Whit by Cot Bed with Fibre Mattress

Featuring traditional cot bed styling inspired by a dreamy coastal theme, the Whitby cot bed offers something different thanks to its grooved end panels and subtly curved tops. The open slatted sides are perfect for watching over your little treasure during their most peaceful times and the presence of teething rails ensures your child’s delicate teeth are protected. The mattress base has three adjustable heights, the top of which offers ease of access when moving your newborn, while the lower positions offer extra safety as they grow and become more active. Once your little one is ready, the Whitby can be transformed into a practical toddler bed for children up to approximately four years old. Featuring traditional cot bed styling inspired by a dreamy coastal theme, the Whitby cot bed offers something different thanks to its grooved end panels and subtly curved tops. The open slatted sides are perfect for watching over your little treasure during their most peaceful times and the presence of teething rails ensures your child’s delicate teeth are protected. The mattress base has three adjustable heights, the top of which offers ease of access when moving your newborn, while the lower positions offer extra safety as they grow and become more active. Once your little one is ready, the Whitby can be transformed into a practical toddler bed. The included Obaby 140 x 70cm Fibre mattress is fully breathable and features 10cm thick dent-resistant vented Fibre and hypoallergenic properties to provide tots with a sublimely comfortable night’s sleep. The mattress is a perfect fit for the Grace cot bed and features a fully removable cover that is washable at 60ºC so that the piece can be kept fresh and clean for your child’s slumber. All Obaby mattresses are designed and manufactured to comply with the General Product Safety Regulations 2005 and UK Furniture and Furnishings (Fire Safety) Regulations 1988/1989, 1993, and 2010. Crib, cot, and cot bed mattresses are tested to BS 7177:2008+A1:2011 and BS EN16890:2017.