Thursday 21 April 2016

Advanced Features in Mazda CX-5

Mazda has created a perfect balance between its sports sedans and roadsters including the real-world aspects of a crossover utility automobile. As a result, Mazda CX-5 is one of the most seen vehicles in Canada nowadays. The remarkable features of this sports car have received a great response due to its bold style, responsive and effective handling.

Some of the spectacular features of this car include -

  • Mazda’s i-ACTIV All-Wheel Drive system is intuitive, predictable and allows you to maintain full control through all kinds of roads and weather conditions for an exhilarating and tenacious drive.
  • SKYACTIV TECHNOLOGY’s light weight makes the CX-5 a great performer with agile manoeuvring and remarkable fuel economy.

    Mazda CX5 Canada
    Mazda CX5

  • Smart City Brake Support includes an infrared laser sensor, which detects any vehicle up to the distance of six meters ahead and whenever there is a high risk of collision, it helps in bringing the car to a halt.

  • Navigation system offers advanced elements like route recommendations, voice recognition and guidance for advanced lane control.
  • HMI Commander Switch  has many functions like navigation and audio, which can be controlled using rotary, tilt and push operations with your fingertips.

Some of the other specs include steering-wheel-mounted Bluetooth controls, streaming music, video, texts, phone calls via  your Bluetooth compatible audio- video device. The rearview camera increases the visibility of objects and vehicles behind you and gets activated when you reverse your car.

The Mazda CX-5 is getting glorious reviews for being a fun to drive car. This sporty and agile vehicle has a precise steering and the engine provides great power along with smooth shifting for a comfortable ride.

It provides seating for five people and possesses a good legroom along with useful cargo space, but the strength of this car is its poise on the road. If you are looking to purchase these spectacular wheels, get in touch with an authorized dealer today.

Tuesday 12 April 2016

New Generation SKYACTIV Engines

The conventional engines could only optimise 30% of potential energy present in fuels. To push the standard limits of internal combustion in the new 2016 Mazda CX-5, the SKYACTIV family of new engines was developed and they have been able to realise greater efficiencies as compared to other conventional engines.

These new generation engines compress the mixture of air and fuel within the cylinders to such an extent that every drop of fuel is utilized to extract more energy.

SKYACTIV-G Gasoline Engine

New Generation Gasoline Engine For Better Torque and Fuel Efficiency

With a record compression ratio of 14:1, the SKYACTIV-G makes for an unprecedented count for a mass produced gasoline engine. It shows Mazda’s determination to attain a perfect combo of comfort and fuel economy. Both torque and fuel efficiency have been improved in the engine by 15% as compared to engines in the same segment. This new generation engine serves well for real-world driving needs with its improved torque at medium and low speeds in particular.

Transmission

Get Perfect Control with Ideal Transmission

Transmission play a critical role in  improving fuel efficiency and enhancing a vehicle’s driving performance. A vehicle with ideal transmission helps you to get complete control over your vehicle. Mazda has used this concept to develop a pairing of transmission systems which provide precise handling along with excellent fuel economy.

Get the feel of manual transmission in the SKYACTIV-DRIVE automatic transmission, all thanks to the enhanced lock up range of over 80%. The SKYACTIV-MT leads the class with its light weight and ensures the manual transmission is crispy during the shifts.

Mazda strives to give the best of everything to their customers in their cars. Enhanced safety features and excellent fuel economy makes the Mazda cars a treat to drive. Test drive a new Mazda today to enjoy the vital elements from engine, ideal transmission to the platform.