Bowie

Bowie 3-Blade Ceiling Fan

Experience the perfect synergy of modern engineering and minimalist design with the Bowie ceiling fan, a standout choice in the 3-blade category. Designed for reliability and efficiency, this ceiling fan offers superior airflow and quiet DC motor performance, making it an ideal enhancement for contemporary spaces.

• Height from Ceiling: 13.3"
• Downrod Length: 6"
• Remote Included; Wall Remote Optional
• Light Kit Optional
• Bond Compatible DC Motor Technology

Compared to traditional ceiling fans, the Bowie 3-blade model leads with its sleek profile and adaptable features. While many standard fans feature bulkier designs and less energy-efficient AC motors, the Bowie employs advanced Bond-compatible DC technology, resulting in quieter operation and reduced power consumption. With an optional light kit and multiple remote control options, it surpasses both earlier models and industry norms in customizability and user convenience.

Key Technical Advantages:

Technology and Performance
The Bowie ceiling fan stands out with its energy-efficient DC motor, designed to deliver powerful yet silent airflow. The included remote offers effortless control from anywhere in the room, and for those seeking a built-in solution, a wall remote is also available. Installation flexibility is ensured with a 6" downrod and an overall height of 13.3" from the ceiling, making it suitable for a variety of room sizes and configurations.

Choose to enhance your setup with the optional light kit, allowing this modern ceiling fan to provide both comfort and illumination in one streamlined fixture. The Bowie 3-blade ceiling fan is Bond compatible, meaning you can integrate it seamlessly with smart home systems for unparalleled control and convenience.

Upgrade your indoor environment with the Bowie 3-blade ceiling fan and discover a new standard of efficiency and style that exceeds typical ceiling fans. Whether retrofitting a current space or designing from scratch, the Bowie offers lasting value and top-tier performance.