The 'Nanoyacht' is an innovatively designed and engineered modular boat that is designed to make it possible to assemble and dismantle the boat depending on the environment and situation.
In order to do this, the 'Nanoyacht' makes use of a nesting mechanism that uses different box-like components. All variants of the 'Nanoyacht' include these box-shaped modules as well as a steel frame. The modules can nest inside one another before being assembled together when it's time to get on the water. The makers of the 'Nanoyacht' claim that assembling the boat takes between five to 15 minutes and can be done by one person on their own.
This unique modular boat is the subject of an Indiegogo campaign, with pledges starting at $1,399.
Motorized Modular Boats
This Boat Uses a Nesting Mechanism For Easy Transportation & Assembly
Trend Themes
1. Modular Boats - The modular design of boats allows for easier transportation and assembly, presenting an opportunity for disruption in recreational boating and tourism industries.
2. Nesting Mechanism - The use of nesting mechanism in boat engineering for easier transportation and assembly presents disruptive opportunities in modular construction industry.
3. Single-operator Assembly - The ability to assemble modular boats single-handedly opens innovative possibilities in the boat manufacturing industry by enhancing user experience through easier handling.
Industry Implications
1. Recreational Boating - The modular design of boats can bridge access gaps and make boating more accessible to enthusiasts at a lower cost while providing new ways of revenue generation to disrupt the recreational boating industry.
2. Tourism - The ease in transportation and assembly of modular boats has the potential to disrupt the tourism industry by opening up new opportunities for unique experiences such as on-demand boat rentals for adventure tours.
3. Modular Construction - The application of the Nesting Mechanism to boat engineering presents an opportunity for disruption in the modular construction industry by enhancing ease of construction and transportation, reducing cost, and allowing the construction of modular structures in remote and inaccessible locations.