Performance Advantages

(1) Advanced Hybrid Powertrain

At the heart of the Highlander lies a sophisticated hybrid system that pairs a 2.5L inline 4 - cylinder A25D engine with dual permanent - magnet synchronous motors. The engine, displacing 2487 ml with a compression ratio of 14, generates 139 kW (189 hp) of power and 236 N·m of torque. It features VVT - iE (Variable Valve Timing - intelligent Electric), a double overhead camshaft (DOHC) valve structure, and combined injection fuel supply method. The front motor contributes 134 kW of power and 270 N·m of torque, while the rear motor adds 40 kW of power and 121 N·m of torque. Together, they deliver a comprehensive system power of 181 kW. Paired with an ECVT (Electric Continuously Variable Transmission), the hybrid system provides seamless power delivery, smooth acceleration, and excellent fuel efficiency. The engine and motors work in harmony, automatically switching between pure - electric, hybrid, and engine - only modes depending on driving conditions, optimizing performance and fuel consumption.

(2) Impressive Fuel Economy

One of the most significant advantages of the Highlander Hybrid is its outstanding fuel efficiency. With a WLTC comprehensive fuel consumption of just 5.97 L/100km, it consumes far less fuel than many of its non - hybrid counterparts in the mid - size SUV category. The relatively large 65 - L fuel tank, combined with the efficient hybrid system, provides a decent driving range, making it suitable for long - distance travel as well as daily commuting.

(3) Capable Four - Wheel - Drive and Stable Handling

The four - wheel - drive Highlander is equipped with a MacPherson independent front suspension and a double wishbone independent rear suspension. This setup, combined with electric power steering, offers excellent handling and a comfortable ride. The 2850 - mm wheelbase, along with 1655 - mm front and 1660 - mm rear track widths, contributes to the vehicle's stability. The four - wheel - drive system, with its front and rear motors, provides enhanced traction and control in various road conditions, whether it's wet, slippery, or uneven terrain.

Design Highlights

(1) Commanding Exterior

Measuring 4965×1930×1750 mm, the Highlander has a bold and imposing exterior design. The different tire specifications for each edition, such as 235/65 R18 for the Elite Edition and 235/55 R20 for the Luxury, Premium, and Exalted Editions, combined with aluminum alloy wheel hubs, not only enhance the vehicle's appearance but also contribute to its performance. The overall body design is aerodynamic, which helps in reducing wind resistance and improving fuel efficiency. The exterior design gives the vehicle a strong and confident presence on the road.

(2) Spacious and Comfortable Interior

The Highlander can comfortably seat 7 passengers across three rows. The interior is designed with a focus on comfort and functionality. The cabin provides ample headroom and legroom for all passengers, even in the third row. High - quality materials are used throughout the interior, creating a luxurious and comfortable environment. The layout is user - friendly, with easy - to - reach controls and plenty of storage spaces. Although the cargo volume is not specified in the given data, as a mid - size SUV, it is expected to offer a generous amount of space for luggage and other items, making it suitable for family outings and road trips.

Safety Features

Although not fully detailed in the provided data, the 2024 GAC TOYOTA Highlander 2.5L Double Engines Hybrid 4WD 7 - Seats is likely to come with a comprehensive set of safety features. This may include multiple airbags, an anti - lock braking system (ABS), electronic brakeforce distribution (EBD), vehicle stability control system (VSC), and other advanced safety technologies (assumed based on industry standards). The combination of ventilated front and rear disc brakes, along with an electronic parking brake, ensures reliable braking performance.

Tech Configurations

(1) Hybrid and Electric Tech

The Highlander Hybrid is equipped with advanced hybrid and electric technologies. The nickel - metal - hydride battery supplied by Kremi provides stable power for the electric motors. The ECVT transmission ensures smooth power transfer between the engine and the motors. The permanent - magnet synchronous motors' structure and synchronous working principle contribute to efficient energy conversion. The energy recovery system further improves the vehicle's energy efficiency by capturing and storing energy during braking.

(2) Suspension and Steering Tech

The electric power - steering system provides precise and responsive steering. The front MacPherson independent and rear double wishbone independent suspension setup is tuned to offer a comfortable ride, absorbing road vibrations effectively. The four - wheel - drive system, with its front and rear motors, enhances traction and stability in different driving conditions.

Customer Value and Experience