case study Mobility in 2030 for Natha Das ManikPuri, a farmer/milkman who lives 35km outside Mumbai. and supplies organic milk to some societies in Mumbai.
Problem statement : can we make daily 70km ride easy on the rider
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System map of dairy production distribution. Some costumers prefer milk directly from the cow, this requires the milk to be consumed within 4-5 hours. Organic cattle farms are a perfect example of self-sustenance
When we get rid of the middlemen, The process becomes very simple, the mild can be delivered directly.
Within 4-5 hours
35km
Pasteurization increase the storage time. Fresh milk bottled Direct from cow.
35km
35km
35km collection of empty bottle
milk with Longer Storage time
A well defined delivery system can reduce cost and time. Ensuring quality.
collection of empty bottle
RESPONSIBILITY :
Natha Das ManikPuri age 45
Delivery on time
smartphone charger
Avoid spillage
navigation
Customer interaction
Itinerary tracking
Recycle empty bottle. charge batteries for delivery bike
NEEDS :
MILKMAN year 2030
knowledge of organic milk process
why electric bike ? A farm can provide adequate energy from bio-gas and solar energy source to sustain a delivery of milk and other Products with the least amount of dependency from the external power grid. Making the whole operation self-sustanable . considering the future, A vehicle with less footprint is more manageable in overcrowded cities.
mumbai and other big cities in 2030
Mumbai’s traffic situation over-saturated at present. At this rate, it could be expected, by the year 2030. It would be extremely difficult for mobility on road.
Regular long distance ride would cause stress on riders back and cause long-term health problems Battier powered the vehicle in may cause range anxiety. The system design should also integrate charging process. Minimalist style : a rugged workhorse
Weight distribution should be shared around the bike key words :
rugged utilitarian large storage light as possible
FEATURES
Design Statement: Can a transportation system design ease a load of responsibility of a milkman through design.
the Weight should be distributed evenly around the vehicle. keeping the center of gravity low. Making the bike efficient carrying the load.
delivery collection recycle
for lighter loads, A compact cargo box behind the rider should do the job.
Backpack
A modular debatable compartment would ensure larger loads and also provide refrigeration if needed
Rough concept of a design with integrated cargo space
Rough concept of a design with a detachable module for cargo
An interface with a depth sensor would keep track of the status of the rider. provide AI assistance, The layout of the interface would change as per the need.
Photoshop renders are in work in process , Please let me know what you think about the direction of the research thank you