HVAC Heater Blower Motor with Fan Cage Compatible with Hyundai Accent 2003-2011, Hyundai Azera 2006-2010, Kia Optima 2006-2010 Replace# 971133K000, 971121C000, 971132C001 Item Description About this item ?OEM Part Number?OE Replacement HVAC Blower Motor, Directly Fit. Reference Number: 971133K000, 87234, 971121C000, 212100008, 700133, PM9247, 971132C001, 9711307000. Same Dimensions as OE part, Directly Fit; Stable characteristics and high reliability; Larger Air Volume and Lower Noise. ?Fitment?Compatible with Hyundai Accent 2003-2011, Hyundai Azera 2006-2010, Hyundai Entourage 2007-2008, Hyundai Sonata 2006-2010, Hyundai Tucson 2006-2009, Kia Optima 2006-2010. It can be easily installed by simply removing a few screws. When replacing the blower motor, it is best to also replace the blower motor relay/resistor with a new one. ?Advantage Of The Motor?Wind power strong. Adopt new technology and excellent production equipment to make products more environmentally friendly and energy-saving.Permanently lubricated self-aligning bearings with long design life and reliable performance. ?Premium Quality?This air conditioner blower motor is made from motor-specific silicon steel and premium enameled copper wire and is manufactured to OE specifications for direct installation without modification. Designed to keep your vehicle's HVAC system in top shape. ?Service Warranty?For any pre or after-sale replacements or performance questions or solutions, just email us and we will provide a professional, friendly, and supportive reply within 24 hours.Do check your car model in the "amazon confirmed fit" in the top left corner before ordering. ? See more product details Payment We accept payment only through PAYPAL Shipping We ship products worldwide through standard express courier service, it will reach within 7 to 10 days to abroad buyers, we ship the product after recieved clear payment and give full information about shipment to the buyer Return We accept product return 25 days from delivery date but product should be in original condition.