Arundel Timber Frame Net Zero New Build
Our 220 m2 Net Zero Arundel timber frame home is a work of art.
A net-zero house is both economically and environmentally sustainable because it generates the same amount of clean energy as it consumes,
We can guarantee a net zero on heating.
The timber construction of the house is made of premium, environmentally friendly timber that is both stylish and strong.
The frame’s precise engineering optimises its durability while allowing for an open floor plan and plenty of natural light.
The clean, plain, yet appealing shape of the Net Zero Arundel timber frame evokes images of modern architecture, complete with large windows and clear lines.
The open-concept design of the home allows for easy movement between spaces, making it suitable for both daily living and entertaining.
Triple-pane windows, smart insulation, and a high-efficiency heating and cooling system are just a few of the features designed to maximise energy efficiency.
Solar panels can also be included in the design, which provide clean energy to power the interior of the house.
The interior of the Net Zero Arundel timber frame was designed with modern living in mind.
The spacious kitchen includes energy-efficient equipment, plenty of storage, and a large island for gathering and cooking.
The living and dining areas are big and light-filled, thanks to large windows and access to a covered outdoor living space.
The Arundel is a completely bespoke building, giving you freedom to play with the interior or exterior. you change-model everything; nothing is set in stone, only the quality.
The house also includes three other bedrooms, including an exquisite master suite with an attached spa-like shower and a private patio.
The remaining two bedrooms are of reasonable size and share a bathroom.
Overall, the Net Zero Arundel timber frame is a stunning green house that delivers both design and utility.
It exemplifies the possibilities for sustainable living and the beautiful, eco-friendly homes that can be produced with wood frame construction.
