Electric Cars

Toyota's top-selling crossover, the RAV4, is set to become both more rugged and more expensive for its 2027 model year. The company confirmed its pricing and specifications on November 5th, with a standout improvement being the Woodland trim's newly upgraded suspension system.

2027 Toyota RAV4: Enhanced Woodland Trim and Price Adjustments

Every prospective buyer of the 2027 RAV4 will encounter a higher price point compared to the previous year, a change that extends to both hybrid and plug-in hybrid versions. However, the Woodland variant notably justifies its increased cost with compelling new features. It now boasts elevated ground clearance, revised suspension components, and a robust tow hitch, catering specifically to enthusiasts who venture beyond paved roads.

The hybrid RAV4's starting price for 2027 is $33,895, which includes a $1,595 destination charge, marking a $400 increase from last year's initial cost before fees. The plug-in hybrid model begins at $43,695, also inclusive of destination fees, reflecting a $600 rise in its entry-level price. It's worth noting that the destination charge itself increased by $145 from 2026, meaning the actual price hike for the base hybrid is closer to $545 when factoring in delivery. The Woodland hybrid, with its new off-road enhancements, carries a Manufacturer's Suggested Retail Price (MSRP) of $40,655, including destination charges.

Furthermore, the all-wheel-drive option on front-wheel-drive hybrid trims has seen its price climb to $1,600, an increase from $1,400 in 2026. This is an important consideration for consumers comparing the 2027 RAV4 against its predecessors.

Toyota has indicated that the standard hybrid models will arrive at dealerships before the close of 2026, while the updated plug-in hybrids are slated for an early 2027 release. This staggered launch timeline is consistent with previous years, implying that buyers interested in the Woodland PHEV's enhanced suspension will experience a slightly longer wait than those opting for the regular hybrid.

Woodland Trim's Off-Road Enhancements

The Woodland edition's ground clearance has been significantly improved, reaching an impressive 9.1 inches. This represents an increase from the 8.1 inches found on other RAV4 grades (excluding the GR Sport), thanks to specially modified springs, shock absorbers, and jounce bumpers. This additional inch of clearance places the compact crossover in a similar league to the lifted Grand Highlander Woodland, appealing to families seeking greater capability off-road.

Beyond suspension upgrades, the Woodland trim incorporates a more aggressive front bumper, a truck-inspired grille, 18-inch wheels fitted with all-terrain tires, Rigid Industries LED fog lights, and an integrated tow hitch. While these additions won't transform the RAV4 into a dedicated rock-crawling machine, they undoubtedly elevate its off-road prowess beyond mere aesthetic alterations.

All-wheel-drive models across the entire lineup will also benefit from Toyota's new Multi-Terrain Select system, which replaces the previous Trail mode. This system builds upon the RAV4's recently introduced drive mode selector, consolidating controls and integrating the Snow mode into the same cluster of buttons for enhanced user convenience.

However, these capability gains come with a minor trade-off in fuel efficiency for the PHEV variant. The Woodland plug-in hybrid is rated at 37 miles per gallon combined, with an electric range of 46 miles. This is a slight decrease from last year's 49-mile figure. In contrast, the SE PHEV maintains its lead with a 52-mile electric range, attributed to its lighter, less off-road-oriented configuration.

This strategic move by Toyota reflects a growing market demand for crossovers that blend everyday practicality with enhanced off-road capabilities. While the price increase is a factor, the significant upgrades to the Woodland trim offer a compelling proposition for adventurous consumers. It highlights Toyota's commitment to diversifying its popular RAV4 lineup and catering to a broader spectrum of driving preferences, ensuring its continued reign as a top-seller.

The automotive industry has witnessed a monumental shift as BYD's luxury division, Yangwang, has successfully pushed the boundaries of speed with its U9 Xtreme hypercar. This electric marvel achieved an unprecedented 312 mph (503.17 km/h) in Abu Dhabi, a speed that has been officially verified by the Fédération Internationale de l'Automobile (FIA). This accomplishment not only shatters previous records but also establishes the U9 Xtreme as the first production vehicle to exceed the 500 km/h mark, setting a new benchmark for high-performance automobiles globally. The vehicle's remarkable performance was also recognized by Guinness World Records for the highest speed attained by a production car and an electric production car in a single directional attempt.

Unprecedented Speed on Public Roads

The groundbreaking speed trial took place on November 1st along a specially prepared section of Sheikh Khalifa Bin Zayed International Road (E11) in Abu Dhabi's Al Dhafra region. This location choice deviated from the typical closed proving grounds, adding a layer of logistical complexity, including meticulous road preparation to ensure safety at such extreme velocities. The U9 Xtreme was piloted by German racing driver Marc Basseng, who also set the previous record of 308.34 mph (496.22 km/h) in Germany. This record-breaking run was the culmination of two days of intense engineering adjustments, including optimizing battery and motor temperatures, fine-tuning aerodynamics, and adjusting suspension settings and tire pressures. The team's dedication led to the precise configuration needed to achieve the 312 mph target on the second day of attempts.

The Yangwang U9 Xtreme's record-setting run in Abu Dhabi signifies a monumental leap in automotive engineering, particularly for electric vehicles. Achieving 312 mph on a public road, albeit a closed section, underscores the vehicle's exceptional capabilities and the meticulous planning involved. The event required extensive coordination with local authorities to secure a 6.2-mile stretch of the E11, including a 4.3-mile straightaway. Preparing this segment of road, located near the desert and frequently used by everyday traffic, was a significant undertaking. Crews had to thoroughly sweep and inspect the surface to eliminate even the smallest debris, which could have catastrophic consequences at such high speeds. This attention to detail highlights the extreme conditions and precision required for such a high-stakes attempt.

Engineering Marvel: Power, Tires, and Track Performance

The U9 Xtreme is a testament to advanced automotive engineering, boasting four independently controlled electric motors that collectively produce an astonishing 2,977 horsepower, more than double the standard Yangwang U9's output. This immense power is crucial for achieving its record-breaking speeds. Beyond raw power, the vehicle's success heavily relies on specialized tire technology developed in collaboration with Giti Tire. These semi-slick tires are designed to withstand extreme forces, with a reinforced wheel-rim interface to prevent slippage during rapid acceleration and braking. The U9 Xtreme's capabilities extend beyond straight-line speed; it also holds the record for the fastest production electric vehicle at the Nürburgring Nordschleife, completing the circuit in an impressive 6 minutes and 59.157 seconds. This dual achievement of top speed and track prowess highlights the hypercar's comprehensive performance engineering.

The engineering behind the U9 Xtreme showcases a holistic approach to hypercar design, where every component is optimized for extreme performance. The vehicle's powertrain, with its nearly 3,000 horsepower, is a marvel of electric motor technology, providing instant and overwhelming thrust. However, power alone is insufficient for such speeds without corresponding advancements in other areas. The bespoke Giti tires are a critical innovation, designed to maintain integrity and grip under G-forces typically associated with aerospace applications. The meticulous development of the tire compound and construction, along with the specialized wheel interface, ensures maximum power transfer and stability. Furthermore, the U9 Xtreme's ability to conquer the Nürburgring Nordschleife, one of the world's most demanding race tracks, in under seven minutes demonstrates a finely tuned chassis, advanced aerodynamics, and precise handling characteristics. This blend of attributes confirms the U9 Xtreme as a truly versatile and groundbreaking hypercar, capable of both record-breaking straight-line speed and exceptional circuit performance.