Class-leading aerodynamics
We adopted a new approach, called "airflow management," to optimally control the flow of air. Conventional car designs create a large amount of drag, a loss that adversely affects aerodynamic performance. However, the all-new Mazda 3 does not take in excess air and thereby minimizes drag. One specific example is the upper and lower grille openings, which concentrate ram pressure (wind pressure) in a manner that eases the intake of air and directs it effectively to cool the engine. Additionally, the front corners of the upper body were reshaped and round front tire deflectors were added to control the flow of air along the vehicle's sides. As a result, the drag coefficient for the European specification 5-door hatchback and 4-door sedan are respectively 0.30 and 0.28, amongst of the bests in the segment. These measures helped the engineers attain top-class levels for wind noise reduction, high speed stability and fuel economy.
See also:
Front Seat Belt Pretensioner and Load Limiting Systems
For optimum protection, the driver and
front passenger seat belts are equipped
with pretensioner and load limiting
systems. For both these systems to work
properly you must wear the seat belt
pro ...
Under the Hood
The 2.3-liter four-cylinder develops 156 horsepower (146 hp for
PZEV-emissions-compliant models) while the 3.0-liter V-6 turns out 212 hp. Both
engines can team with a five-speed manual transmissi ...
A Word to Mazda Owners
Thank you for choosing a Mazda. We at Mazda design and build vehicles with
complete
customer satisfaction in mind.
To help ensure enjoyable and trouble-free operation of your Mazda, read this
ma ...