Cars

2026 Jeep Cherokee Overland: A Hybrid SUV Review

The 2026 Jeep Cherokee Overland marks a new chapter for the venerable nameplate, venturing into the hybrid compact SUV segment with a redesigned exterior and a focus on fuel economy. This iteration distinguishes itself with a more angular, substantial aesthetic, departing from the smoother lines of its predecessor. Inside, the vehicle offers ample space, particularly for rear passengers and cargo, making it a practical choice for various needs. However, the initial foray into a hybrid powertrain by Stellantis, while commendably fuel-efficient, reveals some areas for refinement, notably in overall performance and driving dynamics, as well as certain interior design choices that impact user experience.

The updated Jeep Cherokee features a distinctive, squared-off design that imparts a robust and serious presence on the road. This design philosophy not only enhances its visual appeal but also contributes to practical aspects such as interior packaging. Occupants benefit from generous cabin space, and accessing the rear seats is straightforward. The cargo area behind the second row provides 34 cubic feet of storage, a notable improvement over some competitors, although slightly less than others in its class. Folding down the rear seats expands this capacity to a significant 68 cubic feet, offering versatile hauling capabilities.

Despite the exterior's refreshed appeal, the interior materials in the upscale Overland and Limited trims were found to be somewhat uninspiring, a common observation across many compact SUVs, with a few exceptions like the Mazda CX-50 and high-end Volkswagen Tiguan. While most controls are intuitive, the newly designed octagonal steering wheel poses a significant ergonomic issue. Its unusual shape and excessive thickness make it awkward to hold and, more critically, obstruct the driver's view of essential infotainment screen elements, including the volume control and seat/steering wheel heating functions.

Under the hood, the 2026 Cherokee Overland features its pioneering hybrid system: a turbocharged 1.6-liter four-cylinder engine paired with two electric motors. This combination delivers a total of 210 horsepower and 230 pound-feet of torque, distributed to all four wheels via an electronically controlled continuously variable transmission. While specific off-road enhancements like a two-speed transfer case and electronic locking rear differential are reserved for the upcoming Trailhawk model, the current setup is adequate for typical on-road driving conditions. This powertrain represents Stellantis's initial hybrid offering in the U.S. market, aiming for a balance between power and efficiency.

The vehicle's fuel economy is a standout feature, with EPA estimates of 39 mpg in the city and 35 mpg on the highway. These figures are competitive with the Honda CR-V Hybrid but trail the Toyota RAV4 Hybrid's impressive 46 mpg city and 39 mpg highway. Nevertheless, this makes the 2026 Cherokee the most fuel-efficient Jeep to date. However, the hybrid powertrain isn't without its quirks. The transition between gasoline and electric power is smooth, but the 1.6-liter engine tends to be noisy under acceleration. Furthermore, in stop-and-go traffic, a subtle shudder during throttle engagement and disengagement can become bothersome, hinting at the system's inaugural-generation nature.

Performance-wise, the hybrid powertrain feels less potent in higher-speed driving scenarios. Merging onto highways or overtaking other vehicles requires patience, as evidenced by its 0-60 mph acceleration time of 8.5 seconds and a 5-60 mph rolling start time of 9.3 seconds. These numbers place it at the slower end of the compact SUV segment, comparable to the Subaru Forester Hybrid and notably behind competitors like the Honda CR-V Hybrid (7.1 seconds from 0-60 mph) and the Toyota RAV4 Hybrid (7.1 seconds from 0-60 mph). A significant factor contributing to this performance deficit is the Cherokee's curb weight, which at 4403 pounds, is substantially heavier than its rivals, impacting its overall agility and acceleration capabilities.

Initial impressions of the Cherokee's ride comfort were favorable during testing on smoother California roads. However, when navigating the more challenging and uneven urban landscapes of the New York metropolitan area and Michigan, the chassis tuning revealed some limitations. The vehicle exhibited considerable body motion over bumpy surfaces, feeling both softly sprung and inadequately damped. This characteristic leads to a less composed ride, and despite the soft suspension, the cabin does not effectively isolate occupants from road imperfections, compromising overall comfort in less-than-ideal driving conditions.

The 2026 Jeep Cherokee establishes a presence in the crucial compact SUV market, offering appealing fuel economy for brand enthusiasts. However, its current iteration, while boasting a bold new design and spacious interior, faces challenges in powertrain refinement, acceleration, and ride quality compared to segment leaders. The pioneering hybrid system, while efficient, still requires further development to match the seamless performance of more established rivals. Overall, the latest Cherokee is a commendable effort for Jeep, but it has not yet surpassed the legendary status of the beloved XJ generation in the Cherokee lineage.

The Smart #2: A Compact Electric Car Reimagines Urban Mobility

The Smart #2 has made its grand entrance, presenting a compelling vision for urban transportation in an era dominated by large vehicles. This electric two-seater is a tribute to the original Smart's ethos, offering a compact and agile solution perfectly suited for bustling city environments.

Reinventing Urban Travel: The Smart #2's Vision

A Return to Compact Roots: Smart #2's Design Philosophy

In a world where automobiles are constantly increasing in size and weight, the introduction of the Smart #2 at the 2026 Paris Motor Show marks a significant shift. This electric two-seater revives the essence of the original Smart, emphasizing compactness and efficiency over bulk. It stands as a refreshing alternative to the prevailing trend of oversized SUVs, offering a vehicle genuinely designed for urban living.

Engineered for the City: Dimensions and Maneuverability

Thirty years after its initial concept, Smart is re-embracing its founding principles. The Smart #2 measures a mere 2,746 millimeters (108.1 inches) in length, making it an exceptionally small electric car. Its design prioritizes navigating congested city streets and tight parking spaces. Even the more luxurious Couture Edition, at 2,764 mm (108.8 inches), remains remarkably compact. The vehicle's impressive 6.95-meter (22.8 feet) turning circle ensures effortless maneuvering in urban environments, alleviating the common frustrations associated with larger vehicles in tight spots.

Familiar Aesthetics, Innovative Core: Design and Platform

Designed by Mercedes, the Smart #2 maintains a distinctive two-tone exterior and the iconic split tailgate, reminiscent of its predecessors. The vehicle incorporates an enhanced Tridion safety cell, now known as the Tridion Cell Evo, ensuring modern safety standards are met within its compact frame. At its heart lies an entirely new Electric Compact Architecture (ECA) platform, developed specifically for the #2. Power is delivered by a rear-mounted electric motor generating 80 horsepower and 130 Newton-meters (96 pound-feet) of torque, channeled to the rear wheels via a single-speed transmission. This setup allows for an 11.6-second acceleration to 62 mph (100 km/h) and a top speed of 87 mph (140 km/h), figures perfectly adequate for urban commuting.

Lightweight Efficiency and Advanced Battery Technology

Performance in the Smart #2 is not about raw speed but rather efficiency and practicality. Weighing in at a mere 1,140 kilograms (2,513 pounds), it is exceptionally light for an electric vehicle. A five-link rear suspension, a first for its segment, contributes to improved handling, while the low-mounted 35.8-kWh lithium iron phosphate (LFP) battery ensures a low center of gravity. This battery provides a WLTP range of up to 180 miles (290 kilometers) with an energy consumption rate of 13.6 kWh/100 km (3.0 mi/kWh). Fast charging capabilities allow for a 10 to 80 percent charge in just 20 minutes with 65 kW DC charging, while AC charging takes three hours with an 11-kW setup (the entry-level Pure model uses a 7.4-kW onboard charger). Additionally, the Smart #2 supports vehicle-to-load functionality, allowing it to power external devices, adding a layer of utility for city life.

Thoughtful Interior Design and Comprehensive Safety Features

Despite its small exterior, the Smart #2's interior is thoughtfully designed to blend compactness with modern comfort. It features a 10.1-inch central touchscreen, an 8.8-inch driver display, and a unique dashboard-mounted Smart Pillar for accessory attachment. All models come with bench-style seating and an open, airy cockpit. Cargo space is surprisingly generous, with 305 liters (10.8 cubic feet) in the trunk, expandable to 527 liters (18.6 cubic feet), and a convenient split tailgate with independently opening glass. Safety is also a priority, with seven airbags and advanced driver-assistance systems including adaptive cruise control with Stop & Go, lane-keeping assistance, blind-spot detection, traffic-sign recognition, highway assistance, and parking sensors with a rear camera. The European lineup includes Pure, Pure+, and Premium versions, alongside a limited Couture Edition with exclusive features like heated seats, a glass roof, 16-inch gold-accented wheels, 256-color ambient lighting, a Sennheiser sound system, and a unique numbered badge.

The Future of Urban Commuting: Small Car, Big Impact

The Smart #2 challenges the automotive industry's current focus on larger vehicles, offering a compelling argument for the efficacy of small cars in urban environments. It addresses critical issues such as city congestion and limited parking, demonstrating that a car doesn't need to be massive to be highly functional. While it may not replace an SUV for family needs or long-distance travel, it excels as an urban electric vehicle, reaffirming the vital role of compact cars in a world increasingly burdened by size. Built in China as part of a joint venture between Mercedes and Geely, the Smart #2 is set to launch in Europe in the first half of next year, with pre-orders starting at just under €20,000, signaling a promising future for compact electric mobility.

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DS Automobiles Unveils Revolutionary F3VER Concept Car

DS Automobiles, the luxury French marque under the Stellantis umbrella, is reasserting its presence with the introduction of the F3VER concept car. This avant-garde design study, revealed in anticipation of the 2026 Paris Motor Show, offers a glimpse into the brand's forthcoming design philosophy, showcasing its ambition to carve out a distinct identity in the competitive premium automotive sector.

The F3VER concept is more than just a styling exercise; it embodies a holistic vision for the brand's future, focusing on bold aesthetics, extensive personalization options, and practical everyday utility. With its compact dimensions of 4.19 meters in length, 1.84 meters in width, and 1.46 meters in height, the F3VER projects an assertive stance. Its striking exterior features include a prominent vertical central element with the DS emblem, complemented by futuristic Y-shaped lighting at the front and a multidimensional illuminated tunnel effect at the rear. The vehicle's exclusive Cosmic Blue paint, which subtly shifts between vivid blue and deep violet, along with customizable roof trim and champagne-accented wheels, highlights the brand's dedication to unique detailing and personalization. The F3VER also pioneers 'Design Intelligence,' an approach that simplifies construction, reduces weight, and improves aerodynamics by integrating components, such as lighting assemblies and one-piece bumpers, to create cleaner surfaces.

Despite its dramatic appearance, the F3VER is engineered with practicality in mind, offering a spacious cabin thanks to its 2.70-meter wheelbase and a substantial 400-liter trunk capacity. DS aims for this concept to deliver urban agility combined with comfort and versatility for longer journeys, though specific details regarding its powertrain, battery capacity, or estimated driving range have yet to be disclosed. The F3VER stands as a definitive statement of intent from DS Automobiles, signaling a commitment to a unique design path characterized by distinctive lighting, extensive customization, and efficient packaging, all designed to challenge conventional automotive trends and re-establish the brand's relevance in the minds of future car buyers.

The automotive industry continually seeks innovation and distinction, and DS Automobiles' F3VER concept exemplifies this pursuit. By focusing on unique design language, advanced customization, and smart engineering, DS is not just creating a car; it's crafting an experience. This forward-thinking approach inspires us to embrace creativity and push boundaries in all aspects of life, reminding us that true progress often comes from daring to be different and offering solutions that are both beautiful and functional. The F3VER is a testament to the power of vision and the exciting possibilities that emerge when ingenuity is combined with a clear purpose.

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