Cars

Audi's New RS5 Avant: Less Practical Than Expected

The new Audi RS5 Avant, a plug-in hybrid, emerges as a stylish and technologically advanced vehicle, yet it presents unexpected compromises in terms of everyday utility. Despite being larger than the previous RS4 Avant, its cargo capacity is notably reduced, primarily due to the integrated battery system. This design choice highlights a common challenge in hybrid vehicle development: balancing electric power with traditional functional expectations.

A key factor limiting the RS5 Avant's practicality is its rear-mounted battery pack. This innovative hybrid system, which offers an electric range of up to 54 miles, necessitates a smaller luggage area. With the rear seats upright, the new model offers only 12.7 cubic feet of storage, a significant decrease compared to the older RS4 Avant's 17.5 cubic feet. Even with the rear seats folded down, the space available is still less than that of its predecessor and other, smaller Audi vehicles, illustrating the direct impact of electrification on storage solutions.

Furthermore, the RS5 Avant is physically larger, measuring 4.5 inches longer and 3.4 inches wider than the last V6-only RS4 Avant. This increase in dimensions, however, does not translate to greater cargo volume, underscoring the trade-offs involved in its plug-in hybrid architecture. The vehicle's 25.9 kWh battery, with a usable capacity of 22 kWh, directly influences this reduced space, a design characteristic likely to be seen in future electrified models like the upcoming RS6 Avant.

The automotive industry is in a transformative era, where advancements in technology like plug-in hybrid systems are crucial for environmental sustainability. While these innovations may sometimes lead to unexpected changes in vehicle practicality, they also push the boundaries of performance and design. It reflects a commitment to progress, continuously seeking innovative solutions that balance power, efficiency, and evolving consumer needs.

BMW M Division CEO Foresees the End of Manual Transmissions

The chief executive of BMW's high-performance M division, Frank van Meel, recently expressed concerns regarding the longevity of manual transmissions within their vehicle lineup. He conveyed to an Australian automotive publication that the economic rationale for continuing to offer these gearboxes is progressively weakening. Van Meel highlighted that, in the coming years, the presence of manual transmissions in BMW's performance models is likely to diminish, attributing this trend to the evolving demands of modern engineering and market dynamics.

A significant challenge lies in the escalating power output of contemporary performance vehicles. As engines become more potent, the transmissions responsible for channeling this power to the wheels face increased strain. BMW's current six-speed manual transmission, for instance, is limited to handling approximately 440 pound-feet of torque. This constraint restricts its integration into a broader range of high-performance models. Developing new manual transmissions capable of accommodating greater torque figures would necessitate substantial investment, a proposition that suppliers are increasingly reluctant to undertake given the niche market for such components.

Despite these commercial and engineering obstacles, Van Meel affirmed that BMW has no immediate plans to completely discontinue manual transmissions. The company recognizes the passionate appeal these gearboxes hold for a segment of its customer base. Therefore, BMW intends to continue offering manual options for as long as it remains feasible, balancing the emotional connection with driving enthusiasts against the practicalities of future automotive development. This commitment reflects a nuanced approach to product planning, acknowledging both market realities and brand heritage.

The automotive industry is in a perpetual state of transformation, driven by innovation and evolving consumer preferences. While the shift towards advanced automatic and electric powertrains is undeniable, the enduring passion for traditional driving experiences, such as those offered by manual transmissions, underscores the importance of honoring heritage while embracing progress. This delicate balance ensures that the spirit of driving enjoyment, in its various forms, continues to thrive for generations to come.

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Nissan Recalls Over 300,000 Rogue SUVs Due to Throttle Body Issues

Nissan has announced a major recall campaign affecting hundreds of thousands of its Rogue SUV models from the 2024 and 2025 production years. This extensive action, encompassing 318,781 vehicles, targets a critical flaw in the electronic throttle body system. The primary concern lies with the gears within the electronic throttle chamber (ETC), which are prone to fracturing.

The underlying cause of this problem is a diagnostic routine activated during vehicle startup. This routine, designed to test the ETC, inadvertently exerts pressure on the internal gears, causing them to rotate against a fixed stopper. Over time, the repeated stress from this operation, coupled with specific software in the Engine Control Module (ECM), can weaken or break these gears. A fractured gear could severely compromise the vehicle's ability to move, as it might prevent the engine from delivering power for forward or reverse motion. Nissan has acknowledged over 3,000 warranty claims related to this issue, though thankfully, no accidents or injuries have been reported. Nissan dealerships will address the defect by reprogramming the ECM and conducting a thorough inspection of the ETC for any necessary replacements. Owners of affected vehicles can expect to receive official notification letters by March 27, 2026, detailing the steps for repair.

This proactive measure by Nissan underscores the importance of vehicle safety and manufacturer accountability. Recalls, while inconvenient, are crucial for maintaining public trust and ensuring that vehicles on the road meet rigorous safety standards. It highlights the ongoing need for vigilance in automotive design and manufacturing, as even minor component flaws can have significant implications for vehicle performance and driver safety.

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