Cómo desatamos la potencia.
"Nadie estaba diseñando el tipo de motor que necesitábamos. Asà que dedicamos ocho años a desarrollar el nuestro. Sin él, nuestras aspiradoras sin cable no tendrÃan tanta potencia"
James Dyson
Cómo aceleramos la tecnologÃa.
In 1997, conventional motors were still using 160-year-old technology. So we started developing smaller, faster digital motors – by adding intelligent software to a motorbike impeller.
La revolución digital.
En 2009, creamos el motor digital Dyson V2 de 200 vatios. Pequeño y ligero, giraba a 78.000rpm, dándonos la potencia necesaria para fabricar nuestra primera aspiradora inalámbrica.
Eficiencia ergonómica.
The Dyson Digital Slim™ vacuum launched in 2011. With the motor and the battery in the handle, it had the optimum centre of gravity for floor-to-ceiling cleaning – and created a new kind of vacuum cleaner.
Cómo trascendimos nuestros propios lÃmites.
Cuando nuestros ingenieros desarrollaron el motor digital Dyson V6 de siguiente generación y 350 vatios, tuvimos que encontrar una carcasa capaz de contener al motor mientras giraba a 110.000rpm.
A toda velocidad.
So we investigated the super-strong, ultra-light casing used in Formula 1 for its KERS flywheel technology. And then we created our own – by adapting carbon fibre fishing rod tubes.
Mayor rendimiento
Alongside the Dyson digital motor V6, we added 2 Tier Radial™ cyclones to increase airflow and capture more fine dust, plus an energy-saving soft-touch trigger and one-click bin emptying.
- 250 Million GBP spent on developing the motor
- 200 Patents on the Dyson digital motor V6
- 46 Dyson engineers worked to create the motor
- 220 Grams motor weight for light, easy cleaning
The stick vacuum, defined.¹
A redesigned nickel-manganese-cobalt battery gave the motor 150% more power and a run time of up to 20 minutes.¹ And by 2014, we'd created the Dyson V6™ cord-free stick vacuum.
