My first academic full time project - The project dealt with solving issues related to current autorickshaws and majorly coming up with a solution for low cost, high efficient, eco-friendly product. The design features improved space due to rearrangements of basic layout and also features a battery powered 3.5kW in wheel motor powering the front wheel. It has capacity of running 75 kms(avg. max distance covered in a day) in a single charge and can be charged via a normal household plug with the charging time ranging from 4-6 hours.
My first academic full time project - The project dealt with solving issues related to current autorickshaws and majorly coming up with a solution for low cost, high efficient, eco-friendly product. The design features improved space due to rearrangements of basic layout and also features a battery powered 3.5kW in wheel motor powering the front wheel. It has capacity of running 75 kms(avg. max distance covered in a day) in a single charge and can be charged via a normal household plug with the charging time ranging from 4-6 hours.
Final Concept
Selected COncept - The project dealt with solving issues related to current autorickshaws and majorly coming up with a solution for low cost, high efficient, eco-friendly product. The design features improved space due to rearrangements of basic layout and also features a battery powered 3.5kW in wheel motor powering the front wheel. It has capacity of running 75 kms(avg. max distance covered in a day) in a single charge and can be charged via a normal household plug with the charging time ranging from 4-6 hours.
Initial Concepts - The project dealt with solving issues related to current autorickshaws and majorly coming up with a solution for low cost, high efficient, eco-friendly product. The design features improved space due to rearrangements of basic layout and also features a battery powered 3.5kW in wheel motor powering the front wheel. It has capacity of running 75 kms(avg. max distance covered in a day) in a single charge and can be charged via a normal household plug with the charging time ranging from 4-6 hours.
Initial Concepts - The project dealt with solving issues related to current autorickshaws and majorly coming up with a solution for low cost, high efficient, eco-friendly product. The design features improved space due to rearrangements of basic layout and also features a battery powered 3.5kW in wheel motor powering the front wheel. It has capacity of running 75 kms(avg. max distance covered in a day) in a single charge and can be charged via a normal household plug with the charging time ranging from 4-6 hours.
Initial Concepts - The project dealt with solving issues related to current autorickshaws and majorly coming up with a solution for low cost, high efficient, eco-friendly product. The design features improved space due to rearrangements of basic layout and also features a battery powered 3.5kW in wheel motor powering the front wheel. It has capacity of running 75 kms(avg. max distance covered in a day) in a single charge and can be charged via a normal household plug with the charging time ranging from 4-6 hours.
Initial Concepts - The project dealt with solving issues related to current autorickshaws and majorly coming up with a solution for low cost, high efficient, eco-friendly product. The design features improved space due to rearrangements of basic layout and also features a battery powered 3.5kW in wheel motor powering the front wheel. It has capacity of running 75 kms(avg. max distance covered in a day) in a single charge and can be charged via a normal household plug with the charging time ranging from 4-6 hours.
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