Minimum Viable Product On A Horse Carriage

Dyson, the leader in high-end vacuum cleaners, recently announced their new robotic vacuum cleaner, the 360 eye. It has every bell and whistle you can imagine in a vacuum cleaner – it has more cleaning power than any of its competitors. It can visualize the entire house via a 360 degree camera and collection of infra-red sensors and plan the most efficient cleaning route. It has army tank style treads, so it can simply step over uneven surfaces like carpets and rugs. If all that’s not enough, it comes with a smart phone app, so you can schedule a cleaning session remotely thirty minutes before you arrive in your house with an unexpected guest.

This impressive set of features took sixteen years, and $47 million for Sir James Dyson to improve a product that was already the best in the market. It got me wondering about the first guy who thought of making a vacuum cleaner. There were products as early as 1860. This is an era well before electricity was available as a public utility, and well before plastics arrived, but hey – the carpets and the house are not going to clean themselves. Let’s say - you live in the nineteenth century, and you are crazy enough to dream about a motorized product to clean the house – what would the first version of your product look like, and how would you convince everyone that they can’t live without it?

I love what Hubert Cecil Booth did in 1901. He created a vacuum pump powered by a gasoline engine. The engine was heavy, so he used a horse carriage to carry the engine from one neighborhood to another. All cleaning was done by suction through long tubes with nozzles on the ends.

He used transparent hoses so customers could watch the dirt leaving their house. His staff was dressed in clean professional uniforms. The entire cleaning service was offered as an enjoyable lavish experience while making his customers as the envy of their neighborhood. Booth encouraged his customers to host vacuum tea parties, great for enhancing the whole experience, and perfect for him to attract new customers.

Booth’s vacuum service is an excellent example of a minimum viable product. He didn’t lock himself in a cave to make the most sleek, elegant looking product. He modified existing technologies to test the product hypothesis with minimal resources. He got his product to early customers as soon as possible. His first customer was a local restaurant owner. Booth agreed to clean the dining room for free, but the immense publicity from that event made sure he never looked back.