer for a luxury $100,000 sedan, and even then, I found myself feeling overwhelmed.

Photo by: Mercedes-Benz

The EQS has reliable onboard navigation that supports route planning for extended journeys.

This comes down to personal preference. For quite some time, I’ve believed that luxury doesn’t merely involve adding features; it also requires selective removal. Providing an extensive list of options isn’t as beneficial as delivering a cohesive software experience where everything feels purposeful throughout all menus. This is something Tesla and Rivian excel at, and I believe they’re currently outpacing Mercedes in this aspect. On the other hand, Mercedes has embraced over-the-air updates similar to these companies and recently introduced ChatGPT integration along with “conversational navigation” powered by Google Gemini. However, after two decades of consistently introducing new add-ons, I sincerely hope that the upcoming version of MB.OS will focus more on simplification rather than expansion.

Mercedes states that its “conversational navigation” feature will make its first appearance on the new CLA model. However, this technology will ultimately be rolled out through an over-the-air update to numerous current vehicles as well. The EQS is likely to receive this upgrade at the forefront of such updates.
Photo by: Mercedes-Benz

Safety & ADAS

At this point, Mercedes performs much better. The EQS includes an excellent highway driving assistance system along with a comprehensive array of advanced driver support features. This lane management system can take complete control of steering, braking, and acceleration, including making automatic lane changes to bypass slower vehicles.

I appreciated the car’s adherence to Germany’s disciplined driving style, swiftly returning to the correct lane after overtaking. However, it frequently switched lanes on California’s congested, high-speed five-lane highways. The vehicle would sound an alarm to notify you about these maneuvers, which often paused the music. After some time, I grew weary of my four-minute songs being disrupted multiple times during each journey. While having a warning before making a lane change seems essential, thus potentially justifying this feature, I’d prefer turning automatic lane adjustments off for a calmer ride.

Photo by: Mercedes-Benz

Currently, Mercedes provides the sole genuine hands-free driving system in an American-made vehicle, though this feature is limited to just Nevada and California. Unfortunately, I didn’t get the chance to test it out.

The
EQS also provides Mercedes Drive Pilot.
The sole driver assistance system in the U.S. that permits drivers to look away from the road under particular conditions. Such systems, referred to as “Level 3” according to SAE standards, surpass Level 2 systems such as Tesla Autopilot and General Motors Super Cruise, both of which demand constant attention. However, this capability has limitations; drivers may remove their hands and gaze from the steering wheel only when they’re caught in low-speed traffic, less than 40 mph, on predetermined highways in California and Nevada.

The press vehicle I used lacked Drive Pilot, and even with repeated efforts, I’ve never had the chance to experience this technology firsthand in actual driving conditions.

Mercedes EQS: Pricing

The starting price for the Mercedes EQS 450+, inclusive of the destination fee, is $105,550. Similar to most German vehicles, adding optional features will significantly increase your expenses, despite the basic model being fairly well-appointed. TheEQS 450+ variant priced at $117,375 that I tested did not include a heated steering wheel; the Mercedes voice assistant informed me gently upon requesting it. This seems odd since such feature comes standard on the Chevy Blazer EV. In this class of car, manufacturers typically do not load their models with many standard amenities.

Among the additional choices on my tester were the $2,150 Exclusive package, which features massage functions for the front seats, the MBUX “Interior Assistant,” and four-zone automatic climate control. There was also an optional perfume distribution system available for $450.

Photo by: Mercedes-Benz

The starting price for the AWD EQS 450 4Matic is $108,550. The EQS 580 has a base cost of $128,500, while the top-of-the-line AMG EQS Sedan comes with an MSRP of $148,700.

Mercedes EQS: Verdict

With the EQS Sedan, Mercedes took a gamble, seeing the shift to electric vehicles as an opportunity to reinvent itself—not merely as a technological frontrunner but entirely shaped by innovation. If you examine the resale value of pre-owned EQS models, it becomes clear that their strategy paid off. Vehicles from just two years ago, originally priced between $100,000 and $150,000, often sell for around $45,000.

The market has delivered its verdict, and it wasn’t particularly favorable regarding these automobiles. However, this assessment might be somewhat harsh. The EQS is indeed a fairly dependable vehicle, yet it seems to lack clear direction. As an electric vehicle, it holds up well but doesn’t stand out as the top choice within its class. In terms of luxury, it performs adequately but falls short compared to the S-Class when it comes to refinement. Additionally, despite being a fascinating display of technology, it originates from a brand that hasn’t quite reached the level of seamless integration found in fully software-driven models.

Photo by: Mercedes-Benz

Primarily, it serves as a testing ground. Several aspects function well: the impressive spatial audio system, the responsive display, the seamless powertrain, and decent range. However, some elements fall short: the ungainly design, the unremarkable ride quality, and the overwhelming presence of its extensive feature set.

This was an experiment. When Mercedes entered this market with full force, they appeared to absorb numerous lessons swiftly. Although the company didn’t come up with a unified, captivating offering, their audacity stands out in contrast to most car manufacturers who are cautiously easing into the electric vehicle sector. Thus, one must commend Mercedes for taking such a daring plunge wholeheartedly.

Although it didn’t pay off this time, over an extended period, the market tends to favor businesses bold enough to embrace significant risks.

Contact the author:
Mack.Hogan@insideevs.com
.

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2024 Mercedes EQS 450+ Sedan
Base Price $105,550
As-Tested Price $117,375
EV Range 352 miles
Battery 108 kWh (net)
Drive Type rear-wheel drive
Output 355 horsepower
Maximum torque 419 lb-ft
Renault 5 Turbo 3E: The Mini Supercar Revved Up with In-Wheel Motors

Renault 5 Turbo 3E: The Mini Supercar Revved Up with In-Wheel Motors

Perched on an exclusive 800V architecture, the twin-engine hatchback will have a production cap of 1,980 vehicles.

  • The Renault 5 Turbo 3E is set for production in 2027.
  • It features two electric motors located within the rear wheels and is made from carbon fiber.
  • It employs a custom-designed electrical system featuring an 800V battery pack that can handle up to 350 kW.

Well,
Renault
was carrying out this initiative. Towards the end of last year, when the French carmaker disclosed
The 5 Turbo 3E electric super-hatch
As previously stated, the yellow monster was slated for production. Now, this has been confirmed officially.

Set to roll off the production line in 2027, the Renault 5 Turbo 3E is a modern, electric throwback to the iconic 5 Turbo and 5 Turbo 2 of the 1980s. Just like its gas-powered predecessors, the new electric “mini supercar” resembles the standard version of the iconic hot hatches, but turns the craziness dial to 11 under the skin.

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The single front-mounted motor and 400-volt battery pack are now history.
Renault 5
Instead, Renault opted for a custom-made platform equipped with an 800-volt battery pack that powers two electric motors located within the wheels at the back. This setup delivers a combined power of 540 horsepower, and according to Renault, can accelerate from a standstill to 62 mph (or 0-100 km/h) in less than 3.5 seconds.

As a compact two-door hatchback measuring only 157 inches (4 meters) in length, each start should provide quite an exhilarating experience. However, it’s more than just rapid acceleration; the French carmaker claims this limited-edition electric vehicle has a range of up to 250 miles (400 kilometers) per full charge. Additionally, with its remarkable peak charging capability of 350 kilowatts, it can boost its battery level from 15 to 80 percent in merely 15 minutes.

The vehicle tips the scales at 3,197 pounds (1,450 kilograms) when factoring in its 70-kilowatt-hour battery. This mass is comparable to that of an average Renault 5 equipped with a 52-kWh battery, featuring four doors along with rear seating. To maintain a lower curb weight, the 5 Turbo 3E features a body made from carbon fiber and includes only two seats alongside two doors.

Inside, you’ll find a vertically positioned handbrake lever reminiscent of its ancestor’s rallying past, along with features like a roll cage, bucket seats equipped with six-point harnesses, and Alcantara upholstery spread across the interior.

In terms of design, the production version is almost indistinguishable from last year’s prototype. This has become somewhat typical for Renault; frequently, exciting concept cars are introduced but never make it to production. Therefore, it’s quite invigorating to witness this vehicle transition into production virtually unchanged.

Renault announced that pre-orders for the striking 5 Turbo 3E will commence shortly. Although prices have not been disclosed yet, only 1,980 vehicles will be produced—an homage to the initial 5 Turbo model from 1980 that was created as part of a homologation requirement. Production of the first units is scheduled to start in 2027. This limited-edition Renault 5 Turbo 3E will be available in Europe, Australia, Japan, and the Middle East.