Bosch Series 2 Freestanding Dishwasher, 12 Place Settings, White, Model SMS26AW08G

The Bosch Series 2 SMS26AW08G is a freestanding dishwasher designed to handle the daily dishwashing needs of medium to large households. With a capacity for 12 standard place settings, it offers practical cleaning solutions while incorporating several intelligent features to improve efficiency and convenience. The appliance operates as a standard 60cm wide unit that can be installed as a standalone item in most kitchen spaces, requiring only standard cold water and drainage connections. Key features include Bosch's Active Water technology, which optimises water usage by precisely targeting spray patterns and circulation to clean effectively while conserving resources. The ExtraDry function provides enhanced drying performance through higher rinse temperatures and extended drying cycles, particularly useful for plastic items that typically retain moisture. The dishwasher utilises an EcoSilence Drive motor, which reduces operational noise to approximately 46 decibels while maintaining cleaning performance and energy efficiency. Multiple programme options are available, including Auto programmes that adjust washing parameters based on soil detection, a Quick Wash cycle for faster cleaning, and a dedicated Silence programme for discreet operation during evenings or in open-plan living areas. This model is well-suited for families or households that regularly run full dishwasher loads and value both cleaning performance and quiet operation. The height-adjustable top basket provides flexibility for accommodating taller items like glasses and small pans, while features like DosageAssist help ensure proper detergent distribution. The integrated delay timer allows users to schedule cycles during off-peak energy hours or at more convenient times. With its combination of practical capacity, efficient water and energy use, and user-friendly features, this dishwasher represents a balanced solution for everyday kitchen cleaning tasks without unnecessary complexity.