Architecture project // Red Wriggly Tin Facade Integrated With Rainwater Harvesting In A Compact Microhome

Red Wriggly Tin Facade Integrated With Rainwater Harvesting In A Compact Microhome

Authors:

Daniel George Kelso, Premdyl Singh Shadan, James Robinson, Steve Robinson

A compact microhome clad in red wriggly tin and designed with a rainwater harvesting system maximizes functionality and sustainability while providing an adaptable living space.

5 key facts about this project

Unique red wriggly tin exterior enhances durability and aesthetics.

Integrated rainwater harvesting system promotes sustainability.

Flexible sliding wall system allows for adaptable living spaces.

Custom shelving units maximize utility in compact design.

Rooftop garden provides green space and promotes biodiversity.

General keywords

microhome manchester sustainability minimalism self-build urban living eco-friendly compact community

Project specific keywords

wriggly tin triangular hatch rainwater system rooftop garden flexible furniture larch timber sliding wall spatial configuration energy efficiency community engagement

# Analytical Report: "More for Less" Microhome

## Project Overview

Located in Ashworth Valley, Manchester, the "More for Less" microhome addresses the complexities of functional living in compact spaces. The design aims to optimize micro-living and sustainability while maintaining a commitment to user-friendly construction methods. By reimagining smaller living environments, this project prioritizes practicality without sacrificing aesthetic quality or comfort.

## Spatial Configuration

The microhome's spatial strategy ensures that essential functions coexist harmoniously within a limited footprint. The ground floor features a kitchen area, utility space, and a versatile shelving unit, which maximize utility. A sliding wall system enables the adaptability of spaces according to occupants' needs. On the first floor, a living area and sleeping quarters incorporate a conversation pit and study nook that enhance both social interaction and productivity. The roof plan includes a garden, fostering outdoor engagement and supporting urban biodiversity.

## Material and Construction Strategy

The selected materials serve both functional and aesthetic purposes, reinforcing the project's sustainable ethos. External cladding of red wriggly tin contributes unique texture and color, while a steel plate canopy enhances structural integrity. Durable red aluclad frames and sustainable larch timber meet maintenance and eco-friendly requirements, respectively. Moreover, lightweight plywood is utilized within structural components, further supporting sustainability initiatives.

Complementing this material palette, the building employs a construction model inspired by the "WikiHouse" concept, encouraging homeowner engagement in the building process. This approach facilitates autonomy and reduces overall construction costs, making ownership accessible to a broader demographic. A rainwater harvesting system and flexible furniture designs reflect the project’s commitment to energy efficiency and adaptability within a compact living environment.