Russell Hobbs RH3VTD800 - White - Vented Dryer

Russell Hobbs RH3VTD800 - White - Vented Dryer arrives as a compact, energy-conscious vented dryer listed in 2022 that suits small households and tight laundry spaces.

This Russell Hobbs RH3VTD800 combines a clean white finish with a contrasting black door and a stainless steel drum to deliver a modern yet practical look for freestanding installation. The frontloading hatch and left-hand door hinge give straightforward access to the 2.5 kg capacity drum, ideal for one- to two-person households.

Designed with energy awareness in mind, the dryer carries a C energy rating and an annual energy consumption of 199 kWh/year. Over nine years and using a benchmark electricity price, its average electricity cost is estimated at about 394.56 Euro, although actual costs depend on usage patterns.

The appliance measures 49.5 cm wide, 58.5 cm high and 41.5 cm deep and weighs 17 kg. With a 1.5 m power cable and an installation height starting from 85 cm, it can be set up as a freestanding unit in compact utility rooms or stacked arrangements where appropriate.

Performance-wise, the dryer runs at a noise emission level of 62 dB and a full-load program duration of approximately 161 minutes, making it suitable for occasional tumble drying rather than heavy daily use. Its stainless steel drum helps protect fabrics while ensuring longevity.

This model is particularly useful for apartment dwellers, students, or couples who need quick, reliable drying between washes. Consider using the RH3VTD800 for delicate loads, small batches, or as a supplement to line-drying to speed up turnaround.

• Compact freestanding vented dryer with 2.5 kg capacity
• C energy rating, 199 kWh/year, estimated 9-year cost ~394.56 €
• Stainless steel drum, left-hinged black door, white cabinet
• Noise level 62 dB, full-load program ~161 minutes
• Dimensions: 49.5 × 58.5 × 41.5 cm; weight 17 kg

Please note that actual consumption and running costs depend on load types and frequency of use; the energy figures are based on standard reference values.