Discover the ultimate in kitchen ventilation with Luxair's ceiling cooker hoods featuring external ouside motor units. Our robust external motor fans are crafted from high-quality stainless steel, ensuring they are rust-proof and resistant to the elements.These stylish units provide long-lasting performance, making them a reliable addition to your kitchen.
The Caporra Ceiling Hood Range delivers sleek, quiet, and powerful extraction for modern kitchens. This premium ceiling-mounted extractor fan combines external motor ventilation with elegant flush-mount design for whisper-quiet performance perfect for open-plan kitchens, bespoke installations, and stylish interiors.
The Tolvi EXT Ceiling Cooker Hood combines minimalist design, premium stainless steel construction, and an elegant fully illuminated LED door panel for a statement look that blends seamlessly into any contemporary kitchen. Perfect for open-plan layouts, bespoke designs, and installations.
Anzi Ceiling Cooker Hood offers sleek, quiet, and smart extraction for modern kitchens. This advanced ceiling-mounted extractor fan features an external motor for powerful ventilation with ultra quiet operation, making it perfect for open plan kitchens, bespoke installations, and homes seeking seamless design with high performance.
Designed for homes with pitched roofs, this external motor configuration
delivers powerful extraction while keeping motor noise outside. Choose
from 1400 m³/hr or 2000 m³/hr performance to suit your cooking style and
kitchen size
Ideal where roof installation isn't suitable, the wall-mounted external
motor provides outstanding extraction with minimal kitchen noise.
Available with 1400 m³/hr or 2000 m³/hr motor options for maximum
performance and flexibility.
Quiet, powerful extraction with the motor mounted on a flat roof to move
noise outside the kitchen. Available with either a 1400 m³/hr or
high-performance 2000 m³/hr external motor for exceptional airflow and a
quieter cooking environment.
An external motor cooker hood uses a fan unit installed outside the kitchen, such as on a wall or roof, rather than inside the hood itself. This design significantly reduces noise in the kitchen while maintaining powerful extraction performance.
External motor ceiling cooker hoods offer quieter operation, improved airflow, and a cleaner kitchen environment. By moving the motor outside, noise levels are reduced indoors, making them ideal for open-plan living spaces.
Yes, external motor systems are typically more powerful than standard internal motors. They are designed to move larger volumes of air over longer duct runs, making them ideal for larger kitchens or more complex installations.
External motors can be installed on a flat roof, pitched roof, or external wall. The choice depends on your property layout, ducting route, and installation preferences.
Flat roof motors are designed for horizontal roof installations, pitched roof motors are weatherproofed for angled surfaces, and wall-mounted motors are installed externally on vertical walls. Each option is engineered to suit specific installation requirements while delivering efficient airflow.
Yes, because the motor is located outside the home, noise levels in the kitchen are significantly reduced. This makes external motor options ideal for customers who want powerful extraction without intrusive sound.
External motor systems typically use larger diameter ducting to maximise airflow efficiency. Proper ducting design is essential to achieve the best performance, especially for longer duct runs.
Always try to install them on 6" or 220mm x 90mm flat ducting,
Yes, they are particularly well suited to large and open-plan kitchens. Their higher extraction rates and quieter operation make them ideal for maintaining air quality without disrupting the space.
Yes, external motors are designed for outdoor installation and are built from durable, weather-resistant materials. They are engineered to withstand rain, wind, and temperature changes while maintaining consistent performance.
Yes, professional installation is strongly recommended. Correct positioning, ducting, and electrical setup are essential to ensure optimal performance, efficiency, and long-term reliability.
