MG MG3 vs Toyota C-HR – Erot ja hinnat vertailussa

MG MG3 vs. Toyota C-HR: A Comprehensive Comparison of Performance and Innovation

When it comes to the world of compact cars, the MG MG3 and the Toyota C-HR stand out as two popular choices, each offering a unique blend of style, efficiency, and modern features. In this article, we’ll delve into a detailed comparison of these two models, examining their technical specifications and innovations that make each worth considering.

Design and Body Type

The MG MG3 is a hatchback that exudes a sporty charm. With a length of 4113 mm, a width of 1797 mm, and a height of 1502 mm, it offers a compact yet spacious design, perfect for city driving and parking. This model boasts five doors and provides seating for five, making it an ideal option for small families or urban commuters.

In contrast, the Toyota C-HR is classified as an SUV, standing slightly larger with dimensions of 4362 mm in length, 1832 mm in width, and a height ranging from 1558 mm to 1564 mm, depending on the variant. This model also features five doors, and its elevated position offers a commanding presence on the road, alongside a spacious interior. With a trunk capacity of up to 447 liters, the C-HR provides more storage space than the MG3, catering to those who require additional cargo room.

Performance and Powertrain Options

Under the hood, the MG MG3 offers two engine types: a full hybrid and a petrol variant. The petrol engine generates an impressive 116 HP, with a maximum speed of 170 km/h and a 0-100 km/h acceleration time of just 8 seconds. Its fuel consumption is rated at 6.1 L/100 km, while the hybrid version boasts an efficient consumption rate of only 4.4 L/100 km, making it a suitable choice for environmentally-conscious drivers.

The Toyota C-HR presents more versatile powertrain options, including full hybrid and plug-in hybrid variants. The power output ranges from 140 HP to a dynamic 223 HP in the most powerful version, allowing for a thrilling driving experience. The C-HR’s acceleration from 0-100 km/h varies across its engine options, with the quickest version managing it in a mere 7.4 seconds. The fuel consumption for this model ranges from 4.7 L/100 km to an astonishing 0.8 L/100 km for the plug-in variant. With a maximum speed of up to 180 km/h, the C-HR combines efficiency with performance.

Innovative Technologies

Both models incorporate a variety of innovative technologies designed to enhance the driving experience. The MG MG3 focuses on driver convenience with features such as a user-friendly infotainment system and responsive handling, making it a joy to drive in urban environments.

The Toyota C-HR, on the other hand, often leads in technological advancements with features like Toyota’s Safety Sense suite, which includes lane departure alert, adaptive cruise control, and pre-collision systems. The plug-in hybrid variant further boasts an electric range of up to 68 km, allowing for short commutes with zero emissions.

Efficiency Ratings

Environmental considerations are paramount for today’s drivers. The MG MG3 has a CO2 efficiency class rating of C, with CO2 emissions pegged at 100 g/km for the hybrid variant. With this level of efficiency, it stands as a competent option for those looking for a balance between performance and eco-friendliness.

On the flip side, the Toyota C-HR excels with a CO2 efficiency class of B, with emissions as low as 17 g/km from its plug-in version. This impressive rating reflects Toyota's commitment to sustainability and innovation in hybrid technology.

Conclusion: Which One to Choose?

Choosing between the MG MG3 and Toyota C-HR boils down to personal preference and specific needs. The MG3 impresses with its spirited performance, compact design, and affordability, making it a strong contender for city dwellers and those on a budget.

The Toyota C-HR, with its SUV versatility, advanced safety features, and multiple powertrain choices, caters to those who prioritize innovation and a larger space. Ultimately, both cars deliver undeniable value, showcasing a blend of performance, technology, and efficiency that defines modern automotive engineering.