Front: 26-inch driver-side and 16-inch passenger-side; rear blade is 11 inches.
In this article we break down the standard blade sizes for the 2020 Malibu, how to verify your exact sizes, and tips for choosing replacements that fit your climate and driving needs.
Front wiper blade sizes
The Malibu uses two different front blade lengths to provide full windshield coverage, so you’ll need a two-blade setup when replacing them.
- Driver-side blade: 26 inches
- Passenger-side blade: 16 inches
Front wiper blades for the 2020 Malibu are typically sold as a two-blade set in the 26/16 configuration, which is standard for US-market models.
How to confirm your exact sizes
Check your owner's manual, inspect the current blades (blade packaging often lists the size), or measure the blades directly along the edge of the windshield to confirm the lengths.
Rear wiper blade size
The Malibu’s rear window is serviced by a single blade, sized to fit the rear wiper arm without overhang on the glass.
- Rear blade: 11 inches
While rear blade sizes are typically consistent for the 2020 Malibu, it’s still wise to verify with the vehicle manual or packaging in case of any regional variations or aftermarket options.
Tips for replacing blades
Choose OEM or high-quality aftermarket blades designed for GM vehicles, and ensure compatibility with the Malibu’s 26"/16" front blades and 11" rear blade. If in doubt, bring your current blades to the store to compare lengths.
Where to buy and fit guidance
Most automotive parts retailers stock a range of 26/16 front blade sets and 11-inch rear blades specifically labeled for the Chevy Malibu. Look for products marketed as compatible with 2020 Malibu models or GM vehicles to ensure the correct fit and proper wiping performance.
Summary
For a 2020 Chevy Malibu, expect 26-inch driver-side front blades, 16-inch passenger-side front blades, and an 11-inch rear blade. Always verify sizes on your specific vehicle and consult the owner’s manual or blade packaging when purchasing replacements to ensure a precise fit and optimal performance.