Cars

Electric Vehicle Skeptics' Minds Changed After Test Drives

A recent social experiment orchestrated by the YouTube channel Electrifying aimed to dismantle preconceptions surrounding electric vehicles (EVs). Four individuals, previously vocal critics of EVs, were given the keys to a Skoda Enyaq Coupé and the upcoming Elroq. Their initial objections, including range anxiety, charging durations, and a belief that EVs lacked character, were deeply ingrained. One participant even anticipated a 'boring appliance' experience. However, the subsequent days unveiled a surprising transformation in their perspectives.

As the participants embarked on their initial drives, their skepticism began to wane. They were notably impressed by the immediate power delivery and the serene quietness of the ride. One driver described the Enyaq as 'gliding,' while another confessed the experience was far more refined than anticipated. Even the most ardent detractor admitted that the vehicle's range comfortably met daily driving needs, aligning with industry insights into modern EV capabilities. This shift in perception underscores a broader trend: many reservations about electric cars stem from a lack of direct experience rather than inherent flaws. Personal encounters with the technology often prove to be the most potent catalyst for changing opinions.

This evolving perception is something automakers are actively leveraging. Companies like Ford are continually exploring electrified versions of popular models, offering hybrid and plug-in options as a stepping stone for hesitant buyers. Concurrently, manufacturers are focusing on making electric vehicles more accessible and affordable, ensuring that both cost-effectiveness and practical range are achievable. These industry efforts directly address the very concerns initially raised by the test drivers, illustrating a concerted push to overcome barriers to EV adoption. The experiment ultimately revealed that, while none of the participants became immediate EV zealots, they all acknowledged the superior driving experience and practicality of electric cars. This rapid shift in opinion suggests that the primary hurdle for EV adoption isn't technological limitations, but rather the public's preconceived notions and unfamiliarity with the vehicles themselves.

The journey from skepticism to acceptance in the realm of electric vehicles exemplifies the power of firsthand experience. It highlights that progress often requires an open mind and a willingness to challenge established beliefs. As technology advances, embracing new solutions, even those initially met with resistance, can lead to unexpected and positive outcomes, paving the way for a more sustainable and efficient future.

Aston Martin Elevates DB12 Lineup with New 'S' Variant

Aston Martin introduces the latest evolution in its performance vehicle lineup, the DB12 S, showcasing advanced engineering and design enhancements for an unparalleled driving experience. This new model reinforces the brand's commitment to delivering superior performance and luxury within its sports car range.

Experience Elevated Performance: The Dawn of Aston Martin DB12 S

Introducing the DB12 S: A New Era of Performance for Aston Martin

Aston Martin has launched the DB12 S, a significant addition to its family of high-performance vehicles. This new variant follows the earlier introductions of the DBX S and Vantage S, aligning with CEO Adrian Hallmark's strategy to diversify the brand's model offerings. The DB12 S incorporates numerous refinements designed to deliver an even more exhilarating driving experience.

Engine and Acceleration: Unleashing Enhanced Power

Beneath the hood, the DB12 S is powered by an upgraded twin-turbocharged 4.0-liter V-8 engine, now producing an impressive 691 horsepower—a 20-unit increase—and 590 pound-feet of torque. This boost in power, combined with quicker gear shifts and an advanced launch control system, propels the coupe version from 0 to 60 mph in a mere 3.4 seconds. The convertible DB12 S Volante achieves this sprint in 3.5 seconds, with both models capable of reaching a maximum velocity of 202 mph.

Advanced Braking and Handling Systems

The new DB12 S comes equipped with carbon ceramic brakes as a standard feature, which contribute to a substantial weight reduction of 59.5 pounds in unsprung mass. These high-performance brakes measure 16.1 inches at the front and 14.2 inches at the rear, integrating Aston Martin's innovative corner braking control system for superior stopping power and stability. Additionally, the vehicle benefits from specially tuned Bilstein DTX dampers, recalibrated throttle and steering responses, and an enhanced electronic rear differential. Engineers have also stiffened the rear anti-roll bars and optimized the camber, castor, and toe geometry to further refine the car's handling dynamics.

Distinctive Exterior Design Elements

Visually, the DB12 S distinguishes itself from standard DB12 models through several unique styling cues. It features a sophisticated dual-element front splitter, meticulously designed to increase downforce and efficiently manage airflow around the front wheel arches. The hood is adorned with new bonnet louvers, available in either a sleek gloss black finish or an optional lightweight carbon fiber construction, adding to its aggressive aesthetic.

Refined Rear Styling and Interior Details

At the rear, the DB12 S boasts a fixed spoiler, a redesigned diffuser, and four stacked stainless-steel tailpipes. For those seeking an even more dynamic sound and reduced weight, an optional titanium exhaust system is available, enhancing the exhaust note by 1.5 dB and shaving off 25.8 pounds. Inside, the cabin offers a luxurious experience with a striking red knurled metal rotary dial for drive mode selection on the center console, matching the exterior 'S' badging. The interior can be customized with three trim configurations, featuring a premium combination of leather and Alcantara materials.

Availability and Pricing Information

The DB12 S is available for order in both coupe and convertible body styles, with initial deliveries anticipated to begin in the first quarter of 2026. While official pricing details are yet to be announced, considering the standard DB12 starts at $250,000, it is projected that the DB12 S will command a price point above the $275,000 mark, reflecting its enhanced performance and luxury features.

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Tesla's New Model 3 Standard Model Lacks Power-Adjustable Mirrors, Among Other Features

Tesla has introduced new \"Standard\" versions of its Model 3 and Model Y vehicles, aimed at making these electric cars more accessible by reducing their base prices. This cost-saving strategy, however, comes with the exclusion of several features typically found in premium automobiles. One of the most unexpected omissions in the Model 3 Standard is the absence of power-adjustable side-view mirrors, a staple in nearly all modern vehicles regardless of their price point. Furthermore, a range of other amenities have been removed from this budget-friendly variant, including the rear touchscreen, sophisticated ambient lighting, ventilated front seats, leather interior accents, heated second-row seating, a power-adjustable steering column, the standard \"Autosteer\" function, and traditional FM/AM radio. The vehicle also comes with a slightly smaller battery capacity, affecting both its total range and Supercharging capabilities. Priced at $38,630, this iteration of the Model 3 represents the most economical option for consumers looking to purchase a new Tesla, requiring buyers to weigh the savings against the loss of convenience features.

The introduction of the new Model 3 Standard marks a significant shift in Tesla's product offering, prioritizing affordability over a comprehensive suite of luxury features. The decision to equip the Model 3 Standard with manually adjustable side mirrors has raised eyebrows, as this is a feature almost universally present in contemporary cars. This move is part of a broader effort to streamline the vehicle's production and reduce its retail price, positioning it as a more competitive option in the electric vehicle market. Beyond the mirrors, the interior comfort and technological integration have been scaled back. The 69.5 kilowatt-hour usable battery capacity in the Model 3 Standard provides a range of 321 miles, which is less than its premium counterpart, and its Supercharging speeds are capped at 225 kilowatts. While its 0-60 mph acceleration time of 5.8 seconds is still respectable, it is slower than the Premium Rear-Wheel Drive version. These adjustments highlight Tesla's commitment to making its vehicles more attainable for a wider audience, albeit with a noticeable reduction in standard equipment and performance metrics.

The Stripped-Down Approach: Unexpected Feature Omissions

Tesla's strategy to introduce more affordable versions of its popular Model 3 and Model Y has led to the removal of several features, with the most surprising being the manual adjustment for side-view mirrors in the Model 3 Standard. This decision stands out, as power-adjustable mirrors are a basic expectation in modern vehicles across all price segments. The company's focus on cost reduction means that buyers of the Model 3 Standard will also forego a rear touchscreen, ambient interior lighting, ventilated front seats, premium leather upholstery, heated rear seats, and a power-adjustable steering column. Additionally, advanced driver-assistance features like standard Autosteer and traditional radio options have been excluded. These changes are designed to bring down the entry price, making Tesla ownership more accessible, but they represent a notable departure from the brand's usual emphasis on advanced technology and convenience.

In its quest to offer a more budget-friendly electric vehicle, Tesla has significantly streamlined the feature set of the Model 3 Standard. The most talked-about change is the switch to manual side mirrors, a highly unusual choice for a new car in today's market. This reflects a deep commitment to reducing manufacturing costs. Beyond this, the vehicle's interior sees further simplification with the elimination of the rear passenger display, sophisticated ambient lighting, front seat cooling, and luxurious leather trim. Rear passengers will also miss out on heated seats, and the driver will find a manually adjustable steering column instead of a powered one. The reduction extends to the car's technological capabilities, with the standard Autosteer feature and conventional FM/AM radio being absent. These exclusions are part of a broader initiative to offer the Model 3 Standard at a lower price point of $38,630, providing a more economical pathway to owning a Tesla, though it means a less equipped vehicle compared to its premium variants.

Performance and Battery Life Adjustments for the Entry-Level Model

The new Tesla Model 3 Standard not only sees a reduction in convenience features but also includes adjustments to its performance and battery specifications to achieve a lower price. This model is equipped with a 69.5 kilowatt-hour usable battery, which contributes to a reduced range of 321 miles compared to its more expensive counterparts. Furthermore, the Supercharging capability is limited to 225 kilowatts, impacting the speed at which the vehicle can recharge its battery. While these changes represent a compromise from higher-tier models, the Model 3 Standard still delivers a quick 0-60 mph acceleration time of 5.8 seconds. These modifications are a direct result of Tesla's strategy to create a more affordable entry point into its electric vehicle lineup, balancing performance and cost to attract a wider customer base.

To make the Model 3 more accessible financially, Tesla has implemented several performance and battery-related modifications for the Standard version. The vehicle's battery capacity has been adjusted to 69.5 kilowatt-hours, resulting in a driving range of 321 miles, a noticeable decrease from the Premium Rear-Wheel Drive model's 363 miles. Additionally, the maximum Supercharging speed for this variant is capped at 225 kilowatts, which means longer charging times compared to other Model 3 versions. Despite these trade-offs, the Model 3 Standard maintains a respectable level of performance, accelerating from 0 to 60 mph in 5.8 seconds. This acceleration is still quite rapid, even if it doesn't match the 4.9-second sprint of the Premium Rear-Wheel Drive model. These strategic alterations in battery capacity and charging speed are fundamental to achieving the Model 3 Standard's competitive price point of $38,630, making it an attractive option for those seeking a Tesla without the higher cost associated with more extensive features and enhanced performance metrics.

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