HD90 Hairdryer
Reimagine the hairdryer
In this project I wanted to create a concept that revolutionizes our traditional idea of hairdryers, introducing an innovative hands-free device.
In this project I wanted to create a concept that revolutionizes our traditional idea of hairdryers, introducing an innovative hands-free device.
The design process began with a broad exploration of six distinct archetypes to define the potential identity of the device. Themes ranged from "Hyper-Masculine" and "Futuristic Hi-Fi" to purely functional concepts like "Compact & Cheap" and multifunction devices capable of both suction and blowing.
Based on the design drivers, I sketched prototypes that would fit the created profile. From these concepts, I chose the three most viable options for further development.
I explored further three distinct directions: a turbo-model with suction, a fully mechanical dryer, and a stationary unit.
I eventually chose to develop a dryer that is placed on top of a cabinet or mounted on a wall. This hands-free approach creates a new perspective, freeing the user's hands for styling while the device manages the airflow.
Concept: A fully mechanical, electricity-free dryer powered by a spring pack and pull-cord.
Target: Hikers, off-grid living, and doomsday preppers.
Verdict: Durable but physically demanding.
Concept: A twisted, tubular design combining pressurized blowing with suction to physically straighten hair.
Target: Interior decorators seeking conversation pieces.
Verdict: Visually strong but too niche.
Concept: An automated, hands-free unit designed to sit atop a bathroom cabinet or mount to a wall.
Target: Tech enthusiasts and busy individuals.
Verdict: The winning concept for its efficiency and innovative design.
The HD90 features ionization, dual motors, and app-based control.
It can be placed atop a bathroom cabinet or mounted on the wall using anchoring points in the base, with an adjustable flap redirecting airflow to the user.
The first prototypes were created using cardboard to physically validate the scale of the dryer. After finalizing the CAD model, I used FDM 3D printing to create the final physical prototype.
