CricketNest
CricketNest
Conceptual Product Design for Farming Future Food Resources
Conceptual Product Design for Farming Future Food Resources
Set in the world of 2060, where food resources are scarce, the Cricket Garden Tower offers a sustainable solution. Crickets, rich in protein, become a vital food source, and this compact design delivers bountiful harvests in a minimal footprint.
Set in the world of 2060, where food resources are scarce, the Cricket Garden Tower offers a sustainable solution. Crickets, rich in protein, become a vital food source, and this compact design delivers bountiful harvests in a minimal footprint.
Disciplines
Disciplines
Industrial Design
Ready-to-use Product
Rapid Prototyping
Industrial Design
Ready-to-use Product
Rapid Prototyping
Tools
Tools
Fusion 360
Creo
Keyshot
Fusion 360
Creo
Keyshot
CHALLENGE & SOLUTION
CHALLENGE & SOLUTION
As global demand for sustainable protein sources continues to grow, edible insects offer an environmentally friendly alternative to traditional livestock. However, insect consumption remains unfamiliar and inaccessible to many people.
CricketNest is a home-based cricket farming system designed to make insect cultivation accessible, manageable, and visually appealing.
As global demand for sustainable protein sources continues to grow, edible insects offer an environmentally friendly alternative to traditional livestock. However, insect consumption remains unfamiliar and inaccessible to many people.
CricketNest is a home-based cricket farming system designed to make insect cultivation accessible, manageable, and visually appealing.
CricketNest features a three-tier structure, with each layer designed to support crickets at different stages of their life cycle. Users can organize crickets by age, making it easier to manage factors such as temperature, humidity, and growth conditions.
Each container can be rotated and repositioned, allowing smooth transitions between life stages while maintaining an organized and efficient farming process.
CricketNest features a three-tier structure, with each layer designed to support crickets at different stages of their life cycle. Users can organize crickets by age, making it easier to manage factors such as temperature, humidity, and growth conditions.
Each container can be rotated and repositioned, allowing smooth transitions between life stages while maintaining an organized and efficient farming process.
