TricVentz Directional Windshield Vent Inserts for the Can-Am Spyder RT (Includes 2 Upward & 2 Downward Facing) (2020+)

Can-Am Spyder RT Directional Windshield Vent Inserts (Set of 4)
Introducing our Windshield Vent Inserts for the 2020 & newer Can-Am Spyder RT models. These inserts fit seamlessly into the factory windshield vents, giving you the ability to customize your airflow based on weather conditions. Sold as a set of four, you’ll get two inserts designed to direct airflow upward toward the rider, perfect for staying cool on warmer rides, and two inserts that direct airflow downward, keeping you warm and comfortable in cooler temperatures. They also make a great bug filter while riding. Crafted from a highly flexible polymer, these inserts contour perfectly to the curvature of your windshield. They're UV-resistant, waterproof, and extremely impact-resistant. Installation is simple and fast. Select either the upward or downward-facing inserts, and press them into place until all locking tabs are securely seated on the back of the windshield. The whole process takes around 30 seconds. And when it’s time to remove them, just pull them off—no tools needed.

Benefits & Features of the TricVents Directional Windshield Vents

• Fits seamlessly into factory windshield vents for 2020 & newer Can-Am Spyder RT models.
• Sold as a set of four inserts (two direct airflow upward, two direct airflow downward).
• Customizable airflow based on weather conditions for improved rider comfort.
• Constructed from a highly flexible polymer that contours perfectly to the windshield's curvature.
• UV resistant to maintain material integrity over time.
• Waterproof design ensures performance in all weather conditions.
• Extremely impact-resistant; bendable, flexible, and able to withstand harsh treatment.
• Easy 30-second tool-free installation and removal.
• Locking tabs securely hold inserts in place behind the windshield.
• Enhances riding comfort by directing airflow and blocking bugs.
• Patent-pending design offering innovative control over airflow.