Electric Cars

When selecting a family vehicle, many consumers prioritize interior volume, often considering minivans for their unparalleled spaciousness. However, for those desiring robust performance beyond paved roads and a more dynamic aesthetic, midsize SUVs present a compelling alternative. For the 2027 model year, several models stand out for their exceptional practicality, capable of accommodating up to eight occupants, substantial cargo, or a combination of both, without compromising on style or capability.

Leading the pack in terms of overall roominess is the Honda Pilot, which received a notable update for 2026. This vehicle rivals full-size SUVs in length, contributing to an impressive 111.8 cubic feet of cargo space with the rear seats folded, and a still-generous 22.4 cubic feet when all rows are in use. The Pilot comfortably seats up to eight adults, making its third row genuinely usable for average-sized passengers. Additional features like optional captain's chairs in the second row, a removable middle seat, one-touch folding functionality for the second row, and a 60/40 split-folding third row enhance its versatility. Its smooth 285-horsepower V6 engine provides ample power for highway travel, complemented by a comfortable ride. While some rivals may offer flashier designs or better fuel economy, the Pilot's comprehensive utility and rugged appeal are difficult to surpass, with an estimated starting price of approximately $43,000 for 2027.

Close contenders in the midsize SUV segment for 2027 include the Toyota Grand Highlander, Chevrolet Traverse, and GMC Acadia. The Toyota Grand Highlander has quickly gained popularity, offering superior third-row legroom compared to the Pilot and ample cargo space. It provides flexible seating options and a range of powertrain choices, including two efficient hybrid variants, with the most economical achieving 36 mpg combined. Starting at an estimated $43,000, it presents a strong challenge to the Pilot. The Chevrolet Traverse and GMC Acadia, sharing a common platform, are also highly practical. The Traverse, slightly longer than its Japanese competitors, offers considerable passenger and cargo volume, featuring large storage compartments throughout the cabin. Both models are powered by a 328-horsepower turbo-four engine, and while it may lack some refinement, it doesn't detract from their utility as spacious family transporters. Estimated prices for 2027 start around $42,000 for the Traverse and $44,500 for the Acadia, with the Acadia Denali offering a more luxurious, albeit pricier, option. Other notable mentions include the Hyundai Palisade, offering premium features and efficient hybrid options, and the Kia Telluride, which boasts a spacious cabin and a strong warranty. The Volkswagen Atlas, refreshed for 2027, also provides a distinctive design and excellent space across all three rows, making it a competitive choice.

Ultimately, while many midsize SUVs serve as capable family vehicles, those highlighted above distinguish themselves with their exceptional interior space and adaptability. They offer ample room for both passengers and cargo, presenting a more capable alternative to minivans on varied terrains, without the cumbersome driving experience often associated with full-size SUVs. The Honda Pilot, in particular, stands out for its expansive cargo capacity, comfortable seating for all occupants, and straightforward design, excelling in fundamental family transport needs.

General Motors is revolutionizing vehicle maintenance with a new central computing system designed to minimize dealership visits for future Chevrolet Silverado owners. This innovative platform will facilitate more extensive over-the-air (OTA) software updates, streamlining the process and integrating software across GM's diverse vehicle lineup, which includes electric, hybrid, and internal combustion engine models. This strategic enhancement promises greater convenience for owners and improved vehicle performance, while acknowledging that traditional hardware-related services will still necessitate in-person attention.

Revolutionizing Vehicle Software Management

General Motors is implementing a transformative central computing system that will significantly alter how software updates are delivered to its vehicles, particularly the upcoming Chevrolet Silverado models. This advanced architecture aims to consolidate disparate software systems currently used across GM’s electric, hybrid, and internal combustion engine platforms into a unified framework. By doing so, the company can deploy more comprehensive over-the-air updates, reducing the frequency with which owners need to visit dealerships for software-related service. This initiative not only enhances customer convenience but also positions GM to introduce cutting-edge features more efficiently into its vehicles.

This initiative builds upon GM's existing OTA capabilities by expanding their reach and depth. Currently, various GM vehicles utilize separate software subsets, a challenge the new system seeks to overcome through unification. According to Jaclyn McQuaid, Senior Vice President of Vehicle Products at GM, this integrated approach will enable a broader range of vehicle systems to receive updates remotely. While physical repairs for components like airbags or windshields will still require dealership visits, the primary objective is to eliminate the need for in-person software installations, thereby saving owners valuable time and effort. This strategic shift underscores GM's commitment to leveraging digital technology to improve the ownership experience and accelerate the deployment of advanced automotive functionalities.

The Future of In-Vehicle Technology and Updates

General Motors' upcoming central compute system is poised to be the cornerstone for a new era of automotive technology, integrating advanced features and expanding the scope of over-the-air (OTA) updates. This system, which is planned for full implementation around 2028, will consolidate numerous modules into a single, powerful architecture. This consolidation is critical for enabling GM to deliver more profound and widespread OTA updates, going beyond current limitations to reach a greater number of vehicle systems. The architecture is being designed with significantly increased computational power, aiming for 40 times the capacity of present-day systems, which has been a long-term goal for the company since 2019.

Jaclyn McQuaid, GM's Senior Vice President of Vehicle Products, emphasized that this innovative computing system will serve as the foundation for future functionalities, including an AI-powered reboot of OnStar, LMR-powered electric vehicles, and sophisticated autonomous driving features. The system's ability to support a vast number of modules will dramatically expand what can be updated remotely, reducing the burden on vehicle owners and dealerships alike. This approach contrasts with brands that rely on multiple electronic control units, leading to a more fragmented system. By minimizing fragmentation and maximizing computational power, GM intends to deliver a more seamless, feature-rich, and easily maintainable vehicle experience, ensuring that cars remain up-to-date and perform optimally without frequent trips to service centers for software-related issues.