Electric Cars

Citroën Electrifies Iconic 2CV with €15,000 Concept Car for 2028 Launch

Citroën has reimagined its iconic 2CV for the electric age, introducing a new concept vehicle that blends nostalgic design with modern sustainable technology. This electric iteration is set to hit the market in 2028, with an ambitious price target of approximately €15,000. The original 'Deux Chevaux' was a beloved fixture on European roads for decades, celebrated for its accessible pricing, comfortable ride, and quirky appearance. This new electric model aims to retain that essence, offering a compact, lightweight solution that seeks to make electric mobility affordable and charming, echoing its predecessor's role as a car for the masses.

The Rebirth of an Automotive Legend: Citroën's Electric 2CV Concept

In a move that harks back to its storied past, the French automotive manufacturer Citroën recently unveiled a striking electric concept car based on its legendary 2CV. This reveal, made in anticipation of the upcoming Paris Motor Show, signals the company's intention to launch a production version by 2028, aiming for a highly competitive price point of around €15,000. The original Citroën 2CV, fondly nicknamed 'Deux Chevaux' (meaning 'two horses' in French), dominated Europe's automotive landscape throughout the latter half of the 20th century. Renowned for its economical nature, surprising comfort, and unique design, it sold millions of units during its extensive production run, which concluded in 1990. Its distinctive features included a tall, rounded passenger cabin, prominent circular headlights, and innovative pop-up windows. One of its most legendary design philosophies was the ability to traverse a bumpy field in rural France with a basket of eggs without any breaking, a testament to its exceptionally soft suspension.

The new electric concept pays homage to the original's silhouette while incorporating modern design cues. It features a revised, less arched cockpit, a more upright and angular front hood, reduced wheel arches, and conventional roll-down windows, departing from some of the original's more eccentric elements. Despite these changes, the concept successfully evokes the nostalgic charm of its predecessor. Crucially, it retains several core characteristics: a large, roll-open fabric roof, a remarkably compact footprint (the new concept is even four inches shorter than the original), and a commitment to affordability. Citroën is aiming for a curb weight of approximately 1,000 kg (2,205 lbs), making it exceptionally light for an electric vehicle and even lighter than some contemporary gasoline-powered sports cars. While specific technical details, such as power output and battery capacity, remain under wraps, it is anticipated that the electric 2CV will offer more power than its forebear, which ranged from 9 to 29 horsepower, yet it won't be a speed demon. It is expected to slot into Citroën's lineup between the diminutive 8hp Ami and the more robust 113hp C3. The low wheel arches suggest a design more suited for paved roads than the rugged terrain the original 2CV was famous for, potentially indicating a focus on urban environments, though it could also reflect the improved road infrastructure in regions like France since the original's inception. Industry comparisons suggest a battery capacity around 30kWh, providing a range of approximately 250km (150 miles).

Inside, the concept showcases a minimalist yet endearing design. While some of the more vibrant and whimsical elements, such as hanging lights and the integrated picnic basket, might be toned down for production, the overarching theme is a spacious and uncluttered cabin prioritizing passenger comfort over excessive technological embellishments. Visible technology is limited to a small tablet-like screen on the steering column and a broad driver's display. A removable radio/speaker module adds a touch of versatility. The return of the "basket of eggs" design philosophy is subtly integrated, with the concept's door pockets even featuring cutouts to securely hold a half-dozen eggs, a playful nod to the original's iconic design brief, albeit with potentially less forgiving suspension travel.

The successful revival of the 2CV in an electric format represents a compelling effort by Citroën to blend automotive heritage with future-forward sustainability. If the company can maintain the core tenets of affordability and quirky charm while embracing electric propulsion, this new model has the potential to become an instant classic, much like its celebrated ancestor. It challenges designers and engineers to distill the essence of a beloved icon into a modern context, proving that a vehicle doesn't need to be high-tech or high-performance to be impactful. Instead, its true value lies in its accessibility, practicality, and enduring personality, offering a delightful and sustainable solution for everyday mobility.

Electric Heavy Equipment Proves Cost-Effective in Real-World Operations

This report highlights the profound financial advantages of adopting electric heavy machinery, drawing on real-world data from a three-year pilot program in Quebec. It emphasizes that while the initial investment might be higher, the operational savings, particularly in fuel costs, are substantial, thereby debunking common misconceptions about the practicality and cost-effectiveness of electric fleets. The findings present a compelling case for businesses to transition to more sustainable and economically sound electric alternatives.

Quebec Pilot Program Uncovers Major Savings with Electric Heavy Equipment

In a pioneering move towards sustainable industrial operations, Groupe Bellemare, a leading Canadian firm in abrasives and minerals, teamed up with the Institut du véhicule innovant (IVI) for a comprehensive three-year initiative. Launched in 2024, the 'Plug-In Fleet Heavy Equipment' program aimed to rigorously assess the performance and financial viability of battery-powered heavy machinery in actual job site conditions. The results, unveiled recently, offer compelling evidence of the electric fleet's superiority.

Bellemare's data indicates a dramatic reduction in operating expenses, with a mere $54,000 spent over approximately 15,000 hours for electricity, sourced sustainably from Hydro-Québec. This figure starkly contrasts with the estimated $423,000 that would have been incurred had diesel-powered counterparts been used for the same duration. This translates to an astounding 87% decrease in fuel costs, showcasing a powerful economic incentive for electrification.

These real-world outcomes effectively challenge the narratives put forth by certain financial publications, such as the Wall Street Journal, which have frequently questioned the competitive edge of electric machinery against traditional diesel models, even with escalating diesel prices. The success of the Quebec program, corroborated by similar findings from Transport Canada, underscores the significant financial benefits that can be realized through electric vehicle adoption in heavy industry.

Furthermore, an analysis comparing an electric eCascadia truck with a diesel equivalent demonstrated potential savings exceeding $160,000 over 200,000 kilometers. With the advent of more cost-effective and efficient electric vehicles like the Tesla Semi, which boasts enhanced range and faster charging capabilities at a lower price point, these savings are projected to climb even higher, potentially exceeding $300,000 per truck annually. Jason Lagacé, operations manager at Bellemare, remarked on the transformative impact, noting that the operational costs are "almost nil," a truly eye-opening revelation for the industry.

Bellemare currently deploys a fleet of electric wheel loaders and excavators from the Chinese manufacturer LiuGong and plans to continue expanding its electric heavy equipment division beyond the pilot program's conclusion in 2028.

The successful implementation of electric heavy equipment by Groupe Bellemare offers crucial insights for fleet managers globally. This initiative demonstrates that the transition to electric machinery is not merely an environmental choice but a financially astute one. The substantial savings in fuel and maintenance costs far outweigh the initial investment, providing a clear roadmap for other industries to follow. As technology advances and electric vehicles become more affordable and efficient, the economic rationale for electrification will only strengthen, making it an indispensable strategy for future-proofing operations and achieving long-term sustainability and profitability.

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Mitsubishi's Next-Gen Electric EVO: A Powerful Comeback

Mitsubishi's latest offering, the ASX VR-e, signals a bold entry into the electric performance vehicle market. This all-wheel-drive electric hot hatch, while manufactured by Foxconn's Foxtron brand in Taiwan, embodies the spirit of Mitsubishi's legendary Lancer EVO series. With its formidable power output and rapid acceleration, the ASX VR-e aims to redefine the perception of electric vehicles, blending high-performance capabilities with cutting-edge electric powertrain technology. This strategic move could revitalize Mitsubishi's presence in the global automotive landscape, appealing to enthusiasts looking for both speed and sustainability in a single package.

The ASX VR-e, with its impressive specifications, stands as a testament to the evolving capabilities of electric vehicles. Its introduction marks a significant step for Mitsubishi in embracing the electric future, offering a car that is not only environmentally conscious but also exhilarating to drive. This vehicle's performance metrics suggest a serious contender in the electric hot hatch segment, providing a compelling option for those who cherish the thrill of driving. By bridging its storied past with an innovative electric future, Mitsubishi is poised to capture the attention of a new generation of automotive enthusiasts.

The Rebirth of Performance: Mitsubishi's Electric Hot Hatch

Mitsubishi is re-entering the high-performance vehicle arena with its formidable electric hot hatch, the ASX VR-e. This vehicle represents a significant shift for the brand, which has, in recent years, focused on more utilitarian models in some markets. However, the ASX VR-e, boasting 459 horsepower and an astonishing 0-60 mph acceleration in just 3.9 seconds, signals a return to the exhilarating performance that once defined the Mitsubishi Lancer EVO. This new electric model is an all-wheel-drive powerhouse, promising a driving experience that rivals its legendary internal combustion predecessors. Its development in Taiwan by Foxconn’s Foxtron brand highlights a collaborative approach to innovation, leveraging advanced manufacturing capabilities to bring this vision to life.

The ASX VR-e's technical prowess is truly impressive, featuring a relatively compact yet potent 57.7 kWh lithium-ion battery that supplies power to twin electric motors. These motors collectively generate 459 hp (342 kW) and approximately 516 lb-ft (700 Nm) of torque, positioning it well above the most powerful combustion-engine Lancer EVO ever produced, the UK-exclusive Evo X FQ-440 MR, which had 440 hp and significantly less torque. While currently available in the Taiwanese and Australian markets, and offered in various configurations with differing performance and range, the high-performance version of the ASX VR-e is the one capturing enthusiasts' imaginations, embodying the ultimate successor to the rally-bred Lancer EVO lineage.

Innovative Manufacturing and Global Market Ambitions

Despite not being directly built by Mitsubishi, the ASX VR-e benefits from the advanced manufacturing expertise of Foxconn's Foxtron automotive brand in Taiwan. This collaboration underscores a modern approach to vehicle production, where specialized manufacturers contribute to bringing innovative designs to market. The partnership allows Mitsubishi to quickly adapt to the electric vehicle landscape, offering a product that meets contemporary demands for performance and sustainability. This strategic alliance reflects a broader industry trend where traditional automotive giants collaborate with tech companies to accelerate the transition to electric mobility, bringing fresh perspectives and efficiencies to vehicle development and production.

The manufacturing model of the ASX VR-e, akin to how other celebrated vehicles like the Mercedes-Benz G-Wagen are built by Magna Steyr, demonstrates that a car's identity and legacy can be preserved even when its production involves external specialists. This approach enables Mitsubishi to focus on design, engineering, and brand identity, while leveraging Foxtron’s robust manufacturing capabilities. The ASX VR-e's availability in international markets like Taiwan and Australia indicates Mitsubishi's global aspirations for this electric hot hatch, aiming to rekindle its performance heritage on a worldwide scale and attract a new generation of electric vehicle enthusiasts.

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