Chapter 5-6: Driving in mountains

The “Driving in Mountains” section of the Saskatchewan Driving Test evaluates a driver’s ability to handle the unique challenges of mountainous terrain.

Saskatchewan Driving Test - Chapter 5-6: Driving in mountains

1 / 4

When driving in mountainous areas, what should you do because of shorter sight distances?

Focus only on the area directly in front of your vehicle

Increase your speed to get through the area faster

Look up, reference down, and adjust your speed so you can see at least 12 seconds ahead

Rely only on road signs instead of adjusting your speed

2 / 4

Why is it important to adjust your speed in mountain driving?

To match the speed of vehicles behind you

To avoid using your mirrors frequently

To ensure you can see at least 12 seconds ahead

To use cruise control more effectively

3 / 4

How should you use your brakes when traveling down a mountain to reduce the chance of overheating them?

Pump the brakes rapidly and repeatedly

Brake very lightly and continuously

Brake hard and then release completely

Avoid using the brakes at all

4 / 4

What is a recommended way to control your speed when driving down a mountain?

Shift to a lower gear

Shift to the highest gear

Turn off the engine and coast

Put the vehicle in neutral

Your score is

This section focuses on safe speed management when ascending or descending steep grades, proper use of lower gears, and the importance of maintaining a safe following distance. Drivers must also be aware of potential hazards such as sharp curves, falling rocks, and changing weather conditions. The test emphasizes the correct use of brakes to prevent overheating and the need to yield to uphill traffic when necessary. Mastery of this section ensures safety and confidence when navigating Saskatchewan’s hilly regions.

To effectively prepare for the SGI practice test, engage with the study questions until you can confidently discuss the concepts without referring to your notes. This approach will help reinforce your understanding and retention of the material.