If an older Nissan Rogue starts making a drivetrain-knocking sound, drivers often notice it during acceleration, in low-speed turns, during gear changes, or while driving over uneven roads. The sound may seem like it is coming from underneath the vehicle, near the front wheels, or from the center of the drivetrain area.

A drivetrain knock does not always point to a major failure. In many cases, the noise can be attributed to components that wear over time, especially in vehicles exposed to Canadian weather conditions such as snow, ice, road salt, and temperature fluctuations.

What Is the Drivetrain in a Nissan Rogue?

The drivetrain refers to the components that transfer engine power to the wheels.

In older Nissan Rogue models sold in Canada, the drivetrain may include:

• The transmission
• Driveshaft components
• CV axles
• Differential components
• Wheel hubs
• Mounts and joints related to power delivery

Depending on the model year and trim, the Nissan Rogue may use front-wheel drive or all-wheel drive systems. Because multiple moving parts work together, a knocking sound can sometimes travel through the vehicle structure, making the exact source difficult to identify without inspection.

What Does a Drivetrain Knocking Sound Usually Sound Like?

Drivers may describe the sound in different ways, including:

• A single knock when accelerating
• Repetitive knocking during turns
• A clunk when shifting between drive and reverse
• A dull thump from underneath the vehicle
• A rhythmic knocking that changes with wheel speed

The conditions under which the sound occurs often help narrow down the cause.

For example:

• Noise during turning may point toward axle or joint movement
• Noise during acceleration may relate to mounts or drivetrain load
• Noise over bumps may involve suspension-related drivetrain movement

Possible Causes of a Drivetrain Knocking Sound in an Older Nissan Rogue

Several components can contribute to drivetrain-related noises as a vehicle ages.

CV Joint or Axle Wear

Constant velocity joints, commonly called CV joints, help transfer power while allowing suspension and steering movement. Over time, the protective rubber boots can wear or crack, allowing grease to escape and moisture to enter.

When this happens, drivers may hear:

• Knocking during turns
• Clicking while accelerating
• Rhythmic sounds at lower speeds

This type of sound may become more noticeable during parking maneuvers or tight cornering.

Engine or Transmission Mount Movement

The Nissan Rogue uses mounts to secure the engine and transmission while reducing vibration. As mounts age, the rubber material can soften or separate.

This may create:

• A knock when accelerating
• A thump during shifting
• Extra drivetrain movement during sudden throttle changes

In colder Canadian temperatures, worn mounts may feel stiffer at startup and behave differently once the vehicle warms up.

Driveshaft or AWD Components

Older all-wheel drive Nissan Rogue models include additional drivetrain components that can contribute to knocking sounds.

Possible areas include:

• Driveshaft joints
• Couplings
• Rear drivetrain connections

Drivers may notice noises:

• During acceleration from a stop
• At low speeds
• While transitioning between traction conditions

Because AWD systems distribute power dynamically, noises may sometimes appear only under certain driving conditions.

Suspension Components That Mimic Drivetrain Noise

Some sounds that seem drivetrain-related may actually come from nearby suspension parts.

For example:

• Stabilizer links
• Control arm bushings
• Ball joints
• Subframe mounting points

These components can produce knocking sounds that transfer through the chassis and feel similar to drivetrain noise. This is especially important in older vehicles, where multiple components may wear out at the same time.

Wheel Hub or Bearing Movement

Wheel hubs and bearings support wheel rotation and drivetrain load.

If movement develops in these components, drivers may hear:

• Knocking
• Humming
• Thumping sounds

The sound may change:

• With speed
• During turning
• When shifting vehicle weight side to side

How Canadian Driving Conditions Can Affect Drivetrain Components

Canadian driving conditions can influence drivetrain wear patterns over time.

Factors may include:

• Road salt exposure
• Freeze-thaw cycles
• Snow-packed roads
• Potholes
• Gravel or uneven surfaces

These conditions can accelerate wear on:

• Rubber boots
• Bushings
• Mounts
• Seals
• Metal joints

This does not necessarily indicate a defect. It simply reflects the stresses drivetrain components experience over years of operation.

Simple Things Drivers Can Check

Drivers do not need to diagnose the entire drivetrain themselves, but there are a few useful observations that can help identify when the noise occurs.

1. Notice When the Sound Happens

Pay attention to whether the knock appears:

• During acceleration
• While turning
• Over bumps
• During braking
• When shifting gears

Patterns help narrow down which components are under load when the sound occurs.

2. Check for Visible Damage Under the Vehicle

Without crawling underneath the vehicle, drivers may notice:

• Torn CV boots near the wheels
• Grease splatter around axle areas
• Hanging plastic shields
• Loose underbody panels

Visible grease around axle joints can sometimes indicate joint wear.

3. Listen for Changes With Speed

A drivetrain knock linked to wheel rotation may:

• Speed up with vehicle speed
• Become quieter at highway speeds
• Appear more noticeable at low speeds

This can help separate drivetrain noises from engine-related sounds.

4. Observe Steering Conditions

If the sound becomes louder during tight turns or parking maneuvers, axle or joint movement may be involved.

What Is Considered Normal?

Older vehicles can develop slightly more mechanical noise over time as components age and settle.

Drivers may notice:

• Mild drivetrain movement during gear engagement
• Slight clunks during cold weather
• Temporary noises after driving through snow or slush

However, repeated knocking, increasing noise intensity, or vibration alongside the sound may indicate that a component should be inspected.

When the Vehicle Should Be Checked

It may be a good idea to have the Nissan Rogue inspected if:

• The knocking becomes louder over time
• Vibrations accompany the sound
• Steering feel changes
• The vehicle pulls during acceleration
• The sound occurs continuously
• Warning lights appear along with drivetrain noise

An inspection can help determine whether the sound is coming from the drivetrain, suspension, or mounting components.

Keep Your Nissan Rogue in Top Shape 

An older Nissan Rogue can develop a drivetrain knocking sound for several reasons, including axle wear, CV joint movement, engine mounts, AWD drivetrain components, or nearby suspension parts. The exact source often depends on when the noise occurs and how the vehicle behaves during acceleration, turning, or road movement.

Canadian driving conditions such as snow, potholes, road salt, and temperature changes can also influence how drivetrain components wear over time. Paying attention to when the knocking happens and whether the sound changes with speed or steering angle can help clarify what may be happening.

If the sound remains consistent, becomes more noticeable, or is accompanied by vibration or changes in handling, further inspection can help determine which drivetrain-related component may need attention.

Disclaimer: Content contained in this post is for informational purposes only and may include features and options from US or internacional models. Please contact the dealership for more information or to confirm vehicle, feature availability.