Electric Cars

The Honda Ridgeline, a vehicle often subject to scrutiny for its deviation from conventional truck design, was intentionally conceived as a unique offering, according to Don Herner, the retired exterior design lead at Honda. Its journey began in the early 2000s, not as a formally commissioned project, but as a passion-driven sketching endeavor within Honda's design studio. This independent genesis profoundly influenced its unconventional construction, leading to a pickup that prioritized passenger comfort and versatility over traditional ruggedness. Herner's account provides a clear explanation for why the Ridgeline, introduced for the 2006 model year, has consistently faced the 'fake truck' label from enthusiasts of body-on-frame vehicles. The underlying philosophy was to create something distinct, deliberately steering away from established pickup truck norms.

Internally, Honda referred to the nascent Ridgeline project as the "Advanced Capabilities Vehicle," a nomenclature that distinctly highlighted its core objective: to deliver the expansive interior volume characteristic of an SUV. Herner emphasized that the design directive was explicit in this regard. Compared to its contemporaries like the Toyota Tacoma and various Ford trucks, the Ridgeline was engineered to offer superior legroom and cabin spaciousness, thereby setting a new benchmark for comfort within the pickup segment. This commitment to interior design was so profound that Honda executives reportedly finalized the internal packaging before even settling on the exterior sheet metal, a methodology more akin to crossover development than traditional truck manufacturing. The Ridgeline's foundation was a significantly modified unibody platform, shared with the Honda Odyssey minivan, underscoring its car-like origins.

Furthermore, the Ridgeline represented Honda's largest production vehicle at the time, necessitating adjustments to the assembly line to accommodate its dimensions. This scale and the project's unique vision even led to explorations of a co-branding initiative with Nike's All Condition Gear, although this partnership never materialized. The interplay between design aspirations and engineering realities also shaped key vehicle characteristics. Herner's team initially envisioned the Ridgeline with robust 32 to 35-inch wheels and tires to project a rugged image. However, Honda's engineers intervened, opting for smaller wheels to optimize torque delivery from the 3.5-liter V6 engine, which produced 255 horsepower and 252 pound-feet of torque via a five-speed automatic transmission. This decision was driven by the recognition that Honda's transmissions at the time were not designed for the stresses imposed by excessively large wheel and tire setups.

The cargo bed's design also reflected a balance of innovation and practicality. Constructed from a steel-reinforced composite, its published maximum payload of 1,100 pounds drew criticism from those who viewed it as insufficient for a 'serious' truck. Yet, Herner maintained that the bed was exceptionally durable, capable of handling loads beyond its official rating through advanced computer-aided engineering. This first-generation bed also incorporated features that were groundbreaking for its time, including a dual-action tailgate, secure under-bed storage, and versatile fold-up rear seats within the cab. These innovations contributed to a total payload capacity of approximately 1,500 pounds and a towing capacity of up to 5,000 pounds, meeting the practical needs of many midsize truck owners. Honda has since retained the unibody architecture and many of these utility-focused elements in subsequent generations, while updating the exterior to align more closely with conventional pickup aesthetics. The development of a third-generation Ridgeline is confirmed, signaling Honda's ongoing commitment to this distinctive segment, with production of the current model slated to pause in late 2026.

McLaren has recently confirmed the designation for its next-generation supercar: the McL 820. This highly anticipated vehicle will take the place of the 750S, which is scheduled to conclude its production run in the coming year. While comprehensive specifications remain under wraps, the automaker has indicated that the "820" in its name signifies an impressive output of 820 metric horsepower, translating to 809 mechanical horsepower, a significant increase over its predecessor.

The introduction of the McL 820 also marks a new era for McLaren's naming strategy. The 'McL' prefix will become a standard for its production cars, a shift first hinted at with the McL 6GT showcased at this year's Monterey Car Week. The name itself was subtly previewed on a large kiwi sculpture, adorned with camouflage featuring the "McL 820" logo, displayed in central London. This artistic choice pays homage to McLaren's founder, Bruce McLaren, who hailed from New Zealand and historically incorporated the kiwi into his racing team's emblem.

As excitement builds, enthusiasts eagerly await further revelations regarding the McL 820. McLaren has pledged to release more information throughout the next year, with the vehicle poised for its official debut and market launch in 2027. This successor promises to deliver enhanced performance and a fresh brand identity, continuing McLaren's legacy of innovation and speed on both roads and racetracks.

The automotive industry is constantly pushing the boundaries of engineering and design, and McLaren's latest unveiling is a testament to this relentless pursuit of excellence. The development of the McL 820 not only showcases technological advancements but also inspires a sense of optimism for the future of high-performance vehicles, demonstrating that dedication and innovation can lead to exhilarating new achievements.