Suzuki Swace vs Toyota Corolla – Forskjeller og priser sammenlignet

In the ever-evolving automotive landscape, the competition between Suzuki and Toyota continues to be fierce, especially when it comes to hybrid technology. Two notable contenders in the market are the Suzuki Swace and the Toyota Corolla. Both vehicles represent their manufacturers' commitment to efficiency, innovation, and practicality, but how do they stack up against each other? This article will delve into their technical specifications and innovations, helping you make an informed choice.

Design and Dimensions

The Suzuki Swace stands out with its wagon body type, measuring 4655 mm in length and 1790 mm in width. This design offers ample space and versatility for families or those needing extra cargo capacity. The Swace provides a generous trunk space of 596 liters, making it an excellent choice for those who prioritize practicality.

On the other hand, the Toyota Corolla features a compact hatchback design, with a length of 4370 mm and the same width of 1790 mm as the Swace. While its trunk capacity varies with the model—offering 361 liters in one variation and 313 liters in another—the Corolla is designed for urban agility, making it easier to maneuver in tight spaces.

Performance and Engine

Under the hood, both the Swace and the Corolla are powered by a full hybrid engine system. The Suzuki Swace delivers 140 HP (103 kW) from a 1798 cm³ four-cylinder engine, with a fuel consumption rating of 4.5 L/100 km. Its acceleration from 0-100 km/h takes around 9.4 seconds, while maintaining a maximum speed of 180 km/h.

The Toyota Corolla, however, comes in multiple variants, with power outputs ranging from 140 HP (103 kW) to 196 HP (144 kW), depending on the engine configuration. The fuel consumption is slightly better in some models, rated at 4.4 L/100 km, and its acceleration figures improve remarkably, with top models capable of reaching 0-100 km/h in just 7.5 seconds. This performance advantage makes the Corolla a more enticing option for those seeking thrill alongside efficiency.

Transmission and Drive Train

Both vehicles make use of an automatic CVT (continuously variable transmission) system which enhances their driving smoothness. With front-wheel drive configurations, both the Suzuki Swace and Toyota Corolla offer reliable handling and control in diverse driving conditions.

Efficiency and Environmental Impact

When it comes to efficiency, the Suzuki Swace boasts a CO2 emission rating of 102 g/km, placing it in the C efficiency class, indicative of its environmentally friendly design. The Toyota Corolla performs slightly better, with CO2 emissions as low as 100 g/km in some variants, which can appeal to eco-conscious drivers.

Interior Features and Innovations

Inside, both vehicles offer a comfortable seating arrangement for five passengers. The Swace’s spacious cabin and wagon configuration provide an excellent feel for families on the go. Advanced infotainment systems are standard in both models, featuring connectivity options for modern drivers with Bluetooth, USB, and smartphone integration.

The Toyota Corolla, however, often edges out with its high-tech features, including a more upgraded version of the Toyota Safety Sense system—providing lane-keeping assist, adaptive cruise control, and a pre-collision system. These innovations position the Corolla as a leading choice for tech-savvy consumers.

Conclusion: Which Hybrid Should You Choose?

Choosing between the Suzuki Swace and Toyota Corolla ultimately boils down to personal preference and specific needs. The Swace is ideal for those who prefer a roomy wagon with excellent cargo space, while the Corolla caters to those who enjoy a sporty drive with advanced technological features. Both vehicles uphold their manufacturers' reputation for reliability and efficiency, making them worthy contenders in the hybrid segment.

Test driving both models is highly encouraged to experience their driving dynamics and features firsthand. Regardless of your choice, you will be investing in two remarkable examples of modern automotive engineering.