Design youth room bedroom set wardrobe bed desk 3-piece.

Article No. EAN:. 4067282446762.

Dimensions.:.

Crib:.
approx. 120 x 205 x 108 cm.
Length:  approx. 205 cm.
Height:   approx. 108 cm.
Width:  approx. 120 cm.

Mattress surface area: ca. 120 x 200 cm.

Other sizes available (price on request).
approx. 110 x 205 x 108 cm.

Mattress surface area: ca.100 x 200 cm.

Wardrobe:.
approx. 135 x 60 x 200 cm.

Length:  approx. 135 cm.
Height:   approx. 200 cm.
Width:  approx. 60 cm.

Desk:.
approx. 110 x 62 x 100 cm.

Length:  approx. 110 cm.
Height:   approx. 100 cm.
Width:  approx. 62 cm.

Color: .as shown.

Material:. Wood.

The 'Design Youth Room Bedroom Set' is a stylish and practical solution for modern living spaces. This three-piece set includes a **crib**, **wardrobe**, and **desk**, all crafted from high-quality **wood** to ensure durability and a timeless aesthetic. With its thoughtful design, the crib measures approximately 120 x 205 x 108 cm and provides a comfortable mattress surface area of 120 x 200 cm, ideal for a cozy yet spacious sleeping environment. The wardrobe is generously sized at approximately 135 x 60 x 200 cm, offering ample storage space for clothing and essentials, while the desk, sized at approximately 110 x 62 x 100 cm, provides a perfect workspace for homework or creative projects. The set comes in a color as shown, sure to complement any interior decor.

The versatility of the 'Design Youth Room Bedroom Set' makes it an excellent choice for various settings, whether it's for a teenager's room, a guest bedroom, or a compact studio apartment. Its robust construction and intelligent use of space are designed to grow with your needs, offering both practicality and comfort. The ability to request different sizes for the crib at an additional cost further enhances its adaptability, making it suitable for any room size. This set is an investment in quality and style, providing a cohesive look and functional arrangement that meets the demands of modern living while adding a touch of sophistication to any space.