Suspension and Steering
The new Mazda Tribute retains the chassis system that delivers a superb combination of handling stability and ride comfort both on and off-road. The front suspension employs a MacPherson strut system with robust L-shaped lower control arms that feature rear bushings that incorporate a void aligned in such a way to ensure stability and maximum road input on different road surfaces. Dual-path upper strut mounts achieve superior suspension tuning and an excellent ride, while urethane bump stops ensure effective absorption of shock inputs.
Mazda Tribute features a multi-link rear suspension that employs two lateral links and trailing arms, with the springs located between the trailing arms and the body. This allows for sufficient wheel travel for off-road driving, and maintains the optimum wheel alignment under all conceivable loading and road-surface-input conditions. Another benefit is that the system is space-efficient, allowing the spare tyre to be mounted under the rear floor, not only ensuring good rearward vision, but also providing Mazda Tribute with a modern, urbane look.
Mazda Tribute has a rack-and-pinion steering system with engine-speed-sensitive power assistance that provides good road feedback and precise steering control in all situations. It achieves this by widely spaced steering gear mountings with bushings that include a void aligned in such a way to optimise steering rigidity and reduce vibration.
See also:
Audio Control Switch Operation (Steering Wheel)
When the audio unit is turned on,
operation of the audio unit from the
steering wheel is possible.
NOTE:
Because the audio unit will be turned off under
the following conditions, the switches wil ...
Under the Hood
The 2.0-liter four-cylinder in the Mazda3 i has variable valve timing and
develops 148 horsepower (144 hp in PZEV form). The Mazda3 s uses a 2.3-liter
four-cylinder that pumps out 156 hp. A five-s ...
Steps for Determining the Correct Load Limit:
Steps for Determining Correct Load Limit:
(1) Locate the statement “The combined weight of occupants and cargo should
never exceed XXX kg or XXX lbs” on your vehicle's placard.
(2) Determine the co ...