Project Details
- Project Name
- Lilayi Lodge in Lusaka
- Architect
- Pantic Architects
- Client/Owner
- Lilayi Lodge
- Project Types
- Hospitality
- Project Scope
- New Construction
- Size
- 1,200 sq. meters
- Year Completed
- 2010
- Shared by
- Pantic Architects
- Team
- Pantic Architects, Architects
- Consultants
- Design Architect and Architect of Record: Pantic Architects
- Project Status
- Built
- Style
- Traditional
Project Description
Strong African elements through modern interpretation guided the design and architectural concepts. Undulating thatched roofs brought in the local atmosphere while they were framed by linear concrete elements creating contrasting elements and form. Organic natural elements opposing stiff man-made structures. The forms are circular and curvilinear following the traditionalZambian hut design that symbolises shelter and protection. The inner structure is made of wooden gum poles that carry the thatched roof, while an external buffer zone is covered by concrete providing a thermal buffer and protection from the elements. The best seating areas are on this covered veranda as the climate is temperate allowing outside sitting the whole year. The roof slabs protect from the sun and rain, while at the same time providing a cooling effect due to the high thermal mass.
This same principle was used for the bungalows with a smaller veranda in front of the bed providing shade and an external sitting area.
The theme behind the lodge has been to emphasise and bring out natural elements both in the architecture and in the interior design. Wooden light fittings and furniture, natural leather upholstery, gum pole structures and hardwood floors pervade the interiors. Beiges and light tones are contrasted by dark wooden windows and the thatch roof.
The large internal volumes due to the steep thatch roofs allow for the hot air to rise and escape, providing a cooler space for the occupants. Large covered verandas protect all openings sheltering from the beating sun and minimise heating of the internal spaces. The use of concrete slabs on the verandas aids with diurnal cooling of the filter zones - the thermal inertia of the walls allows them to cool the spaces during the hot day and give off heat during the cool nights. Local materials, techniques and labour were prioritised during all design and construction decisions leading to a more sustainable architectural design.