© 2019 by Andy Ma.

MITAN:

A Motorcycle Made From 90% Plastic

Project Background

 

The client (a major plastics chemical manufacturer) aimed to increase their presence in the 2 wheeler market (motorcycles). A partnership with our team was established to develop a marketing proposition to display specific capabilities of their materials through a unique design of a 125cc motorcycle concept.

Challanges

 

- Boost the clients B2B relations in the motorcycle industry

- Utilize unique material solutions never before seen on a motorcycle

Possibilities for Plastic Parts

First of all the team identified all areas on the motorcycle where the replacement of plastic parts was possible.

The Approach

Two concept directions were followed in the research and ideation stages. 

Practicalfocused on a type of user who rides a motorcycle for the pure functionality of the machine. Commuting mainly to work and back. He is a family man with a need for durability and realiability.

 

Leisure: focused on a rider who is passionate about his bike. He uses the motorcycle for commuting as well as for thrill and enjoyment. For him the motorcycle is about the experience of the ride

Ideation

Ideation was carried out simultaneously on both concepts over 6 weeks. The team worked together to define distinct directions for both the leisure and practical concepts.

Direction1: Leisure (aka Dilu)

Sketch exploration & development.

Direction2: Practical (aka Mitan)

Sketch exploration & development.

Chosen Concept for Development - Mitan

Mitan won the hearts of the client due to its high appeal to a wider market and for the fact that more body panels could showcase more material solutions.

Design Development of Mitan

Polyamide and composites frame design is finalized

Render

 

An innovative sales tool and has allowed our client to reach out to motorcycle OEM'S across asia and communicate their expertise in material solutions better than ever before. 

Material Innovations

Rims - Polyamide (Nylon)

Seat - Polyurethane spray skin on foam

Frame - 4 parts - Polyamide + Composites (FRP + CRFT)  + Metal injection molding  

Swingarm - Polyamide (Nylon)

Tank - Polyamide (Nylon)

Head - Bezel + Lens integration

Engine Covers - Thermoplastic polyester