Going & Stopping
Subaru increased the Tribeca's standard horizontally opposed six-cylinder from 3.0 to 3.6 liters for 2008. The new engine makes 256 horsepower, which is a modest increase over the previous engine's 245 hp, and a more substantial increase in torque to 247 pounds-feet (up from 215 pounds-feet). As with all Subarus, all-wheel drive is standard.
The previous B9 Tribeca, while not underpowered, wasn't especially quick. Even though the new model has a more powerful engine and its curb weight is essentially unchanged, acceleration isn't remarkable at higher speeds. The Tribeca does have plenty of pep in city driving, though.
The Tribeca's five-speed automatic transmission includes Subaru's Sportshift clutchless-manual mode, which lets the driver control gear changes when desired. In normal operation, it shifts smoothly and kicks down quickly when needed. During the jaunt to Canada, most of the driving was on the highway at speeds approaching 80 mph, and the Tribeca averaged 21 mpg.
All-disc antilock brakes with electronic brake-force distribution are standard, and they're up to the task of stopping this two-ton crossover. The brake pedal, for its part, has a natural feel that doesn't ask the driver to accommodate any quirks the way some cars do.
See also:
Examples of the types of accidents in which the SRS side airbag is unlikely
to deploy.
1) The vehicle is involved in an oblique side-on impact.
2) The vehicle is involved in a side-on impact in an area outside the vicinity of
the passenger compartment.
3) The vehicle strikes a tel ...
Shift lock release using the shift lock release button
Perform the following procedure to release the shift lock.
1. Apply the parking brake and stop the engine.
2. Remove the shift lock cover using a flat-head screwdriver.
3. While depressing the ...
Electronic Brake Force Distribution (EBD) system
The EBD system maximizes the effectiveness of the brakes by allowing the rear brakes to supply a greater proportion of the braking force. It functions by adjusting the distribution of braking force to ...
