Electric Cars

Toyota has introduced an exciting TRD Performance package for its popular Sequoia and Tundra vehicles, promising a significant boost in power and an enhanced driving experience. This comprehensive upgrade targets the twin-turbo 3.4-liter V-6 engine, offering increased horsepower through a combination of upgraded air filters, a modified exhaust system, and a recalibrated engine tune. Initial tests indicate substantial improvements in acceleration, all while maintaining the vehicle's acoustic comfort and fuel efficiency. This innovative package is set to redefine the performance benchmarks for these robust Toyota models.

New TRD Performance Package Elevates Toyota Sequoia's Capabilities

Toyota has recently unveiled a new TRD Performance package, available for both the Tundra ($2999) and Sequoia ($2299), designed to significantly enhance the power output of their twin-turbo 3.4-liter V-6 engine. This performance upgrade, which became quietly available after its announcement at the 2023 SEMA show, includes a new center exhaust pipe (Tundras receive a cat-back exhaust), TRD conical air filters, and a sophisticated engine tune.

For the hybrid-only Sequoia, this package elevates horsepower from 389 to an impressive 421 at 5200 rpm, while the Tundra sees a gain of 29–32 horsepower. Although the peak torque remains at 479 pound-feet, it is now achieved 400 rpm earlier, at 2000 rpm, translating to a more immediate power delivery. The total combined output for the Sequoia now reaches 466 hp and 583 pound-feet of torque. Vehicles equipped with this package are easily identifiable by a distinctive TRD Performance badge on the rear and a fuel flap sticker indicating the requirement for 91-octane-plus gasoline.

Recent testing of a Sequoia Capstone model equipped with the TRD Performance package, riding on 22-inch wheels and Bridgestone tires, demonstrated a curb weight of 6179 pounds. This figure is remarkably close to a previous Sequoia test model, ensuring a fair comparison. The additional horsepower translated into tangible performance gains, with the quarter-mile time improving by 0.2 seconds to 14.1 seconds at 98 mph. The 0-60 mph acceleration also saw a tenth-of-a-second improvement, achieving 5.5 seconds, and the rolling-start 5–60 mph acceleration was quicker by 0.4 seconds, reaching 5.9 seconds. Furthermore, the 50–70 mph passing time improved significantly from 4.3 to 3.9 seconds, underscoring the effectiveness of the power upgrade.

Despite these notable performance enhancements, the driving experience largely retains its familiar characteristics. The 3.4-liter V-6 engine continues to deliver its characteristic electronically enhanced low rumble and turbo blow-off sounds, with interior noise levels remaining consistent at 75 decibels at wide-open throttle and a hushed 66 decibels (21 sones) during a 70 mph cruise. Interestingly, the TRD Performance package does not alter the Sequoia's 20-mpg EPA combined fuel-economy rating, with observed averages remaining at 16 mpg in typical aggressive driving conditions.

The introduction of the TRD Performance package for the Toyota Sequoia and Tundra represents a compelling evolution for these vehicles. It demonstrates Toyota's commitment to delivering enhanced driving dynamics and performance to its customers, without compromising on other critical aspects such as fuel efficiency or interior comfort. This package offers a valuable option for enthusiasts seeking a more exhilarating and responsive experience from their full-size SUV or truck.

For car buyers prioritizing cost-effectiveness, three specific electric hatchback models stand out as exceptional choices in the used car market. While their modest dimensions and restricted driving ranges might not suit everyone, these vehicles, including the Nissan Leaf, Mitsubishi i-MiEV, and Chevrolet Spark EV, prove ideal for individuals with short daily commutes or those seeking an economical option for urban travel. Remarkably, many of these models can be acquired for less than $10,000, boasting minimal mileage and clear ownership records, making them an attractive proposition for the budget-conscious consumer.

Among the featured vehicles, the 2011–2017 Nissan Leaf pioneered the mass-market electric vehicle segment in the United States. Initially offering a 73-mile range, later versions, particularly from 2016 onwards, saw improvements, extending to 107 miles with larger battery packs. The Mitsubishi i-MiEV, produced from 2012–2017, presents a more idiosyncratic option. Despite its unique design, derived from a Japanese kei car and modified for U.S. safety standards, its 62-mile range positions it as a quirky yet affordable used EV choice. Lastly, the 2014–2016 Chevrolet Spark EV, though initially sold in limited states, has become more widely available. With an 82-mile range and surprising driving dynamics due to its torque-rich motor and lightweight construction, it offers an engaging experience, albeit with a suggestion to consider a used Chevrolet Bolt for those able to invest slightly more for significantly extended range.

When venturing into the used electric vehicle market, it's crucial to adopt a meticulous approach to ensure a sound investment. Prospective buyers should always arrange for a pre-purchase inspection by a qualified mechanic to uncover any hidden issues. Obtaining a comprehensive vehicle history report is equally important to verify mileage consistency and to check for any significant accident history. Furthermore, for electric vehicles specifically, a battery health report from services like Recurrent can provide invaluable insights into the high-voltage battery's condition, which is a critical component influencing an EV's longevity and performance. Paying attention to interior wear and tear can also offer clues about the previous owner's maintenance habits, aiding in negotiations and potentially avoiding future problems.

Embracing electric vehicles, particularly used models, represents a forward-thinking step towards sustainable transportation and personal financial prudence. The journey of discovering an affordable EV opens up new possibilities for environmental stewardship and smart budgeting. By diligently researching and inspecting these vehicles, buyers can make informed decisions that benefit both their wallets and the planet, proving that accessible innovation and responsibility can go hand in hand.