A redesign of the Remington dryer that removes the bulky handle, lets the user grip the air tube directly, and reopens for repair.
A 1939 Bakelite Princess dryer and a 2021 Remington sit on the same arc. Same handle, same heater, same form, same shortcomings. A teardown of the modern one made it clear how much of that form was inherited rather than designed.
Held in the National Museums Scotland collection.
The teardown subject for this project.
Object Autopsy as a method: take the object apart, label every component, identify every material and process, and let the findings drive the redesign brief.
The case is held together with adhesive, not screws. Once it breaks, you replace it.
The handle dominates the form and accounts for most of the bulk and weight.
Walls thicker than function demands. The total weight tires the wrist in minutes.
Motor, fan, heater, wiring, insulation, grills, all packed into a casing that hides them.
The silhouette is unchanged since 1939. Nobody asked whether it still earns its place.
The handle is what makes the dryer heavy, bulky, and locked into a single grip. Cut it, and four findings collapse into one move. The fifth finding sits on its own. The case is glued shut, so even when something does break, the user can't reach it. Swap the glue for screws, and the dryer becomes repairable again.
Three concept directions went to user testing through semantic differentials. The handle-free version won decisively, judged the most comfortable and the most inviting to use. The form that came out of that round is what AirFlux is.
Everything below the air outlet tube has been removed. The motor, fan, and heater sit directly in line, no detour through a grip.
The user holds the dryer by the air outlet itself. Smaller footprint, lighter in the hand, and the grip rotates freely around the head.
Ten users compared three concepts on semantic differentials. The handle-free version scored highest on comfort, on intuitiveness, and on whether they would actually use it.
The air outlet tube is the part that gets hot, so you can't just grip it bare. And once the form changed, the casing had to change with it. That was the chance to fix what the original got wrong: a casing the user could actually open.
Thermal-insulating silicone wraps the part the user grips. Multiple prototypes were tested to find a profile that's safe, comfortable, and rests naturally in the hand.
The AirFlux case holds together with standard screws, so the user can open it, replace a heater or a fan, and close it back up. Repair becomes part of the product's life, not the end of it.
AirFlux is designed for mass production. The materials follow function, the case is built for injection moulding in two halves, and the Remington's working mechanism slots in unchanged.
The case is designed in two halves to suit injection moulding, the standard process for hair-dryer housings.
The existing Remington motor, fan, heater, and wiring tuck into the new housing with no modification. The redesign sits on top of a working mechanism, not in place of one.