Pinnacle-duxton 5 Room Floor Plan -

The Pinnacle@Duxton 5-room floor plan represents a landmark in Singaporean public housing, blending efficient urban design with the luxury-tier customizability usually reserved for private condominiums. Spanning approximately 105 to 115 square meters (roughly 1,130 to 1,238 square feet), these units are known for their rectilinear efficiency and "plug-and-play" architectural features. The "S1 and S2" Architectural Philosophy

3. Kitchen

• Type: Semi-enclosed (can be closed off with a door)
• Layout: L-shaped with a wet kitchen area + yard
• Storage: Enough for 2–3 person household, but minimal cabinet space by today’s standards

Pros and Cons of the Layout

Pros:

• Spaciousness: 1,200 sqft is considered massive by modern HDB standards (new 5-room flats are often 1,100 sqft).
• Proximity to MRT: The floor plan’s location is 3 minutes from Tanjong Pagar MRT (EWL) and 10 minutes from Maxwell (TEL).
• Prestige: Living in a "Design & Build" landmark adds social status.
• Skybridge Access: Unmatched recreational space directly linked to your block.

: Plans typically include a square kitchen layout often configured with a service yard and a "chef's triangle" arrangement for the sink, hob, and fridge. Essential Spaces pinnacle-duxton 5 room floor plan

The Ultimate Guide to the Pinnacle@Duxton 5-Room Floor Plan

The Pinnacle@Duxton is an architectural icon in Singapore, famous for being the tallest public housing project in the world and its unique "sky bridges." For prospective homeowners, the 5-room flats are often the most coveted units due to their size, panoramic views, and premium finish. The Pinnacle@Duxton 5-room floor plan represents a landmark

Bathrooms: A total of two bathrooms (one master ensuite and one common). Type: Semi-enclosed (can be closed off with a

1. The Layout: A Modern "Contemporary" Design

Unlike older HDB flats where rooms are strictly compartmentalized, the Pinnacle@Duxton utilizes a Contemporary Layout. This means the structural walls are pushed to the exterior, minimizing beams and columns inside the unit.