2026 Toyota Sequoia Capstone Review: Is a $90,000 SUV Worth the Space and Price?

Overview: A Luxury SUV with Mixed Results

The 2026 Toyota Sequoia Capstone delivers strong design elements and a high level of front-seat luxury, but its most notable feature is its wasted interior space. Despite its cavernous exterior proportions, the cabin feels cramped, and cargo capacity falls short of expectations. This continues a trend seen in the first and second generations of the Sequoia, which also struggled with impractical interior layouts.

Powertrain and Performance: Strong on Paper, But Heavy

The Sequoia Capstone is powered by Toyota’s i-Force hybrid system, which produces 437 horsepower and 583 lb-ft of torque. The truck runs on regular 87-octane fuel, a practical choice given today’s premium gas prices. Its 10-speed automatic transmission is smooth and capable, while the powertrain’s max tow capacity of nearly 9,000 pounds makes it a strong contender for heavy-duty tasks like towing boats, horse trailers, or UTVs.

However, the hybrid battery and solid rear axle consume valuable interior space, reducing practicality. The vehicle’s fuel economy is respectable for its size, with the 4×4 model achieving 19 mpg city, 22 mpg highway, and 20 mpg combined. The two-wheel-drive version improves slightly to 21 mpg city, 24 mpg highway, and 22 mpg combined.

Design and Dimensions: A Monster on the Road

The 2026 Sequoia is a three-row, body-on-frame SUV with a traditional truck-like structure. Its starting price is around $65,000, with the Capstone trim ringing up at $86,530 in the tested configuration. Despite its imposing presence, the Capstone sits surprisingly low to the ground, with a roofline height of approximately 75 inches.

The truck weighs a hefty 6,185 pounds—over three tons before passengers—making it a challenge to maneuver in tight spaces or small-town roads. While the exterior design is bold, the interior suffers from awkward proportions, with passengers feeling widely spaced yet still cramped.

Luxury and Practicality: A Compromise Too Far

The Sequoia Capstone’s luxury features place it in an awkward middle ground between high-end cars and traditional family SUVs. The cabin boasts premium materials and advanced tech, but the execution feels inconsistent. The massive size and inefficient use of space make it difficult to recommend as a daily driver for most families, despite its impressive towing and power capabilities.

Pros:

• Strong hybrid powertrain with 437 hp and 583 lb-ft of torque
• High towing capacity of nearly 9,000 pounds
• Runs on regular fuel, improving cost efficiency
• Respectable fuel economy for its class
• Available in 4×4 and two-wheel-drive configurations

Cons:

• Excessive size leads to wasted interior space and cramped feel
• Heavy weight (6,185 lbs) reduces maneuverability
• Hybrid battery and solid rear axle eat into cargo and passenger room
• Luxury features feel inconsistent and lack refinement
• High starting price of $65,000, with Capstone near $90,000

Verdict: Who Is the Sequoia Capstone For?

The 2026 Toyota Sequoia Capstone is best suited for families or individuals who need serious towing capacity and don’t mind the trade-offs in space and maneuverability. Its hybrid powertrain and robust performance make it a compelling option for those towing heavy loads, such as boats or horse trailers. However, for buyers prioritizing interior comfort, practicality, or a more refined luxury experience, the Sequoia Capstone may fall short despite its premium price tag.

"The Sequoia Capstone’s hybrid powertrain has great grunt, and the max tow capacity is nearly 9,000 pounds. That’s enough to pull two horses in a nice trailer; a job typically reserved for Super Duty-sized trucks."
— Andrew P. Collins

Final Thoughts

While the 2026 Toyota Sequoia Capstone delivers on power and capability, its bulky size, high price, and impractical interior make it a niche choice. Buyers should weigh the benefits of its towing capacity against the drawbacks of its design before investing in this $90,000-plus SUV.