Sombra Verde’s 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology


Side_CB Sombra Verde's 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology Architecture © Carlos Bañón

Bridging the hole between the previous and the new is rarely simple. Traditional development strategies, the place you regularly alter to the unpredictability of a herbal subject material, appear to distinction with the mechanical precision of recent development. Sombra Verde – a bamboo gazebo advanced through AIRLAB and Singapore University of Technology and Design (SUTD) as a part of Singapore’s Urban Design Festival 2018 – bridges this hole. The conventional uncooked bamboo poles, used widely all through Southeast Asia, are mixed with 3D revealed connectors, using a chain of recent applied sciences. The result’s an iconic, light-weight construction in Singapore’s Duxton Plain Park that promotes the use of public area, sheltering the inhabitants from each the intense solar and heavy rain.

Top2_CB Sombra Verde's 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology Architecture © Carlos Bañón

By their very nature, bamboo poles range in cross-section, thickness, and bend. In reaction to this, virtual measurements had been essential in attaining this construction. Each of the 117 poles had been lower to period and digitized through the staff. The data used to be then used to calculate the structural capability and because of this its optimum place inside the construction.

Pillar_CB Sombra Verde's 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology Architecture © Carlos Bañón
Detail_CB Sombra Verde's 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology Architecture © Carlos Bañón

The information used to be then utilized in the design and fabrication of the 36 bespoke connecting items, and the subject material PLA used to be used to 3D print every person component. An affordable and sustainable plant-based polymer, PLA’s homes make for a cost-effective printing procedure, whilst the seamless, plastic node tightens on reference to the bamboo, the deliberate rotation enabling the construction to behave as one.

Detail_1 Sombra Verde's 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology Architecture Detail
AXON_GREEN Sombra Verde's 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology Architecture Axonometric

The pavilion measures 8.50 x 6.50 meters with a peak of 3.00 meters and weighs lower than 150kg. Its clear, inexperienced, mobile polycarbonate roof rests moderately upon the community of bamboo underneath, which itself meets the floor gracefully on three inverted tripod columns.

Nodes_Array Sombra Verde's 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology Architecture Nodes Array
FLOORPLAN Sombra Verde's 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology Architecture Floor Plan

Design: AirLab, Singapore University of Technology and Design (air.sutd.edu.sg)
Airlab @SUTD: Assistant Professors Felix Raspall and Carlos Bañón in SUTD, and PhD Researcher Felix Amtsberg in SUTD-MIT
Location: Singapore
Project Lead: Felix Raspall, Felix Amtsberg, Carlos Bañón
Team: Yuxin He, Sourabh Maheshwari, Tay Jenn Chong, Aurelia Chan, Anna Toh Hui Ping, Sihan Wang, Mohit Arora
Sponsors: LopeLab, Urban Redevelopment Authority Singapore, Singapore University of Technology and Design, and Center for Digital Manufacturing and Design (DManD)

4govTNqWAmg Sombra Verde's 3D Printed Bamboo Structure Bridges the Gap Between Tradition and Technology Architecture

Leave a Reply

Your email address will not be published. Required fields are marked *