The Hidden Flaws of Modern Cars: A Deep Dive into Mercedes and BMW
Modern automotive engineering has reached new heights of sophistication, but beneath the glossy exterior and high-tech gadgets, many cars reveal significant quality issues and design flaws. In a candid exploration of two luxury vehicles—the Mercedes EQS and BMW M6—the frustration with contemporary car manufacturing becomes unmistakably clear.
Mercedes EQS: A Masterclass in Hidden Design Flaws
The journey begins with a close inspection of a Mercedes EQS, a vehicle priced at a staggering $118,000 new. But as the narrator demonstrates, the quality control and design considerations leave much to be desired.
One of the first surprises is Mercedes' sneaky approach to the hood latch mechanism. Unlike traditional cars, this electric luxury sedan hides its latch behind an unmarked panel, guarded by nothing more than a flap. There’s no safety latch, no springs, and no prop rod—just a hole and a red handle. This design choice seems to prioritize aesthetics over accessibility and safety, making routine maintenance more complicated than necessary.
Further inspection reveals a problematic paint job that appears unfinished. The hood panel is oversprayed with a gradual fade effect, but with patches that were left unpainted, exposing the car’s raw metal beneath. On a vehicle costing over a hundred grand, such manufacturing shortcuts indicate a troubling decline in quality standards.
Interior and Fitment Issues
Inside, the dissatisfaction continues. Doors creak when closed, especially those that are seldom used, pointing towards loose panels and questionable assembly. Climate vents wobble, and overall, the build quality feels inferior compared to previous Mercedes models. The vehicle’s interior craftsmanship seems inconsistent and symptomatic of a broader trend of cost-cutting.
The narrator delves into the economic realities of owning a modern luxury car:
Buying New: Vehicles like the EQS depreciate rapidly; over three years, they can lose upwards of $80,000 in value. Depreciation erodes the investment almost immediately.
Buying Used: While initial savings are appealing, these cars often come with engineering problems. For instance, BMW M6s, which are sold with defective rod bearings, become ticking time bombs at around 100,000 miles. Repair costs for such issues are astronomical and may outweigh the savings.
Old Cars: Attempting to buy older vehicles brings another set of problems—age-related wear, rust, and maintenance headaches. The harsh reality is that driving a 30-year-old car has become increasingly impractical.
In summary, the current market presents a “no-win” scenario, forcing potential buyers to weigh depreciation, engineering reliability, and maintenance challenges.
BMW M6: A Mechanical Time Bomb Ready to Explode
The focus shifts to the BMW M6, a supercar powered by a magnificent V10 engine. But beneath its impressive performance lies a critical issue: the rod bearings.
With 105,000 miles, this M6 is overdue for a rod bearing replacement. The Car Ninja, a seasoned mechanic, examines the engine meticulously, revealing significant wear on the bearings. The bearings show scoring and copper linings, indicating impending failure.
Costly Repairs and Maintenance
Replacing rod bearings in a high-performance engine isn’t cheap: the process costs thousands of dollars, and often, the entire engine or parts like the oil pump must be removed. The mechanic notes that bearings that once lasted 100,000 miles are now failing nearly 4,000 miles early, highlighting the decline in manufacturing longevity.
BMW’s V10, once heralded as magnificent, now reveals its Achilles’ heel—bearing wear that threatens engine failure. Despite the use of race bearings intended for durability, the wear pattern suggests that even the best parts are not immune to age and fatigue.
The Deteriorating State of Automotive Quality
The video underscores that older cars, once robust and durable, are increasingly unreliable. The BMW’s steering rack begins to leak, adding to the list of costly repairs. The presenter notes that most modern cars are either rapidly depreciating, prone to engineering defects, or age prematurely.
The Impact of Shorter Deadlines and New Design Trends
A broader commentary emerges about the industry’s shift towards electric vehicles and streamlined designs. While EVs like the EQS are simpler to manufacture, shortcuts—such as leaving unpainted panels or using recycled hinges—compromise build quality and long-term reliability.
Consumer Experience and Industry Trends
The narrator humorously laments how the industry’s focus on aesthetics and profit margins is leading to diminished quality, even on flagship models. This trend is exacerbated by manufacturers’ desire to boost sales of new vehicles, often at the expense of durability and craftsmanship.
A Bit of Business and Personal Update
Amidst the technical insights, the narrator shares personal experiences:
The BMW M6 is being prepped for a massive overhaul, including rod bearing replacement, with an enticing giveaway in partnership with Phantom. Entering the sweepstakes offers a chance to win this meticulously maintained supercar.
The Mercedes EQS is publicly showcased with detailed technical analysis, from its battery layout to its undercarriage, demonstrating that even luxury EVs are not immune to shortcuts and quality lapses.
A humorous anecdote involves a radiator explosion on a Lincoln Town Car, illustrating that despite modern advancements, old cars still demand seasoned maintenance and patience.
The overarching theme emphasizes the diminishing value and reliability of contemporary vehicles. High depreciation, engineering flaws, and declining craftsmanship make modern cars a risky investment, often demanding costly repairs sooner than expected.
The takeaway: For enthusiasts and cautious buyers, the best approach might be to seek out well-maintained older models or to accept the mechanical and financial realities of modern vehicles. As the industry evolves, maintaining cars in top condition will require more vigilance and savvy.
In a landscape dominated by electric vehicles and manufacturer shortcuts, the average car owner faces a daunting reality: buying new is a depreciating gamble, used cars are ticking time bombs, and old cars are increasingly burdensome. The detailed breakdown of the Mercedes EQS’s hidden flaws and the BMW M6’s mechanical wear exemplifies these challenges, urging consumers to approach modern automotive ownership with skepticism and informed caution.
The Surprising Tale of a $4,500 Rolls-Royce: Hoopies Garage Takes on the Unexpected
An Unlikely Purchase from an Estate
In a world where luxury cars often come with luxury price tags, Hoopies Garage dared to take a risk. The host, known for his irreverent automotive adventures, shares the story of acquiring what he calls the cheapest running and driving Rolls-Royce in the USA—a 1968 model for just $4,500. Originally sourced from an estate containing around 80 vehicles, the car's history was vague, adding an element of mystery to the purchase.
He had previously bought a 1923 Packard from the same estate, which was almost ready to run again. Purchasing this Rolls-Royce before the Packard even caught fire demonstrated a willingness to gamble on automotive salvage. The big question: Could a seemingly hopeless luxury car be salvaged for a bargain? The answer, as it turns out, is more complicated—and more astonishing—than expected.
On camera, the Rolls-Royce looks impressive, but a close inspection reveals less glamorous realities. The paintwork, likely a ’70s or ’80s job, has seen better days, with signs of a poor repaint that diminishes its value. Additionally, as a right-hand drive vehicle in the US, its worth drops by about 30-40%, but that doesn’t deter the host, who finds the car’s odd year—1968—to be a fascinating feature.
Remarkably, the car boasts active hydraulic suspension on all four corners, from a Citroën-inspired system that offers a cloud-like ride. Circulating mineral oil and functioning suspension components suggest it’s in more robust condition than expected. Inside, the red leather seats are unblemished, clean, and could easily become driver-ready with little effort.
Curiosity leads the host to open the trunk, where he encounters a surprising mess. Among the usual tools and parts, he finds bloody underwear—a moment of comic disbelief that encapsulates how unpredictable these restoration journeys can be. Yet, despite the chaos, the trunk contains familiar items: a new battery, lead additives for fuel, and overall evidence that the car was cared for in some capacity.
Against odds, the Rolls-Royce started easily and drove smoothly at around 40-50 mph. The host is genuinely astounded—this car, which cost only $4,500, performs without leaks or major issues on the open road. He describes the suspension as “doing everything it's supposed to,” and the vehicle exhibits none of the typical catastrophic failures one might expect from such a purchase.
He emphasizes his surprise: "What world is this that we live in where hoopies work?" It seems almost too good to be true. Despite a few warning lights and quirks—like a stubbornly hard-to-turn key—the car demonstrates surprising reliability, especially given its age and known issues.
Inspecting under the hood reveals the 6.75-liter V8—the first year of this engine—featuring dual SU carburetors. It’s not firing perfectly on all cylinders, with some taps and roughness, likely due to mineral suspension components or vacuum leaks. The engine shows signs of wear but isn’t dramatically leaking, and the hosts express hope that it wants to “live” and stay on the road.
The chassis and suspension components are similarly promising; the host notes a lack of leaks or deterioration in key areas like brake fluid and shock absorbers. Everything seems surprisingly intact, considering the car’s condition and history.
What Needs Fixing and What Might Be Left Alone
While the car runs and drives, it’s not perfect. A few issues are highlighted:
Some electrical gadgets, including the hazard switch, are goofy.
The hydraulic system may need attention, but the mineral oil system still circulates.
The host mentions that the oil leak is minimal but notes the car hasn’t had an oil change in five years. With some basic maintenance—oil change, tightening fittings, checking the ignition—this Rolls-Royce could remain a “driver” rather than a project.
The Underlying Truth: Rust-Free, Well-Maintained, and Surprising
The vehicle’s California origin is evident, being rust-free overall, with only minor bubbles and paint imperfections. Missing trim and rubber bits are noted, but overall, the body presents well. The car’s last registration was in 2023, indicating recent use and care—despite its uncertain past.
Underneath, the chassis shows no leaks or major corrosion, and even the hydraulic and brake systems remain mostly intact. The host expresses disbelief, noting that these vehicles typically leak and decay, yet this one seems remarkably solid.
The host remains optimistic, speculating that with minimal work—an oil change, some inspections, maybe fixing the blower—the car could be a reliable vintage cruiser. He refuses to dump large sums into it but recognizes its potential as an exciting, low-cost vintage luxury car, particularly because parts like the leather interior and certain body panels are worth some value.
A Larger Reflection on Collecting and Restoration
Throughout the episode, there’s a recurring theme: how unpredictable and rewarding salvage projects can be. The host acknowledges that many British and European cars tend to drain budgets due to their complexity, but this Rolls-Royce remains a rare exception—a vehicle that actually wants to continue living.
He also touches on the value of car parts, noting that often, even when a vehicle seems doomed, its parts retain value and can be sold or used for other projects. The fact that the car still runs, drives, and is relatively rust-free makes it a candidate for preservation rather than scrapping.
Concluding Remarks: It’s a Miracle, and It Works
The episode concludes with the host genuinely stunned. The idea of buying a $4,500 Rolls-Royce that actually works—and drives on the road without immediate catastrophic failure—is almost unbelievable. It speaks to the unpredictable miracle of vintage cars and perhaps, a bit of luck.
As he drives away in his “land yacht,” the host reflects on the surprising resilience of some classic vehicles. His parting note is one of amazement: "I still cannot believe that." Truly, sometimes, even the most hopeless projects can surprise you.
In summary, what started as a gamble turned into an astonishing discovery: a vintage Rolls-Royce that runs, drives, and surprises everyone. Hoopies Garage proves once again that sometimes, the craziest ideas yield the most delightful results.
Electric vehicles (EVs) have become a major topic in the automotive world, touted as the cars of the future. But are they truly the ideal choice for everyday drivers, or is there a long road of hidden pitfalls that make them more of a gamble than a guaranteed upgrade? Today, we delve into the good, the bad, and the downright ugly truths of EV ownership, providing a comprehensive overview for anyone considering making the switch.
The Bright Side of EVs: What Makes Them Attractive?
One of the most celebrated features of EVs is their unmatched driving smoothness. Unlike traditional combustion engines, EVs glide effortlessly, much like “floating on a cloud.” They deliver instant torque, resulting in lightning-fast acceleration with no lag, which adds to the thrill of driving. Additionally, EVs are whisper-quiet, eliminating the engine noise that can be both distracting and fatiguing.
Many potential buyers are drawn to the promise of lower running costs. Evoking images of slashing fuel expenses, the reality is that electricity costs are significantly cheaper than gasoline—often only five to fifteen dollars to fully charge at home. Maintenance-wise, EVs require far less routine service: no oil changes, fewer brake pad replacements, and minimal fluid changes, making them appealing from a financial standpoint.
Environmental Benefits and Incentives
For eco-conscious consumers, EVs offer a green alternative by reducing emissions, aiding in the fight against climate change. Governments often promote EV adoption through incentives and subsidies, further sweetening the deal and making these vehicles more accessible and attractive.
Beyond practical benefits, EVs are also about lifestyle and status. The promise of sliding behind the wheel of a supercar electric version—feeling the engine roar (or its silent equivalent)—appeals to the automotive enthusiast in all of us. There are even promotions offering chances to win such dream cars, highlighting the aspirational aspect of EV ownership.
The Realities of EV Ownership: Challenges and Compromises
While the ideal vision includes widespread, reliable public chargers, the reality falls short. Many public charging stations are unreliable, often offline or malfunctioning, which can cause frustrating delays. Navigating different networks—and their associated apps and memberships—adds layers of complexity, especially for those unfamiliar with the system.
Availability is another issue. Unlike gas stations, which are virtually ubiquitous, EV chargers are scarce in rural and suburban areas. Long trips could turn into scavenger hunts for a station, and if you run out of charge, you're dependent on tow services, which can be scarce and expensive.
Charging times remain a notable hurdle. Level 1 chargers at home can take over 24 hours for a full charge, even Level 2 chargers can require several hours. Fast chargers can significantly cut this time but are not always compatible with existing vehicles or advisable for long-term battery health. Moreover, despite impressive EPA-rated ranges, real-world conditions reduce effective distance—cold, heat, and strenuous driving can slash the range by 20-30%. Planning long trips becomes a logistical challenge because of these limitations.
The core of an EV—its battery—is also its Achilles’ heel. Over time, batteries degrade, leading to decreased capacity and range. A vehicle that initially offers 300 miles might only deliver 270 miles after several years. This degradation affects resale value and can require costly battery replacements, which can exceed $10,000, making EV ownership potentially more expensive than anticipated.
Extreme weather impacts EV efficiency dramatically. Heating or cooling the cabin consumes additional energy, further reducing range. While preconditioning the battery while plugged in helps, it adds complexity to daily routines. Manufacturers are continually working on better battery technology, but current solutions are not yet ideal, especially in harsh climates.
Economic Considerations and Hidden Costs
The Upfront Price Tag
EVs are generally more expensive than their gasoline counterparts. Although incentives help offset costs, many models are still out of reach for average consumers. The higher initial investment remains a significant barrier for widespread adoption, and this price gap may persist until production scales up and technologies mature.
Insuring EVs is often more expensive due to higher repair costs. The complexity of electric systems, special batteries, and electronics means repairs can be costly and time-consuming. Tesla owners, for example, report long wait times and steep repair bills, especially for battery or electronic component failures.
Ongoing Maintenance and Wear
While EVs save on oil changes, other costs such as tire replacement are higher. EV tires tend to wear faster because of the vehicle’s weight and torque. Specialized tires, necessary for optimal performance, can be more expensive to replace.
Contrary to the perception of EVs as simple machines, repairs reveal their complexity. Battery cooling systems, electronics, and proprietary parts can make fixing EVs expensive and labor-intensive. Mechanics often lack the training or tools to service these vehicles properly, leading to a reliance on dealerships, which tend to charge premium rates.
Limited Long-term Data and Reliability Concerns
EVs have only been on the mass market for roughly a decade, making their long-term reliability uncertain. Batteries degrade over time, and once warranties expire, owners might face costly replacements. Despite warranties of 8-10 years, the true lifespan of today's EVs remains unproven, raising concerns about durability and total cost of ownership.
Rapid depreciation plagues EVs. Used models—particularly those several years old—sell at significantly lower prices due to fears of battery degradation and technological obsolescence. This depreciation makes EVs less attractive for resale and can deter buyers from investing heavily upfront.
Software and Connectivity Issues
Modern EVs function as high-tech computers on wheels, prone to bugs, over-the-air update glitches, and subscription-based features that can significantly add to ownership costs. Some features require ongoing payments, which might be discouraging for cost-conscious consumers.
Although high-performance EVs excel in acceleration and on-road performance, their utility in towing, off-roading, or hauling heavy loads is limited. The added weight of batteries and the current state of technology restrict their practicality in such demanding scenarios.
Is an EV the Right Choice for You?
While EVs offer compelling benefits—such as smooth rides, cutting-edge tech, and lower running costs—they come with notable drawbacks. If you love innovation and environmental friendliness and are prepared to handle charging inconveniences, range limitations, and potential maintenance surprises, an EV could be your perfect match.
However, if you're wary of the upfront costs, worried about reliability, or frequently embark on long trips in regions with poor charging infrastructure, you might want to wait until technology and market conditions improve.
Final Thoughts
The promise of electric vehicles driving us toward a cleaner, more technological future is alluring, but the journey is complex. As the industry matures, many of these challenges will likely diminish, making EVs more practical and affordable. Until then, prospective buyers should carefully weigh the good against the bad and the ugly.
What’s your take? Are you ready to embrace electric vehicles or still on the fence? Share your thoughts and experiences in the comments below. For those considering buying, a budget around $10,000 could make used EVs more feasible, but ensure you're aware of potential hidden costs.
Unlocking the Hidden Features of Mercedes-Benz: An Extensive Guide to Tips, Tricks, and Convenience Hacks
Over the years, enthusiasts and owners alike have sought to get the most out of their Mercedes-Benz vehicles. From convenience functions to hidden features, there's a wealth of knowledge that can enhance your driving experience. Recently, a trip to Mercedes-Benz's UK headquarters in Milton Keynes revealed a treasure trove of tips and tricks that even seasoned owners might not be aware of.
Depending on your Mercedes model, the “AUTO” or “menu” button offers a hidden function. For example, holding the menu button for approximately 4-5 seconds resets your climate settings to a default 22°C, with synchronized controls and air conditioning activated, providing a quick way to revert to standard comfort settings.
Demisting and Mirroring
In cold weather, activating the heated rear window also clears your side mirrors of water and condensation. This feature is especially handy during UK winters, where water vapor or frost on mirrors can impede visibility. After about 5-10 minutes, the mirrors are demisted, as shown in a time-lapse demonstration.
Smartphone Integration: Custom Positioning for Apple CarPlay & Android Auto
When using smartphone integration systems, the temperature display can sometimes overlay or obscure each other. Thankfully, you can simply drag and reposition these floating elements on the touchscreen for better visibility—no settings menu required.
Brief Window and Sunroof Closure
In scenarios like unexpected rain or to quickly cool the interior, holding the recirculation button closes the windows and sunroof simultaneously. Once you've cleared the unwanted elements (like smoke or rain), holding the same button again restores them to previous positions.
Mercedes-Benz's voice assistant, “Hey Mercedes,” can do more than just answer queries. For example, if you say, “I'm feeling cold,” it can incrementally raise the temperature by 2°C per command, providing a hands-free, intuitive climate adjustment.
The Mercedes-Benz Key: More Than a Remote
Understanding the Smart Key
Modern Mercedes keys incorporate anti-hacking measures, including internal motion sensors. When kept perfectly still, the sensor remains inactive, preventing theft. Moving or unlocking the key activates the sensor, enabling the vehicle to start normally.
Immediate Key Lock-Off: Instead of waiting for the system to automatically disable the key, holding the lock button and pressing unlock twice instantly turns off the key, preventing accidental unlocks or theft.
Selective Door Unlock: Holding lock and unlock simultaneously for 6-7 seconds allows you to unlock only the driver's door, enhancing security.
Remote Closure of Windows and Sunroof: Holding the unlock button opens all windows and the sunroof, while holding lock closes them—all from a distance, without vehicle contact.
Emergency Entry: The physical key blade stored within the key allows entry if the car’s battery or electronics fail—valuable in dead battery scenarios.
If the key’s battery is dead or if you forget the NFC pairing, the car can still be started by placing the key near the designated NFC area, which varies by model. Additionally, Mercedes offers up to 30 years of roadside breakdown coverage, provided the vehicle is serviced through an authorized dealership—a rare and impressive feature.
Safety and Assistance Features: Customizing Your Drive
Disabling or Adjusting Safety Systems
Most modern Mercedes-Benz models come equipped with systems like:
Speed Warning Assist: Can be disabled per journey if it’s overly sensitive, especially in bright sunlight where traffic sign recognition might falter.
Lane Assist: Easily toggled on or off via the assistance menu, useful during roadworks, narrow roads, or if you simply prefer manual control.
Active Brake Assist: Allows sensitivity adjustment, reducing false positives that may intervene unnecessarily.
Utilizing the Emergency SOS Button
At the push of a button, Mercedes’ SOS system contacts emergency services, sending vehicle data to facilitate rapid assistance. The “Me” or wrench icon on the dashboard provides quick access to roadside help, adding peace of mind.
Long-legged drivers often find it challenging to fully utilize ‘easy entry’ features designed to make exit more comfortable. A practical workaround involves programming seat positions into the Mercedes’ memory system, assigning different settings for driving, entry, and exit.
Camera and Parking Sensors
Mercedes’ 360° cameras are highly customizable; some models even save GPS locations to automatically activate specific views during certain drives. The panoramic camera supports moving and zooming, and displays indicators or curb edges, simplifying parking.
Customizing Parking Warnings
Adjust the "Time of Warning" in settings to modify how early parking sensors activate. Increasing the alert distance makes parking safer and less stressful—especially helpful in tight urban spaces.
Mercedes’ ‘Hold’ feature allows the vehicle to stay stationary without pressing the brake pedal, making stop-and-go traffic more manageable. Just press the brake firmly at a stop, and the system maintains the vehicle’s position until acceleration.
Tailgate Control & Custom Heights
For models with electronic tailgates, the opening height can be programmed to prevent it from opening too high—useful for garages or low-ceiling carports. Hold the tailgate button until a confirmation sound (bing) is heard to set the preferred height.
Gear Control with Steering Paddles
The paddle shifters on the steering wheel serve multiple purposes:
Drop Down Gears: Holding the left paddle during speed allows for quick gear downshifts.
Automatic Reversion: Holding the right paddle for a few seconds returns the transmission to automatic mode, offering full control for sporty driving or technical maneuvers.
Interior Customization: Themes and Settings
Changing the MBUX display theme is straightforward—switch from default blue to a vibrant red to match ambient lighting or personal preferences. Additionally, the instrument cluster can be set to a “sport” theme, with red accents for a dynamic aesthetic.
Sunroof and Rain Sensors
If equipped, Mercedes’ rain sensors automatically detect rain and can shut the sunroof if it’s left open when wet—saving you from unexpected drips.
Rearranging icons on the main menu is simple—press and hold icons to drag them to your preferred pages. The navigation system offers options like:
Map Themes: Switch between day/night modes or a classic blue scheme.
Satellite View: Enable high-detail satellite imaging directly on the map display, which leverages Mercedes me account integration for real-time visuals.
Drive Modes & Customization
Modern Mercedes models feature various drive modes such as Comfort, Sport, Eco, and in some cases, off-road, custom, or race modes. Personalizing these modes allows adjusting engine, gearbox, steering, suspension, and ESC settings for specific driving preferences.
When in manual mode, the left paddle triggers gear downshifts, while the right paddle can toggle back to automatic mode after a brief hold. For full manual control, an option exists to lock gear changes purely to manual mode, giving maximum control over the transmission.
Speed Management & Tire Reset
You can set speed limiters aligned with traffic signs by pressing the ‘Res’ button twice on the steering wheel, which is especially useful in densely roundabout-filled areas like Milton Keynes. Tire pressures can be easily reset via the vehicle’s service menu—just select and confirm.
Mercedes’ adaptive lighting system allows manually locking full beam by flicking the headlight stalk to a specific position, providing constant high beam without automatic toggles that might momentarily dip the lights.
Mercedes-Benz App: Your Remote Companion
Remote Control & Notifications
The Mercedes-Benz smartphone app integrates vehicle functions such as locking/unlocking, window control, lighting, and locating your vehicle on a map. Notifications about the car’s status—like being unlocked or alarm alerts—are sent directly to your phone or smartwatch, ensuring peace of mind and remote access.
A recent addition, the Mercedes-Benz Apple Watch app, simplifies vehicle management on your wrist. You can unlock, lock, or locate your car with quick taps, making it convenient during busy days or when your hands are full.
Sending Destinations via App
Using the app, you can send destinations directly to your vehicle’s sat nav. For instance, entering a specific location’s “What3Words” coordinate allows precise navigation without manual entry, a handy feature for pinpointed locations or unfamiliar areas.
Final Thoughts
This comprehensive guide highlights that Mercedes-Benz offers more than meets the eye. From clever climate shortcuts, security enhancements, and parking aids to remote connectivity and personalized drive modes—there’s a feature or trick for nearly every situation.
Owners and enthusiasts are encouraged to explore these tips to elevate their driving experience and fully utilize their vehicle’s capabilities. If you have questions or suggestions for future videos, share them in the comments. Mercedes-Hidden features truly make the luxury driving experience richer and more customized than ever before.
Drive smarter, unlock hidden features, and enjoy your Mercedes-Benz to its fullest!
Mercedes EQ Series: A Critical Analysis of Its Challenges and Design Evolution
Mercedes-Benz's foray into the electric vehicle market with its EQ series has been met with substantial challenges, both in sales performance and in design perception. The recent decline in the EQ lineup’s sales figures underscores the difficulty Mercedes faces in aligning its innovative visions with consumer preferences. This article delves into the reasons behind the EQ series’ struggles, contrasting it with Mercedes' historic design ethos, and explores how future models might reshape Mercedes’ EV direction.
The numbers tell a stark story: in 2024, Mercedes’ EQ lineup — including the EQB, EQE, and EQS — has seen a drastic drop in sales, with declines of 36%, 39%, and 52% respectively compared to previous years. These figures mark a significant downturn and highlight the disconnect between Mercedes' electric offerings and market expectations.
Interestingly, while the EQ models struggle, some models like the GLC and the GLA are experiencing promising growth, with the GLC up 58% and the GLA up 65%. The G-Class also shows a modest increase of 12%. These figures suggest that traditional Mercedes design and styling still resonate with buyers, emphasizing the importance of aesthetic appeal in the luxury segment.
Much of the criticism aimed at the EQS and EQE hinges on their radical design departure. The EQS, in particular, dubbed a "blob" by critics, features a rounded, aerodynamic, and somewhat amorphous shape that starkly contrasts with Mercedes' classic luxury sedans.
Mercedes’ design boss, Gordon Wagner, attributes the underperformance to the vehicles being "10 years too early" in terms of styling. He notes that the EQS's appearance—prioritizing aerodynamics over traditional elegance—failed to connect with the brand’s core customers, especially those accustomed to the grandeur of S-Class interiors and stately design language.
Wagner argues that the EQS didn't succeed because it wasn't developed as a luxury, chauffeur-driven sedan but rather as a futuristic silhouette that didn't speak to the heritage of Mercedes' craftsmanship. This is echoed by the fact that the design steeply departs from the familiar S-Class silhouette, which has historically been characterized by its formal, elegant three-box shape and intricate detailing.
The way Mercedes marketed the EQ lineup also played a crucial role in its struggles. Wagner suggests that framing the EQ models as purely "futuristic" or separate from the traditional S-Class platform alienated potential buyers. Instead of marketing these EVs as evolutionary steps of the iconic S-Class, Mercedes seemed to treat them as entirely different vehicles, which fractured brand coherence.
Moreover, consumer perceptions of EVs tend to associate them with electronic devices—lacking the timeless craftsmanship of combustion engine vehicles. Mercedes, known historically for its meticulous interior detailing and luxurious ambiance, encountered a stark contrast with the minimalist, digital-heavy interiors of the EQ models. The reduction of interior details and the adoption of large screens like the hyperscreen created a perception that the vehicles were more gadget than craftsmanship.
Recognizing these issues, Mercedes plans to unify its design language across combustion and electric models. Future vehicles will no longer feature distinct design cues exclusive to EVs. For instance, the upcoming new CLA will have identical styling whether powered by gas or electricity.
This strategy includes phasing out the separate EQ lineup and simply branding models as "electric" versions of existing Mercedes vehicles—like "Electric G-Wagon" or "Electric S-Class." Many industry insiders find this approach more logical, advocating for clear branding that emphasizes the vehicle's core model rather than a separate, sometimes alienating, electric sub-brand.
Despite the current setbacks, Mercedes is not giving up on electric vehicles. The next-generation S-Class is expected to spawn a zero-emission version that could replace the EQS, suggesting that the EQS itself may be phased out or significantly redesigned.
Mercedes is also working on facelifted versions of the EQS, featuring subtle design updates like integrated star motifs in headlights to align with other recent models. However, skepticism remains whether these revisions will be enough to reverse the sales decline.
The Legacy of Mercedes Design: A Comparison Across Eras
A key insight in understanding the EQ series' struggles lies in Mercedes' past design philosophies. To illustrate this, let's compare the current EQS with the legendary Bruno Sako-designed W140 S-Class from the late 20th century.
The W140, introduced around 1991, exemplifies Mercedes' emphasis on proportion, craftsmanship, and elegance. Its design features a commanding three-box profile, balanced proportions, and a timeless aesthetic that remains revered today. Bruno Sako's design philosophy favored restrained luxury, with subtle lines and a focus on the vehicle's grand stature.
Contrast this with the EQS—the "blob," as critics call it—lacks the proportions, details, and emotional appeal that made the W140 a classic. The EQS's rounded, aerodynamic shape, while efficient from an engineering standpoint, sacrifices the visual cues of craftsmanship and dignity that traditional Mercedes owners expect.
The Evolution of Mercedes-Benz S-Class: From Classic to Contemporary
Taking a broader view, Mercedes’ S-Class design has evolved significantly over the decades:
Bruno Sako’s W140 (early 1990s): Emphasized classical proportions with a commanding presence and a focus on craftsmanship.
Second-generation W220: Transitioned to more organic shapes but maintained elegance and subtle detailing.
Third-generation W221 and W222: Introduced sharper lines and modern accents but still retained Mercedes’ signature style.
Recent models (W223): Embrace fluid, organic lines with a focus on aerodynamics, moving away from the traditional “three-box” silhouette toward a softer, more globalized design language.
The current EQS starkly diverges from these design philosophies, favoring a futuristic, aerodynamic shell over the heritage of classic luxury.
Conclusion: A Change in Strategy for a Changing Market
Mercedes’ challenges with the EQ series highlight the vital importance of aligning innovative design with brand heritage and customer expectations. While the futuristic approach served engineering efficiencies and possibly future marketing narratives, it appears to have alienated core buyers.
Going forward, Mercedes’ move toward unifying design language and rebranding EV models as natural extensions of their traditional lineup signals a strategic shift. By doing so, the brand hopes to recapture the timeless elegance and craftsmanship that have historically defined Mercedes-Benz, while still embracing the electric future.
Ultimately, the success of Mercedes' electric ambitions may depend on balancing cutting-edge technology with the design principles that have made the brand synonymous with luxury, craftsmanship, and timelessness.
!summarize #MB #mercedes #eqs #ev #problems
Part 1/11:
The Hidden Flaws of Modern Cars: A Deep Dive into Mercedes and BMW
Modern automotive engineering has reached new heights of sophistication, but beneath the glossy exterior and high-tech gadgets, many cars reveal significant quality issues and design flaws. In a candid exploration of two luxury vehicles—the Mercedes EQS and BMW M6—the frustration with contemporary car manufacturing becomes unmistakably clear.
Mercedes EQS: A Masterclass in Hidden Design Flaws
The journey begins with a close inspection of a Mercedes EQS, a vehicle priced at a staggering $118,000 new. But as the narrator demonstrates, the quality control and design considerations leave much to be desired.
The Mysterious Hood Latch
Part 2/11:
One of the first surprises is Mercedes' sneaky approach to the hood latch mechanism. Unlike traditional cars, this electric luxury sedan hides its latch behind an unmarked panel, guarded by nothing more than a flap. There’s no safety latch, no springs, and no prop rod—just a hole and a red handle. This design choice seems to prioritize aesthetics over accessibility and safety, making routine maintenance more complicated than necessary.
Poor Paint and Build Quality
Part 3/11:
Further inspection reveals a problematic paint job that appears unfinished. The hood panel is oversprayed with a gradual fade effect, but with patches that were left unpainted, exposing the car’s raw metal beneath. On a vehicle costing over a hundred grand, such manufacturing shortcuts indicate a troubling decline in quality standards.
Interior and Fitment Issues
Inside, the dissatisfaction continues. Doors creak when closed, especially those that are seldom used, pointing towards loose panels and questionable assembly. Climate vents wobble, and overall, the build quality feels inferior compared to previous Mercedes models. The vehicle’s interior craftsmanship seems inconsistent and symptomatic of a broader trend of cost-cutting.
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The Real Cost of Buying New and Used Luxury Cars
The narrator delves into the economic realities of owning a modern luxury car:
Buying New: Vehicles like the EQS depreciate rapidly; over three years, they can lose upwards of $80,000 in value. Depreciation erodes the investment almost immediately.
Buying Used: While initial savings are appealing, these cars often come with engineering problems. For instance, BMW M6s, which are sold with defective rod bearings, become ticking time bombs at around 100,000 miles. Repair costs for such issues are astronomical and may outweigh the savings.
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In summary, the current market presents a “no-win” scenario, forcing potential buyers to weigh depreciation, engineering reliability, and maintenance challenges.
BMW M6: A Mechanical Time Bomb Ready to Explode
The focus shifts to the BMW M6, a supercar powered by a magnificent V10 engine. But beneath its impressive performance lies a critical issue: the rod bearings.
The Urgency of Replacing Rod Bearings
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With 105,000 miles, this M6 is overdue for a rod bearing replacement. The Car Ninja, a seasoned mechanic, examines the engine meticulously, revealing significant wear on the bearings. The bearings show scoring and copper linings, indicating impending failure.
Costly Repairs and Maintenance
Replacing rod bearings in a high-performance engine isn’t cheap: the process costs thousands of dollars, and often, the entire engine or parts like the oil pump must be removed. The mechanic notes that bearings that once lasted 100,000 miles are now failing nearly 4,000 miles early, highlighting the decline in manufacturing longevity.
The Reality of Modern High-Performance Engines
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BMW’s V10, once heralded as magnificent, now reveals its Achilles’ heel—bearing wear that threatens engine failure. Despite the use of race bearings intended for durability, the wear pattern suggests that even the best parts are not immune to age and fatigue.
The Deteriorating State of Automotive Quality
The video underscores that older cars, once robust and durable, are increasingly unreliable. The BMW’s steering rack begins to leak, adding to the list of costly repairs. The presenter notes that most modern cars are either rapidly depreciating, prone to engineering defects, or age prematurely.
The Impact of Shorter Deadlines and New Design Trends
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A broader commentary emerges about the industry’s shift towards electric vehicles and streamlined designs. While EVs like the EQS are simpler to manufacture, shortcuts—such as leaving unpainted panels or using recycled hinges—compromise build quality and long-term reliability.
Consumer Experience and Industry Trends
The narrator humorously laments how the industry’s focus on aesthetics and profit margins is leading to diminished quality, even on flagship models. This trend is exacerbated by manufacturers’ desire to boost sales of new vehicles, often at the expense of durability and craftsmanship.
A Bit of Business and Personal Update
Amidst the technical insights, the narrator shares personal experiences:
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The BMW M6 is being prepped for a massive overhaul, including rod bearing replacement, with an enticing giveaway in partnership with Phantom. Entering the sweepstakes offers a chance to win this meticulously maintained supercar.
The Mercedes EQS is publicly showcased with detailed technical analysis, from its battery layout to its undercarriage, demonstrating that even luxury EVs are not immune to shortcuts and quality lapses.
A humorous anecdote involves a radiator explosion on a Lincoln Town Car, illustrating that despite modern advancements, old cars still demand seasoned maintenance and patience.
Final Reflections: The Future of Car Ownership
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The overarching theme emphasizes the diminishing value and reliability of contemporary vehicles. High depreciation, engineering flaws, and declining craftsmanship make modern cars a risky investment, often demanding costly repairs sooner than expected.
The takeaway: For enthusiasts and cautious buyers, the best approach might be to seek out well-maintained older models or to accept the mechanical and financial realities of modern vehicles. As the industry evolves, maintaining cars in top condition will require more vigilance and savvy.
Conclusion
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In a landscape dominated by electric vehicles and manufacturer shortcuts, the average car owner faces a daunting reality: buying new is a depreciating gamble, used cars are ticking time bombs, and old cars are increasingly burdensome. The detailed breakdown of the Mercedes EQS’s hidden flaws and the BMW M6’s mechanical wear exemplifies these challenges, urging consumers to approach modern automotive ownership with skepticism and informed caution.
Nice addition.
!summarize #rr #rolsroyce #automotive
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The Surprising Tale of a $4,500 Rolls-Royce: Hoopies Garage Takes on the Unexpected
An Unlikely Purchase from an Estate
In a world where luxury cars often come with luxury price tags, Hoopies Garage dared to take a risk. The host, known for his irreverent automotive adventures, shares the story of acquiring what he calls the cheapest running and driving Rolls-Royce in the USA—a 1968 model for just $4,500. Originally sourced from an estate containing around 80 vehicles, the car's history was vague, adding an element of mystery to the purchase.
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He had previously bought a 1923 Packard from the same estate, which was almost ready to run again. Purchasing this Rolls-Royce before the Packard even caught fire demonstrated a willingness to gamble on automotive salvage. The big question: Could a seemingly hopeless luxury car be salvaged for a bargain? The answer, as it turns out, is more complicated—and more astonishing—than expected.
Initial Impressions and Condition
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On camera, the Rolls-Royce looks impressive, but a close inspection reveals less glamorous realities. The paintwork, likely a ’70s or ’80s job, has seen better days, with signs of a poor repaint that diminishes its value. Additionally, as a right-hand drive vehicle in the US, its worth drops by about 30-40%, but that doesn’t deter the host, who finds the car’s odd year—1968—to be a fascinating feature.
Remarkably, the car boasts active hydraulic suspension on all four corners, from a Citroën-inspired system that offers a cloud-like ride. Circulating mineral oil and functioning suspension components suggest it’s in more robust condition than expected. Inside, the red leather seats are unblemished, clean, and could easily become driver-ready with little effort.
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Trunk Treasures and Shocking Discoveries
Curiosity leads the host to open the trunk, where he encounters a surprising mess. Among the usual tools and parts, he finds bloody underwear—a moment of comic disbelief that encapsulates how unpredictable these restoration journeys can be. Yet, despite the chaos, the trunk contains familiar items: a new battery, lead additives for fuel, and overall evidence that the car was cared for in some capacity.
A Running Miracle
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Against odds, the Rolls-Royce started easily and drove smoothly at around 40-50 mph. The host is genuinely astounded—this car, which cost only $4,500, performs without leaks or major issues on the open road. He describes the suspension as “doing everything it's supposed to,” and the vehicle exhibits none of the typical catastrophic failures one might expect from such a purchase.
He emphasizes his surprise: "What world is this that we live in where hoopies work?" It seems almost too good to be true. Despite a few warning lights and quirks—like a stubbornly hard-to-turn key—the car demonstrates surprising reliability, especially given its age and known issues.
Mechanical and Interior Inspections
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Inspecting under the hood reveals the 6.75-liter V8—the first year of this engine—featuring dual SU carburetors. It’s not firing perfectly on all cylinders, with some taps and roughness, likely due to mineral suspension components or vacuum leaks. The engine shows signs of wear but isn’t dramatically leaking, and the hosts express hope that it wants to “live” and stay on the road.
The chassis and suspension components are similarly promising; the host notes a lack of leaks or deterioration in key areas like brake fluid and shock absorbers. Everything seems surprisingly intact, considering the car’s condition and history.
What Needs Fixing and What Might Be Left Alone
While the car runs and drives, it’s not perfect. A few issues are highlighted:
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Heater blower motor intermittently works.
Coolant warning light doesn’t function.
Some electrical gadgets, including the hazard switch, are goofy.
The hydraulic system may need attention, but the mineral oil system still circulates.
The host mentions that the oil leak is minimal but notes the car hasn’t had an oil change in five years. With some basic maintenance—oil change, tightening fittings, checking the ignition—this Rolls-Royce could remain a “driver” rather than a project.
The Underlying Truth: Rust-Free, Well-Maintained, and Surprising
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The vehicle’s California origin is evident, being rust-free overall, with only minor bubbles and paint imperfections. Missing trim and rubber bits are noted, but overall, the body presents well. The car’s last registration was in 2023, indicating recent use and care—despite its uncertain past.
Underneath, the chassis shows no leaks or major corrosion, and even the hydraulic and brake systems remain mostly intact. The host expresses disbelief, noting that these vehicles typically leak and decay, yet this one seems remarkably solid.
The Future Possibilities
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The host remains optimistic, speculating that with minimal work—an oil change, some inspections, maybe fixing the blower—the car could be a reliable vintage cruiser. He refuses to dump large sums into it but recognizes its potential as an exciting, low-cost vintage luxury car, particularly because parts like the leather interior and certain body panels are worth some value.
A Larger Reflection on Collecting and Restoration
Throughout the episode, there’s a recurring theme: how unpredictable and rewarding salvage projects can be. The host acknowledges that many British and European cars tend to drain budgets due to their complexity, but this Rolls-Royce remains a rare exception—a vehicle that actually wants to continue living.
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He also touches on the value of car parts, noting that often, even when a vehicle seems doomed, its parts retain value and can be sold or used for other projects. The fact that the car still runs, drives, and is relatively rust-free makes it a candidate for preservation rather than scrapping.
Concluding Remarks: It’s a Miracle, and It Works
The episode concludes with the host genuinely stunned. The idea of buying a $4,500 Rolls-Royce that actually works—and drives on the road without immediate catastrophic failure—is almost unbelievable. It speaks to the unpredictable miracle of vintage cars and perhaps, a bit of luck.
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As he drives away in his “land yacht,” the host reflects on the surprising resilience of some classic vehicles. His parting note is one of amazement: "I still cannot believe that." Truly, sometimes, even the most hopeless projects can surprise you.
In summary, what started as a gamble turned into an astonishing discovery: a vintage Rolls-Royce that runs, drives, and surprises everyone. Hoopies Garage proves once again that sometimes, the craziest ideas yield the most delightful results.
This video has already been summarized: https://inleo.io/threads/view/onealfa/re-onealfa-yuebak4x
!summarize #ev #problems #autmotve
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The Future of Electric Vehicles: Dream or Gamble?
Electric vehicles (EVs) have become a major topic in the automotive world, touted as the cars of the future. But are they truly the ideal choice for everyday drivers, or is there a long road of hidden pitfalls that make them more of a gamble than a guaranteed upgrade? Today, we delve into the good, the bad, and the downright ugly truths of EV ownership, providing a comprehensive overview for anyone considering making the switch.
The Bright Side of EVs: What Makes Them Attractive?
Smooth and Silent Driving Experience
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One of the most celebrated features of EVs is their unmatched driving smoothness. Unlike traditional combustion engines, EVs glide effortlessly, much like “floating on a cloud.” They deliver instant torque, resulting in lightning-fast acceleration with no lag, which adds to the thrill of driving. Additionally, EVs are whisper-quiet, eliminating the engine noise that can be both distracting and fatiguing.
Cost Savings on Running and Maintenance
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Many potential buyers are drawn to the promise of lower running costs. Evoking images of slashing fuel expenses, the reality is that electricity costs are significantly cheaper than gasoline—often only five to fifteen dollars to fully charge at home. Maintenance-wise, EVs require far less routine service: no oil changes, fewer brake pad replacements, and minimal fluid changes, making them appealing from a financial standpoint.
Environmental Benefits and Incentives
For eco-conscious consumers, EVs offer a green alternative by reducing emissions, aiding in the fight against climate change. Governments often promote EV adoption through incentives and subsidies, further sweetening the deal and making these vehicles more accessible and attractive.
Dream Cars and Lifestyle Appeal
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Beyond practical benefits, EVs are also about lifestyle and status. The promise of sliding behind the wheel of a supercar electric version—feeling the engine roar (or its silent equivalent)—appeals to the automotive enthusiast in all of us. There are even promotions offering chances to win such dream cars, highlighting the aspirational aspect of EV ownership.
The Realities of EV Ownership: Challenges and Compromises
Charging Infrastructure Woes
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While the ideal vision includes widespread, reliable public chargers, the reality falls short. Many public charging stations are unreliable, often offline or malfunctioning, which can cause frustrating delays. Navigating different networks—and their associated apps and memberships—adds layers of complexity, especially for those unfamiliar with the system.
Availability is another issue. Unlike gas stations, which are virtually ubiquitous, EV chargers are scarce in rural and suburban areas. Long trips could turn into scavenger hunts for a station, and if you run out of charge, you're dependent on tow services, which can be scarce and expensive.
Charging Speeds and Range Anxiety
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Charging times remain a notable hurdle. Level 1 chargers at home can take over 24 hours for a full charge, even Level 2 chargers can require several hours. Fast chargers can significantly cut this time but are not always compatible with existing vehicles or advisable for long-term battery health. Moreover, despite impressive EPA-rated ranges, real-world conditions reduce effective distance—cold, heat, and strenuous driving can slash the range by 20-30%. Planning long trips becomes a logistical challenge because of these limitations.
Battery Limitations and Degradation
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The core of an EV—its battery—is also its Achilles’ heel. Over time, batteries degrade, leading to decreased capacity and range. A vehicle that initially offers 300 miles might only deliver 270 miles after several years. This degradation affects resale value and can require costly battery replacements, which can exceed $10,000, making EV ownership potentially more expensive than anticipated.
Climate and Driving Conditions Impact
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Extreme weather impacts EV efficiency dramatically. Heating or cooling the cabin consumes additional energy, further reducing range. While preconditioning the battery while plugged in helps, it adds complexity to daily routines. Manufacturers are continually working on better battery technology, but current solutions are not yet ideal, especially in harsh climates.
Economic Considerations and Hidden Costs
The Upfront Price Tag
EVs are generally more expensive than their gasoline counterparts. Although incentives help offset costs, many models are still out of reach for average consumers. The higher initial investment remains a significant barrier for widespread adoption, and this price gap may persist until production scales up and technologies mature.
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Insurance and Repair Costs
Insuring EVs is often more expensive due to higher repair costs. The complexity of electric systems, special batteries, and electronics means repairs can be costly and time-consuming. Tesla owners, for example, report long wait times and steep repair bills, especially for battery or electronic component failures.
Ongoing Maintenance and Wear
While EVs save on oil changes, other costs such as tire replacement are higher. EV tires tend to wear faster because of the vehicle’s weight and torque. Specialized tires, necessary for optimal performance, can be more expensive to replace.
The Ugly Truths: What Could Go Wrong?
High Repair Expenses and Repair Complexity
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Contrary to the perception of EVs as simple machines, repairs reveal their complexity. Battery cooling systems, electronics, and proprietary parts can make fixing EVs expensive and labor-intensive. Mechanics often lack the training or tools to service these vehicles properly, leading to a reliance on dealerships, which tend to charge premium rates.
Limited Long-term Data and Reliability Concerns
EVs have only been on the mass market for roughly a decade, making their long-term reliability uncertain. Batteries degrade over time, and once warranties expire, owners might face costly replacements. Despite warranties of 8-10 years, the true lifespan of today's EVs remains unproven, raising concerns about durability and total cost of ownership.
Resale Value Worries
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Rapid depreciation plagues EVs. Used models—particularly those several years old—sell at significantly lower prices due to fears of battery degradation and technological obsolescence. This depreciation makes EVs less attractive for resale and can deter buyers from investing heavily upfront.
Software and Connectivity Issues
Modern EVs function as high-tech computers on wheels, prone to bugs, over-the-air update glitches, and subscription-based features that can significantly add to ownership costs. Some features require ongoing payments, which might be discouraging for cost-conscious consumers.
Utility and Off-road Limitations
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Although high-performance EVs excel in acceleration and on-road performance, their utility in towing, off-roading, or hauling heavy loads is limited. The added weight of batteries and the current state of technology restrict their practicality in such demanding scenarios.
Is an EV the Right Choice for You?
While EVs offer compelling benefits—such as smooth rides, cutting-edge tech, and lower running costs—they come with notable drawbacks. If you love innovation and environmental friendliness and are prepared to handle charging inconveniences, range limitations, and potential maintenance surprises, an EV could be your perfect match.
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However, if you're wary of the upfront costs, worried about reliability, or frequently embark on long trips in regions with poor charging infrastructure, you might want to wait until technology and market conditions improve.
Final Thoughts
The promise of electric vehicles driving us toward a cleaner, more technological future is alluring, but the journey is complex. As the industry matures, many of these challenges will likely diminish, making EVs more practical and affordable. Until then, prospective buyers should carefully weigh the good against the bad and the ugly.
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What’s your take? Are you ready to embrace electric vehicles or still on the fence? Share your thoughts and experiences in the comments below. For those considering buying, a budget around $10,000 could make used EVs more feasible, but ensure you're aware of potential hidden costs.
!summarize #mb #mercedes #hiden #fetures #autmotve
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Unlocking the Hidden Features of Mercedes-Benz: An Extensive Guide to Tips, Tricks, and Convenience Hacks
Over the years, enthusiasts and owners alike have sought to get the most out of their Mercedes-Benz vehicles. From convenience functions to hidden features, there's a wealth of knowledge that can enhance your driving experience. Recently, a trip to Mercedes-Benz's UK headquarters in Milton Keynes revealed a treasure trove of tips and tricks that even seasoned owners might not be aware of.
Mastering Climate Control: Tips You Didn’t Know
Resetting to Default Settings Quickly
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Depending on your Mercedes model, the “AUTO” or “menu” button offers a hidden function. For example, holding the menu button for approximately 4-5 seconds resets your climate settings to a default 22°C, with synchronized controls and air conditioning activated, providing a quick way to revert to standard comfort settings.
Demisting and Mirroring
In cold weather, activating the heated rear window also clears your side mirrors of water and condensation. This feature is especially handy during UK winters, where water vapor or frost on mirrors can impede visibility. After about 5-10 minutes, the mirrors are demisted, as shown in a time-lapse demonstration.
Smartphone Integration: Custom Positioning for Apple CarPlay & Android Auto
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When using smartphone integration systems, the temperature display can sometimes overlay or obscure each other. Thankfully, you can simply drag and reposition these floating elements on the touchscreen for better visibility—no settings menu required.
Brief Window and Sunroof Closure
In scenarios like unexpected rain or to quickly cool the interior, holding the recirculation button closes the windows and sunroof simultaneously. Once you've cleared the unwanted elements (like smoke or rain), holding the same button again restores them to previous positions.
Voice Control and Ambient Adjustments
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Mercedes-Benz's voice assistant, “Hey Mercedes,” can do more than just answer queries. For example, if you say, “I'm feeling cold,” it can incrementally raise the temperature by 2°C per command, providing a hands-free, intuitive climate adjustment.
The Mercedes-Benz Key: More Than a Remote
Understanding the Smart Key
Modern Mercedes keys incorporate anti-hacking measures, including internal motion sensors. When kept perfectly still, the sensor remains inactive, preventing theft. Moving or unlocking the key activates the sensor, enabling the vehicle to start normally.
Advanced Functions
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Immediate Key Lock-Off: Instead of waiting for the system to automatically disable the key, holding the lock button and pressing unlock twice instantly turns off the key, preventing accidental unlocks or theft.
Selective Door Unlock: Holding lock and unlock simultaneously for 6-7 seconds allows you to unlock only the driver's door, enhancing security.
Remote Closure of Windows and Sunroof: Holding the unlock button opens all windows and the sunroof, while holding lock closes them—all from a distance, without vehicle contact.
Emergency Entry: The physical key blade stored within the key allows entry if the car’s battery or electronics fail—valuable in dead battery scenarios.
Battery and Replacement Tips
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If the key’s battery is dead or if you forget the NFC pairing, the car can still be started by placing the key near the designated NFC area, which varies by model. Additionally, Mercedes offers up to 30 years of roadside breakdown coverage, provided the vehicle is serviced through an authorized dealership—a rare and impressive feature.
Safety and Assistance Features: Customizing Your Drive
Disabling or Adjusting Safety Systems
Most modern Mercedes-Benz models come equipped with systems like:
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Lane Assist: Easily toggled on or off via the assistance menu, useful during roadworks, narrow roads, or if you simply prefer manual control.
Active Brake Assist: Allows sensitivity adjustment, reducing false positives that may intervene unnecessarily.
Utilizing the Emergency SOS Button
At the push of a button, Mercedes’ SOS system contacts emergency services, sending vehicle data to facilitate rapid assistance. The “Me” or wrench icon on the dashboard provides quick access to roadside help, adding peace of mind.
Convenience & Comfort Enhancements
Easy Entry and Memory Seats
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Long-legged drivers often find it challenging to fully utilize ‘easy entry’ features designed to make exit more comfortable. A practical workaround involves programming seat positions into the Mercedes’ memory system, assigning different settings for driving, entry, and exit.
Camera and Parking Sensors
Mercedes’ 360° cameras are highly customizable; some models even save GPS locations to automatically activate specific views during certain drives. The panoramic camera supports moving and zooming, and displays indicators or curb edges, simplifying parking.
Customizing Parking Warnings
Adjust the "Time of Warning" in settings to modify how early parking sensors activate. Increasing the alert distance makes parking safer and less stressful—especially helpful in tight urban spaces.
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Activation of ‘Hold’ Mode
Mercedes’ ‘Hold’ feature allows the vehicle to stay stationary without pressing the brake pedal, making stop-and-go traffic more manageable. Just press the brake firmly at a stop, and the system maintains the vehicle’s position until acceleration.
Tailgate Control & Custom Heights
For models with electronic tailgates, the opening height can be programmed to prevent it from opening too high—useful for garages or low-ceiling carports. Hold the tailgate button until a confirmation sound (bing) is heard to set the preferred height.
Gear Control with Steering Paddles
The paddle shifters on the steering wheel serve multiple purposes:
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Interior Customization: Themes and Settings
Changing the MBUX display theme is straightforward—switch from default blue to a vibrant red to match ambient lighting or personal preferences. Additionally, the instrument cluster can be set to a “sport” theme, with red accents for a dynamic aesthetic.
Sunroof and Rain Sensors
If equipped, Mercedes’ rain sensors automatically detect rain and can shut the sunroof if it’s left open when wet—saving you from unexpected drips.
Multimedia and Navigation Tips
User-Friendly Screen Management
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Rearranging icons on the main menu is simple—press and hold icons to drag them to your preferred pages. The navigation system offers options like:
Map Themes: Switch between day/night modes or a classic blue scheme.
Satellite View: Enable high-detail satellite imaging directly on the map display, which leverages Mercedes me account integration for real-time visuals.
Drive Modes & Customization
Modern Mercedes models feature various drive modes such as Comfort, Sport, Eco, and in some cases, off-road, custom, or race modes. Personalizing these modes allows adjusting engine, gearbox, steering, suspension, and ESC settings for specific driving preferences.
Paddles & Gear Control
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When in manual mode, the left paddle triggers gear downshifts, while the right paddle can toggle back to automatic mode after a brief hold. For full manual control, an option exists to lock gear changes purely to manual mode, giving maximum control over the transmission.
Speed Management & Tire Reset
You can set speed limiters aligned with traffic signs by pressing the ‘Res’ button twice on the steering wheel, which is especially useful in densely roundabout-filled areas like Milton Keynes. Tire pressures can be easily reset via the vehicle’s service menu—just select and confirm.
Headlight & Full Beam Control
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Mercedes’ adaptive lighting system allows manually locking full beam by flicking the headlight stalk to a specific position, providing constant high beam without automatic toggles that might momentarily dip the lights.
Mercedes-Benz App: Your Remote Companion
Remote Control & Notifications
The Mercedes-Benz smartphone app integrates vehicle functions such as locking/unlocking, window control, lighting, and locating your vehicle on a map. Notifications about the car’s status—like being unlocked or alarm alerts—are sent directly to your phone or smartwatch, ensuring peace of mind and remote access.
Apple Watch Integration
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A recent addition, the Mercedes-Benz Apple Watch app, simplifies vehicle management on your wrist. You can unlock, lock, or locate your car with quick taps, making it convenient during busy days or when your hands are full.
Sending Destinations via App
Using the app, you can send destinations directly to your vehicle’s sat nav. For instance, entering a specific location’s “What3Words” coordinate allows precise navigation without manual entry, a handy feature for pinpointed locations or unfamiliar areas.
Final Thoughts
This comprehensive guide highlights that Mercedes-Benz offers more than meets the eye. From clever climate shortcuts, security enhancements, and parking aids to remote connectivity and personalized drive modes—there’s a feature or trick for nearly every situation.
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Owners and enthusiasts are encouraged to explore these tips to elevate their driving experience and fully utilize their vehicle’s capabilities. If you have questions or suggestions for future videos, share them in the comments. Mercedes-Hidden features truly make the luxury driving experience richer and more customized than ever before.
Drive smarter, unlock hidden features, and enjoy your Mercedes-Benz to its fullest!
!summarize #mb #mercedes #eqs #ev #sales #automotive
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Mercedes EQ Series: A Critical Analysis of Its Challenges and Design Evolution
Mercedes-Benz's foray into the electric vehicle market with its EQ series has been met with substantial challenges, both in sales performance and in design perception. The recent decline in the EQ lineup’s sales figures underscores the difficulty Mercedes faces in aligning its innovative visions with consumer preferences. This article delves into the reasons behind the EQ series’ struggles, contrasting it with Mercedes' historic design ethos, and explores how future models might reshape Mercedes’ EV direction.
The Underwhelming Performance of the EQ Series
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The numbers tell a stark story: in 2024, Mercedes’ EQ lineup — including the EQB, EQE, and EQS — has seen a drastic drop in sales, with declines of 36%, 39%, and 52% respectively compared to previous years. These figures mark a significant downturn and highlight the disconnect between Mercedes' electric offerings and market expectations.
Interestingly, while the EQ models struggle, some models like the GLC and the GLA are experiencing promising growth, with the GLC up 58% and the GLA up 65%. The G-Class also shows a modest increase of 12%. These figures suggest that traditional Mercedes design and styling still resonate with buyers, emphasizing the importance of aesthetic appeal in the luxury segment.
The Root Causes: Design and Perception
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Much of the criticism aimed at the EQS and EQE hinges on their radical design departure. The EQS, in particular, dubbed a "blob" by critics, features a rounded, aerodynamic, and somewhat amorphous shape that starkly contrasts with Mercedes' classic luxury sedans.
Mercedes’ design boss, Gordon Wagner, attributes the underperformance to the vehicles being "10 years too early" in terms of styling. He notes that the EQS's appearance—prioritizing aerodynamics over traditional elegance—failed to connect with the brand’s core customers, especially those accustomed to the grandeur of S-Class interiors and stately design language.
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Wagner argues that the EQS didn't succeed because it wasn't developed as a luxury, chauffeur-driven sedan but rather as a futuristic silhouette that didn't speak to the heritage of Mercedes' craftsmanship. This is echoed by the fact that the design steeply departs from the familiar S-Class silhouette, which has historically been characterized by its formal, elegant three-box shape and intricate detailing.
Marketing Missteps and Consumer Perception
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The way Mercedes marketed the EQ lineup also played a crucial role in its struggles. Wagner suggests that framing the EQ models as purely "futuristic" or separate from the traditional S-Class platform alienated potential buyers. Instead of marketing these EVs as evolutionary steps of the iconic S-Class, Mercedes seemed to treat them as entirely different vehicles, which fractured brand coherence.
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Moreover, consumer perceptions of EVs tend to associate them with electronic devices—lacking the timeless craftsmanship of combustion engine vehicles. Mercedes, known historically for its meticulous interior detailing and luxurious ambiance, encountered a stark contrast with the minimalist, digital-heavy interiors of the EQ models. The reduction of interior details and the adoption of large screens like the hyperscreen created a perception that the vehicles were more gadget than craftsmanship.
The Shift Toward Unified Design Language
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Recognizing these issues, Mercedes plans to unify its design language across combustion and electric models. Future vehicles will no longer feature distinct design cues exclusive to EVs. For instance, the upcoming new CLA will have identical styling whether powered by gas or electricity.
This strategy includes phasing out the separate EQ lineup and simply branding models as "electric" versions of existing Mercedes vehicles—like "Electric G-Wagon" or "Electric S-Class." Many industry insiders find this approach more logical, advocating for clear branding that emphasizes the vehicle's core model rather than a separate, sometimes alienating, electric sub-brand.
The Future of Mercedes Electric Vehicles
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Despite the current setbacks, Mercedes is not giving up on electric vehicles. The next-generation S-Class is expected to spawn a zero-emission version that could replace the EQS, suggesting that the EQS itself may be phased out or significantly redesigned.
Mercedes is also working on facelifted versions of the EQS, featuring subtle design updates like integrated star motifs in headlights to align with other recent models. However, skepticism remains whether these revisions will be enough to reverse the sales decline.
The Legacy of Mercedes Design: A Comparison Across Eras
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A key insight in understanding the EQ series' struggles lies in Mercedes' past design philosophies. To illustrate this, let's compare the current EQS with the legendary Bruno Sako-designed W140 S-Class from the late 20th century.
The W140, introduced around 1991, exemplifies Mercedes' emphasis on proportion, craftsmanship, and elegance. Its design features a commanding three-box profile, balanced proportions, and a timeless aesthetic that remains revered today. Bruno Sako's design philosophy favored restrained luxury, with subtle lines and a focus on the vehicle's grand stature.
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Contrast this with the EQS—the "blob," as critics call it—lacks the proportions, details, and emotional appeal that made the W140 a classic. The EQS's rounded, aerodynamic shape, while efficient from an engineering standpoint, sacrifices the visual cues of craftsmanship and dignity that traditional Mercedes owners expect.
The Evolution of Mercedes-Benz S-Class: From Classic to Contemporary
Taking a broader view, Mercedes’ S-Class design has evolved significantly over the decades:
Bruno Sako’s W140 (early 1990s): Emphasized classical proportions with a commanding presence and a focus on craftsmanship.
Second-generation W220: Transitioned to more organic shapes but maintained elegance and subtle detailing.
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Third-generation W221 and W222: Introduced sharper lines and modern accents but still retained Mercedes’ signature style.
Recent models (W223): Embrace fluid, organic lines with a focus on aerodynamics, moving away from the traditional “three-box” silhouette toward a softer, more globalized design language.
The current EQS starkly diverges from these design philosophies, favoring a futuristic, aerodynamic shell over the heritage of classic luxury.
Conclusion: A Change in Strategy for a Changing Market
Part 12/13:
Mercedes’ challenges with the EQ series highlight the vital importance of aligning innovative design with brand heritage and customer expectations. While the futuristic approach served engineering efficiencies and possibly future marketing narratives, it appears to have alienated core buyers.
Going forward, Mercedes’ move toward unifying design language and rebranding EV models as natural extensions of their traditional lineup signals a strategic shift. By doing so, the brand hopes to recapture the timeless elegance and craftsmanship that have historically defined Mercedes-Benz, while still embracing the electric future.
Part 13/13:
Ultimately, the success of Mercedes' electric ambitions may depend on balancing cutting-edge technology with the design principles that have made the brand synonymous with luxury, craftsmanship, and timelessness.