dysonVaccumist
Dyson
A 14-week sponsored design project focused on developing a product extension for Dyson. The project covered the entire design process, including user research, market analysis, concept ideation, sketch development, 3D CAD modeling, prototyping, and the fabrication of a full-scale physical model.
This is a conceptual extension design for Dyson, created as a class project and not an actual Dyson product.
Procreate Solidworks Keyshot 3D Printing
Brand idea
dyson
Use case
car vacuume
Environment/Location
The product is used inside vehicles-cars, SUVs, trucks, and sometimes vans.
Users
Everyday car owners
Parents with kids
Pet owners
Ubar/taxi drivers
End user persona
Values
In pursuit of practicality and cost-effectiveness, aiming to enhance the quality and comfort of life.
Trails
Love life and family, enjoy outdoor activity, dog person
Aspiration
She desires products that are convenient, time-saving | and energy-efficient to improve her life.
Attitude
Focus on quality , prefer simple designs
Activity
Camping
picnic
shopping
travelling
Hobbies
Baking
Flower arrangement
Yoga
Reading
Unique acticity
Every day is very busy, including doing housework, cooking, taking care of the children, walking the dog, and often needing to drive the whole family out.
Pain points
Children eating in the car spills food
Children stepped into the car with dirty shoes
The dog shed a lot of hair on the car carpet
Don't have time to regularly take the car for car care and cleaning.
Needs
Convenient, fast, portable and not easily damaged in-car cleaning tools.
Biomechanics / Ergonomic Research
Sketches for dyson car vaccume
Fetures
Nozzle
Dust Bin
Pre-Motor Filter
Filter
Filter cover
Electric Motor
Motor Housing
Cooling Fan
On/Off Switch
touch screen
charging port
Design opportunity
How might we make a vacuum cleaner that fits into the car interior — both physically and visually?
• Put the vacuum cleaner with parts of the car interior (door panels, cup holder,trunk lining).
• Attach the car vacuum magnetic base or clip to the car's interior, allowing easy access without clutter.
Sustainability Strategies
Modular Repairability
Modular repairability refers to a product's design that utilizes interchangeable components, allowing for easier and more cost-effective repairs, upgrades, and replacements.
Benefits
Extend the product lifespan
Reduce the overall replacement frequency
Reduce electronic waste
Encourage users to actively maintain and repair equipment
Implements
components connect allow users to replace them without professional tools
Provide the ordering channels for replacement parts
Renderings