Kogan 8.5kg Front Load BLDC Inverter Washing Machine (White)

Get laundry done faster and smarter with the Kogan™ 8.5kg Front Load BLDC Inverter Washing Machine. With 16 wash programs, steam cleaning power and an energy-efficient brushless motor, it’s built for busy households that demand spotless results with less effort.

• 8.5kg capacity. Perfect for medium to large families and bulk loads.
• 16 wash programs. Tailored settings for every fabric and laundry need.
• BLDC inverter motor. Quiet, durable and energy-efficient performance.
• Steam wash function. Removes tough stains and allergens for fresher clothes.
• Drum clean cycle. Keeps the machine hygienic and odour-free.
• Child lock. Added safety for homes with little ones.

Wash more in one go

With an 8.5kg drum, you can wash more in fewer loads. From bulky bedding to family-sized laundry, it saves you time, energy and effort, making it perfect for busy households.

Smarter wash programs for every need

Choose from 16 wash programs, including super quick, delicate, sportswear, wool and bedding. Each cycle is optimised to deliver the best clean while protecting your fabrics.

Powerful, quiet and efficient motor

The BLDC inverter motor is designed for long-lasting performance. It runs quietly, uses less energy and delivers powerful cleaning, so you get spotless results without the noise or cost.

Steam power for a deeper clean

Tough stains and allergens are no match for the steam wash function. Accessible through the Allergy Care, Bedding and Intensive modes, it penetrates deep into fabrics to remove dirt, bacteria and odours, leaving clothes fresher and cleaner.

Hygienic drum maintenance

The drum clean cycle helps keep your washing machine fresh and hygienic by removing build-up of dirt and bacteria. Say goodbye to musty odours and enjoy cleaner laundry.

Safe for the whole household

With its built-in child lock, this washing machine provides extra safety and peace of mind, especially in homes with little ones.

_{Some images are indicative only and may differ slightly from the final product.}