VENTSHADE 194515 In-Channel Ventvisor Side Window Deflectors for 2007-2013 GM Full-Size SUVs and Trucks
- Regular price
- $69.99 USD
- Regular price
-
$69.99 USD - Sale price
- $69.99 USD
- Unit price
- per
Vendor : VENTSHADE
Product Type : Exterior Components
Sku : VEN194515
Couldn't load pickup availability
✔ Veteran-Owned Business | ✔ Verified Fitment (SEMA Data) | ✔ Ships 1–3 Business Days | ✔ 30-Day Returns
Upgrade your vehicle with the VENTSHADE 194515 In-Channel Ventvisor, a four-piece side window deflector kit designed for select 2007-2013 GM full-size SUVs and trucks, including the Chevrolet Suburban. The dark smoke finish adds a clean, factory-inspired appearance while helping improve cabin airflow and reduce window buffeting during everyday driving.
Designed for front and rear side windows, these vent visors install inside the window channels for a streamlined fit without exterior tape. The plastic construction provides a lightweight, durable solution for enjoying fresh air while helping limit the intrusion of rain, wind, and road debris. The in-channel design preserves the vehicle’s original body lines and delivers a low-profile appearance.
The VENTSHADE 194515 kit is suited for crew cab applications and includes four vent visors for a complete front and rear installation. Open the windows slightly for ventilation without fully exposing the cabin to changing weather conditions. Professional installation is recommended to ensure proper alignment and smooth window operation. Verify vehicle application before ordering to confirm compatibility with your specific GM full-size SUV or truck.
Features:
- Brand: VENTSHADE
- Part Number: 194515
- Application: Fits select 2007-2013 GM full-size SUVs and trucks, including Chevrolet Suburban models
- Design: In-channel side window vent visor installation
- Coverage: Front and rear side windows
- Configuration: Four-piece kit
- Material: Durable plastic construction
- Finish: Dark smoke
- Cab Style: Designed for crew cab applications
- Function: Helps improve ventilation while reducing wind buffeting and limiting rain entry

