First Photos of Honda’s Hot CR-Z Mugen, Early Tests Show better Performance than Civic Type R

Honda's sporty-looking CR-Z hybrid will finally get the performance to back its looks, as the Japanese carmaker teamed up with its tuning partner Mugen Euro to develop a high-performance version of the hybrid model. As we wrote earlier this year, the car will be unveiled at the Goodwood Festival of Speed in July, but until then, you can take a look at the first official photos of the car to see if they match the sketches released by Honda two months ago.

The Japanese company says development of the CR-Z Mugen is on track, with “performance figures already looking promising”. Honda revealed that early tests with a prototype car based on a standard CR-Z and a mid-tune engine have given 0-60 mph (96 km/h) sprint times around that of the European market Civic Type R (6.6 seconds). Later on, Mugen increased output by another 15 percent and reduced the chassis' weight by 50 kilograms, so that overall performance is expected to be even better than the Type R's.

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Mugen Euro Building High-Performance Version of Honda CR-Z Hybrid

One of the biggest problems most see with Honda’s CR-Z hybrid sport hatch is the lack of a performance version. That may change soon enough as Mugen’s European division is readying a “highly-tuned” version of the CR-Z that it claims will deliver “Type R-like” performance. The faster and more powerful CR-Z Mugen prototype is being developed as a joint project between Honda UK and Mugen Euro, and it will make its world debut at the Goodwood Festival of Speed this July.

“This will be one quick hybrid,” said Martin Moll, Head of Marketing for Honda UK. “With more torque, more power and MUGEN’s experience of working with Honda cars, we’re expecting great things. It promises to show how hybrid cars can be even more exciting to drive.”

Honda said that the CR-Z MUGEN prototype will feature modifications to both the 1.5-litre i-VTEC petrol engine and the Honda IMA system to boost power and torque, adding that these changes may also result in greater mpg and lower CO2 emissions during some conditions. Final power, torque and fuel economy figures are not yet known.

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