Vornado - AVH10 1500 Watt Indoor Electric Fan Forced Space Heater with Auto Climate Control - White

The AVH10 Whole Room Heater is part of Vornado's next generation of advanced, energy-efficient space heaters—designed to deliver powerful warmth with intelligent comfort control. With sleek, modern styling that blends seamlessly into any room, the AVH10 doesn’t just look smart—it is smart. At its core is Auto Climate Control, a feature that automatically senses the room temperature and adjusts heat output to maintain your ideal climate without constant manual adjustments. Engineered with Vornado’s signature Vortex Action airflow, this electric space heater gently circulates heat throughout the room using walls and ceilings to create even, consistent warmth. Instead of simply blowing hot air in one direction, the AVH10 distributes warmth efficiently—eliminating cold spots and creating a truly whole room heating experience. It’s the perfect choice for bedrooms, living rooms, offices, and other indoor spaces where you want reliable, quiet heat. The AVH10 offers two heat settings, plus a fan-only mode for year-round air circulation. Its digital LED display and intuitive push-button controls make it easy to fine-tune your comfort and adjust power usage between low and high output. And thanks to the cool-touch exterior, the AVH10 remains safe to handle—even after hours of operation. Ideal for energy-conscious households, this energy-efficient heater helps reduce heating costs by allowing you to focus warmth only where it’s needed most—so you can lower your central thermostat without sacrificing comfort. Built-in safety features include tip-over protection, automatic shutoff, and overheat protection, making it a safe and dependable indoor heater for everyday use. Whether you're looking for a portable heater to keep your favorite space warm or a personal heater that doubles as a year-round air circulator, the AVH10 delivers comfort, convenience, and peace of mind—all backed by Vornado’s industry-leading warranty and trusted performance.