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World’s Largest E-Scooter Factory to Make EV Every 2 Seconds to come in India

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(Bloomberg) -- Bhavish Aggarwal surveys the empty 500-acre expanse encircled by neon-painted homes, tiny shrines and mango groves. The high-profile Ola founder hopes to erect the world’s largest electric scooter plant on this vacant plot on Bangalore’s outskirts within the next 12 weeks, cranking out about 2 million a year -- a landmark for one of India’s largest startups.

A two-and-a-half hour drive southeast of Bangalore, Aggarwal’s envisioned $330 million mega-factory marks a bold foray into uncharted territory for an entrepreneur who’s spent 10 years building a ride-hailing giant. His follow-up Ola Electric is getting into an electric vehicle market already crowded by names from Tesla Inc. to China’s Nio Inc. -- albeit with a humble two-wheeler initially -- but that could play in a $200 billion domestic EV industry in a decade.
If all goes according to plan, his Ola Electric Mobility Pvt hopes to make 10 million vehicles annually or 15% of the world’s e-scooters by the summer of 2022, starting with sales abroad later this year. That would be one scooter rolling out every two seconds after the plant expands next year. It’s the first step in Aggarwal’s goal to eventually assemble a full line-up of electric cars in a boost for Prime Minister Narendra Modi’s Make in India and sustainable mobility ambitions.
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“It’s a vehicle we’ve engineered ground-up so India can get a seat at the world EV table,” the 35-year-old said in an interview last week. Indian companies “have the smarts and energy to leapfrog into the future of EV.”
Aggarwal is getting into the market just as the core business of ride-hailing slows during the pandemic. Fume-spewing scooters and motorcycles remain the most popular mode of transport in India’s infamously smoggy cities, 21 of which ranked among the 30 most polluted urban centers in the world in 2019. But the country is now pushing electric vehicles and self-reliance in battery technologies that could, according to the think-tank CEEW Centre for Energy Finance, underpin a $206 billion EV market in 10 years.
That won’t be easy. Middle-class Indians worry about air quality but are reluctant -- at current rates -- to fork out twice the price of a regular scooter for an electric version. Aggarwal too will have to fend off competition from not just local rivals Hero MotoCorp and Bajaj Auto, but also up-and-comers such as Ather Energy and Chinese brands including Niu Technologies.
Read more: Why One Startup Founder Turned Down a $1.1 Billion SoftBank Deal
The entrepreneur takes inspiration from the likes of Tesla, Nio and Xpeng Inc., which have out-engineered established auto giants with ever-cheaper batteries and over-the-air software capabilities, but he’s taking a different tack. He wants to sell affordable two-, three- and four-wheelers for urban rides. “Our ambition is to build the world’s leading urban mobility EV company,” he said.
-1x-1.jpg

Ola Electric is Aggarwal’s second act. A decade ago, he pioneered ride-hailing in the country and took on Uber Technologies Inc., expanding across 200 cities before heading overseas to the U.K, Australia and New Zealand. His EV startup was incorporated in 2017 and became a billion-dollar company, or unicorn, two years later, when SoftBank Group Corp. and Tiger Global Management forked out hundreds of millions. It was the second time for the pair of global investors, even though Aggarwal had fought them to maintain control of Ola.
This time round, he’s even more firmly in the driving seat. He’s also secured capital from Hyundai Motor Co. and Kia Motors Corp. and recently won over more backers whose names he wouldn’t reveal.
“We’re very well-capitalized and investor interest is unprecedented,” said Aggarwal.
-1x-1.jpg

Aggarwal, who often interrupts himself to ask “What do you think?,” wants to introduce five two-wheeler models at the outset, including mass-market, premium and self-balancing versions. Even more audaciously, he wants to get the first electric cars on Indian roads in 18 to 24 months. He talks about someday selling autonomous vehicles and futuristic four-wheelers that don’t look like cars.
Read more: Next Big Wave of Tech Unicorn Listings Could Be in India

On this particular Thursday, he zipped around on a sleek scooter prototype in the office park in the Koramangala neighborhood, the epicenter of Bangalore’s startup scene. He showed off novel lighting, removable batteries and a large storage trunk. His plan is to sell the scooters digitally as well as via dealerships, offering monthly payment plans to make it easier on buyers’ pockets.
Electric vehicles now comprise fewer than 1% of all automobiles sold, estimate consultancy KPMG and the Confederation of Indian Industry. In India, battery-powered scooters could account for between a quarter and 35% of the two-wheeler market by 2030, and three-wheeled vehicles -- popular locally -- 65% to 75% by then.

Vehicle affordability could be key to cracking the India market, and it boils down to the running cost per kilometer. Aggarwal’s not revealing prices yet but said his product would compete with traditional scooters going for about $1,000 apiece. “We’ll drive costs down by playing at scale.”
To keep costs in check, Ola is designing, engineering and manufacturing its own battery pack, motor, vehicle computer and software. Like Tesla, it wants to keep costs down by building its own power cells. It’s testing charging solutions and battery-swapping stations. Last year, it acquired Amsterdam-based smart scooter startup Etergo BV to jumpstart its own scooter manufacturing.
-1x-1.jpg

Ola’s factory site will sport more than 3,000 robots working alongside 10,000 workers. Software built by its 1,000-member team -- mostly engineers -- will divvy up the work. The factory’s roof will be covered with solar panels and be carbon negative. Two supplier parks at either end of the complex will make about half of the scooter components required.

Aggarwal oversees it all scrupulously. Once a week, he trudges around the construction site checking on progress. On other days, cameras mounted on tall pipes around the site relay the action directly to his desk. His pride is evident: a graduate of the elite Indian Institute of Technology, he said he designed the automated storage, retrieval and delivery system for the electric scooters and won a patent for it.
“It has to come in handy sometime, right?” he said of his education, using the popular Hindi phrase “kahin toh kaam aana chahiye na.”


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Two wheelers is the main mode of transportation for Indian middle class. Electric scooters will be something which will change the the fate of India. Transportation for the middle class will be damn cheap. India will be able to fight very effectively with pollution and her dependence on petroleum product will reduce to a big extent. This is a Win-Win situation for Indian government Indian people and Indian economy.
 
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Two wheelers is the main mode of transportation for Indian middle class. Electric scooters will be something which will change the the fate of India. Transportation for the middle class will be damn cheap. India will be able to fight very effectively with pollution and her dependence on petroleum product will reduce to a big extent. This is a Win-Win situation for Indian government Indian people and Indian economy.


This...safe electric two wheelers and rider airbags(need to push price below 200 euros per jacket) will remain the only viable option for India till India goes into the high middle income territorry ($15,000 GDP percapita nominal minimum).......on top of that most Indian towns outside of the top 12 big cities and industrial cities, are not really built around the car...they are mostly narrow lanes built for cycles, cycle rickshaws, horse drawn carriages, ox carts.....those have or are being replaced with small capacity motorcycles, light commercial vehicles built on quadricycle chassis

I donot see the situation changing before the next 35 years


Japanese Kei class light commerical vehicles may be suitable for India if they can be modified for tough Indian terrain and grime
 
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This is really good news for India. Your cities will be quieter and have a lots less pollution. I hope Indian govt puts in legislation to help phase out typical scooters/motorbikes/rickshaws and replaces them with electric versions.

I have long reccomended same approach in Pakistan.
 
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Fume-spewing scooters and motorcycles remain the most popular mode of transport in India’s infamously smoggy cities, 21 of which ranked among the 30 most polluted urban centers in the world in 2019.

Those smoggy, polluted, noisy, congested, accident-prone and chaotic cities of India are because successive governments have left the job of transportation in the hands of India's notoriously undisciplined citizens. State and national governments have decided that a Smart Indian City means building metro lines ( needless ) and building more flyovers but all that the second thing has done is for the middle class and the lower class to buy two-wheelers and four-wheelers ( by taking loans ). Those millions of new electric scooters that Ola wants to manufacture will only add to the already chaotic main roads and neighborhoods of India.

The simple and best solution is abolish privately-owned personal transport vehicles, whether two-wheeler or four-wheeler, and make efficient mass transport system ( buses ) and four-wheeler taxis. These vehicles can remain fueled by petrol until a new, good power generation system becomes available ( like the Nano Diamond Battery which uses nuclear reactor waste ). This would be the best way of ensuring transportation system that removes chaos, pollution and accidents.
 
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Those smoggy, polluted, noisy, congested, accident-prone and chaotic cities of India are because successive governments have left the job of transportation in the hands of India's notoriously undisciplined citizens. State and national governments have decided that a Smart Indian City means building metro lines ( needless ) and building more flyovers but all that the second thing has done is for the middle class and the lower class to buy two-wheelers and four-wheelers ( by taking loans ). Those millions of new electric scooters that Ola wants to manufacture will only add to the already chaotic main roads and neighborhoods of India.

The simple and best solution is abolish privately-owned personal transport vehicles, whether two-wheeler or four-wheeler, and make efficient mass transport system ( buses ) and four-wheeler taxis. These vehicles can remain fueled by petrol until a new, good power generation system becomes available ( like the Nano Diamond Battery which uses nuclear reactor waste ). This would be the best way of ensuring transportation system that removes chaos, pollution and accidents.

You know you can make public transport without abolishing private transport? Also focus should be on peack times. Schools for example should all provide mini-bus services or bus services. Labour laws should be amended to state 60% WFH unless there is a specific reason why this is not feasible, hence reducing the commuter traffic.
 
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You know you can make public transport without abolishing private transport? Also focus should be on peack times. Schools for example should all provide mini-bus services or bus services. Labour laws should be amended to state 60% WFH unless there is a specific reason why this is not feasible, hence reducing the commuter traffic.

I agree to the underlined but will still speak for abolishing of privately-owned personal transport. The planned Saudi city called NEOM is meant to not have personal cars. Same is the case of a Chinese township called Net City being set up in Shenzhen area by the company Tencent.

If we think about it there is no need to have a personally-owned vehicle unless one runs a business and needs access to delivery vans, cement mixer trucks, furniture moving trucks etc.
 
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(Bloomberg) -- Bhavish Aggarwal surveys the empty 500-acre expanse encircled by neon-painted homes, tiny shrines and mango groves. The high-profile Ola founder hopes to erect the world’s largest electric scooter plant on this vacant plot on Bangalore’s outskirts within the next 12 weeks, cranking out about 2 million a year -- a landmark for one of India’s largest startups.

A two-and-a-half hour drive southeast of Bangalore, Aggarwal’s envisioned $330 million mega-factory marks a bold foray into uncharted territory for an entrepreneur who’s spent 10 years building a ride-hailing giant. His follow-up Ola Electric is getting into an electric vehicle market already crowded by names from Tesla Inc. to China’s Nio Inc. -- albeit with a humble two-wheeler initially -- but that could play in a $200 billion domestic EV industry in a decade.
If all goes according to plan, his Ola Electric Mobility Pvt hopes to make 10 million vehicles annually or 15% of the world’s e-scooters by the summer of 2022, starting with sales abroad later this year. That would be one scooter rolling out every two seconds after the plant expands next year. It’s the first step in Aggarwal’s goal to eventually assemble a full line-up of electric cars in a boost for Prime Minister Narendra Modi’s Make in India and sustainable mobility ambitions.
-1x-1.jpg

“It’s a vehicle we’ve engineered ground-up so India can get a seat at the world EV table,” the 35-year-old said in an interview last week. Indian companies “have the smarts and energy to leapfrog into the future of EV.”
Aggarwal is getting into the market just as the core business of ride-hailing slows during the pandemic. Fume-spewing scooters and motorcycles remain the most popular mode of transport in India’s infamously smoggy cities, 21 of which ranked among the 30 most polluted urban centers in the world in 2019. But the country is now pushing electric vehicles and self-reliance in battery technologies that could, according to the think-tank CEEW Centre for Energy Finance, underpin a $206 billion EV market in 10 years.
That won’t be easy. Middle-class Indians worry about air quality but are reluctant -- at current rates -- to fork out twice the price of a regular scooter for an electric version. Aggarwal too will have to fend off competition from not just local rivals Hero MotoCorp and Bajaj Auto, but also up-and-comers such as Ather Energy and Chinese brands including Niu Technologies.
Read more: Why One Startup Founder Turned Down a $1.1 Billion SoftBank Deal
The entrepreneur takes inspiration from the likes of Tesla, Nio and Xpeng Inc., which have out-engineered established auto giants with ever-cheaper batteries and over-the-air software capabilities, but he’s taking a different tack. He wants to sell affordable two-, three- and four-wheelers for urban rides. “Our ambition is to build the world’s leading urban mobility EV company,” he said.
-1x-1.jpg

Ola Electric is Aggarwal’s second act. A decade ago, he pioneered ride-hailing in the country and took on Uber Technologies Inc., expanding across 200 cities before heading overseas to the U.K, Australia and New Zealand. His EV startup was incorporated in 2017 and became a billion-dollar company, or unicorn, two years later, when SoftBank Group Corp. and Tiger Global Management forked out hundreds of millions. It was the second time for the pair of global investors, even though Aggarwal had fought them to maintain control of Ola.
This time round, he’s even more firmly in the driving seat. He’s also secured capital from Hyundai Motor Co. and Kia Motors Corp. and recently won over more backers whose names he wouldn’t reveal.
“We’re very well-capitalized and investor interest is unprecedented,” said Aggarwal.
-1x-1.jpg

Aggarwal, who often interrupts himself to ask “What do you think?,” wants to introduce five two-wheeler models at the outset, including mass-market, premium and self-balancing versions. Even more audaciously, he wants to get the first electric cars on Indian roads in 18 to 24 months. He talks about someday selling autonomous vehicles and futuristic four-wheelers that don’t look like cars.
Read more: Next Big Wave of Tech Unicorn Listings Could Be in India

On this particular Thursday, he zipped around on a sleek scooter prototype in the office park in the Koramangala neighborhood, the epicenter of Bangalore’s startup scene. He showed off novel lighting, removable batteries and a large storage trunk. His plan is to sell the scooters digitally as well as via dealerships, offering monthly payment plans to make it easier on buyers’ pockets.
Electric vehicles now comprise fewer than 1% of all automobiles sold, estimate consultancy KPMG and the Confederation of Indian Industry. In India, battery-powered scooters could account for between a quarter and 35% of the two-wheeler market by 2030, and three-wheeled vehicles -- popular locally -- 65% to 75% by then.

Vehicle affordability could be key to cracking the India market, and it boils down to the running cost per kilometer. Aggarwal’s not revealing prices yet but said his product would compete with traditional scooters going for about $1,000 apiece. “We’ll drive costs down by playing at scale.”
To keep costs in check, Ola is designing, engineering and manufacturing its own battery pack, motor, vehicle computer and software. Like Tesla, it wants to keep costs down by building its own power cells. It’s testing charging solutions and battery-swapping stations. Last year, it acquired Amsterdam-based smart scooter startup Etergo BV to jumpstart its own scooter manufacturing.
-1x-1.jpg

Ola’s factory site will sport more than 3,000 robots working alongside 10,000 workers. Software built by its 1,000-member team -- mostly engineers -- will divvy up the work. The factory’s roof will be covered with solar panels and be carbon negative. Two supplier parks at either end of the complex will make about half of the scooter components required.

Aggarwal oversees it all scrupulously. Once a week, he trudges around the construction site checking on progress. On other days, cameras mounted on tall pipes around the site relay the action directly to his desk. His pride is evident: a graduate of the elite Indian Institute of Technology, he said he designed the automated storage, retrieval and delivery system for the electric scooters and won a patent for it.
“It has to come in handy sometime, right?” he said of his education, using the popular Hindi phrase “kahin toh kaam aana chahiye na.”


View attachment 735479View attachment 735479
It's very risky to enter a new consumer product market, with a single new product, and making everything in house, and on such scale.

Imagine that tomorrow a new battery tech comes out, and completely obsoletes their cell design. They will be left with tons of unsalable inventory, and a plant that can only make unsalable bikes.

They will have to retool immediately at a huge cost. And then something else happens...

It's just like with first smartphones. Consumers are very fickle, and the market leader is only few mm away from laggards on tech specs, and features.
 
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It's very risky to enter a new consumer product market, with a single new product, and making everything in house, and on such scale.

Imagine that tomorrow a new battery tech comes out, and completely obsoletes their cell design. They will be left with tons of unsalable inventory, and a plant that can only make unsalable bikes.

They will have to retool immediately at a huge cost. And then something else happens...

It's just like with first smartphones. Consumers are very fickle, and the market leader is only few mm away from laggards on tech specs, and features.

They must have done SWOT analysis before committing such a big amount.
 
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It's very risky to enter a new consumer product market, with a single new product, and making everything in house, and on such scale.

Imagine that tomorrow a new battery tech comes out, and completely obsoletes their cell design. They will be left with tons of unsalable inventory, and a plant that can only make unsalable bikes.

They will have to retool immediately at a huge cost. And then something else happens...

It's just like with first smartphones. Consumers are very fickle, and the market leader is only few mm away from laggards on tech specs, and features.
The battery inside electric scooter are swappable. New battery come up, just put in the new battery tech..

Taiwan has been doing that for many years. The battery are small enough to be hand carry back home and charge at night. And then u plug them back for next morning , u go for work. E-Bike rider will never need to go petrol kiosk again.

The best thing is, you can secretly charge the battery at your workplace and has free electric for your e-bike. :enjoy:

Just don't get caught will do.
 
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(Bloomberg) -- Bhavish Aggarwal surveys the empty 500-acre expanse encircled by neon-painted homes, tiny shrines and mango groves. The high-profile Ola founder hopes to erect the world’s largest electric scooter plant on this vacant plot on Bangalore’s outskirts within the next 12 weeks, cranking out about 2 million a year -- a landmark for one of India’s largest startups.

A two-and-a-half hour drive southeast of Bangalore, Aggarwal’s envisioned $330 million mega-factory marks a bold foray into uncharted territory for an entrepreneur who’s spent 10 years building a ride-hailing giant. His follow-up Ola Electric is getting into an electric vehicle market already crowded by names from Tesla Inc. to China’s Nio Inc. -- albeit with a humble two-wheeler initially -- but that could play in a $200 billion domestic EV industry in a decade.
If all goes according to plan, his Ola Electric Mobility Pvt hopes to make 10 million vehicles annually or 15% of the world’s e-scooters by the summer of 2022, starting with sales abroad later this year. That would be one scooter rolling out every two seconds after the plant expands next year. It’s the first step in Aggarwal’s goal to eventually assemble a full line-up of electric cars in a boost for Prime Minister Narendra Modi’s Make in India and sustainable mobility ambitions.
-1x-1.jpg

“It’s a vehicle we’ve engineered ground-up so India can get a seat at the world EV table,” the 35-year-old said in an interview last week. Indian companies “have the smarts and energy to leapfrog into the future of EV.”
Aggarwal is getting into the market just as the core business of ride-hailing slows during the pandemic. Fume-spewing scooters and motorcycles remain the most popular mode of transport in India’s infamously smoggy cities, 21 of which ranked among the 30 most polluted urban centers in the world in 2019. But the country is now pushing electric vehicles and self-reliance in battery technologies that could, according to the think-tank CEEW Centre for Energy Finance, underpin a $206 billion EV market in 10 years.
That won’t be easy. Middle-class Indians worry about air quality but are reluctant -- at current rates -- to fork out twice the price of a regular scooter for an electric version. Aggarwal too will have to fend off competition from not just local rivals Hero MotoCorp and Bajaj Auto, but also up-and-comers such as Ather Energy and Chinese brands including Niu Technologies.
Read more: Why One Startup Founder Turned Down a $1.1 Billion SoftBank Deal
The entrepreneur takes inspiration from the likes of Tesla, Nio and Xpeng Inc., which have out-engineered established auto giants with ever-cheaper batteries and over-the-air software capabilities, but he’s taking a different tack. He wants to sell affordable two-, three- and four-wheelers for urban rides. “Our ambition is to build the world’s leading urban mobility EV company,” he said.
-1x-1.jpg

Ola Electric is Aggarwal’s second act. A decade ago, he pioneered ride-hailing in the country and took on Uber Technologies Inc., expanding across 200 cities before heading overseas to the U.K, Australia and New Zealand. His EV startup was incorporated in 2017 and became a billion-dollar company, or unicorn, two years later, when SoftBank Group Corp. and Tiger Global Management forked out hundreds of millions. It was the second time for the pair of global investors, even though Aggarwal had fought them to maintain control of Ola.
This time round, he’s even more firmly in the driving seat. He’s also secured capital from Hyundai Motor Co. and Kia Motors Corp. and recently won over more backers whose names he wouldn’t reveal.
“We’re very well-capitalized and investor interest is unprecedented,” said Aggarwal.
-1x-1.jpg

Aggarwal, who often interrupts himself to ask “What do you think?,” wants to introduce five two-wheeler models at the outset, including mass-market, premium and self-balancing versions. Even more audaciously, he wants to get the first electric cars on Indian roads in 18 to 24 months. He talks about someday selling autonomous vehicles and futuristic four-wheelers that don’t look like cars.
Read more: Next Big Wave of Tech Unicorn Listings Could Be in India

On this particular Thursday, he zipped around on a sleek scooter prototype in the office park in the Koramangala neighborhood, the epicenter of Bangalore’s startup scene. He showed off novel lighting, removable batteries and a large storage trunk. His plan is to sell the scooters digitally as well as via dealerships, offering monthly payment plans to make it easier on buyers’ pockets.
Electric vehicles now comprise fewer than 1% of all automobiles sold, estimate consultancy KPMG and the Confederation of Indian Industry. In India, battery-powered scooters could account for between a quarter and 35% of the two-wheeler market by 2030, and three-wheeled vehicles -- popular locally -- 65% to 75% by then.

Vehicle affordability could be key to cracking the India market, and it boils down to the running cost per kilometer. Aggarwal’s not revealing prices yet but said his product would compete with traditional scooters going for about $1,000 apiece. “We’ll drive costs down by playing at scale.”
To keep costs in check, Ola is designing, engineering and manufacturing its own battery pack, motor, vehicle computer and software. Like Tesla, it wants to keep costs down by building its own power cells. It’s testing charging solutions and battery-swapping stations. Last year, it acquired Amsterdam-based smart scooter startup Etergo BV to jumpstart its own scooter manufacturing.
-1x-1.jpg

Ola’s factory site will sport more than 3,000 robots working alongside 10,000 workers. Software built by its 1,000-member team -- mostly engineers -- will divvy up the work. The factory’s roof will be covered with solar panels and be carbon negative. Two supplier parks at either end of the complex will make about half of the scooter components required.

Aggarwal oversees it all scrupulously. Once a week, he trudges around the construction site checking on progress. On other days, cameras mounted on tall pipes around the site relay the action directly to his desk. His pride is evident: a graduate of the elite Indian Institute of Technology, he said he designed the automated storage, retrieval and delivery system for the electric scooters and won a patent for it.
“It has to come in handy sometime, right?” he said of his education, using the popular Hindi phrase “kahin toh kaam aana chahiye na.”


View attachment 735479View attachment 735479
Ola will soon become Bankrupt, useless company.
This is really good news for India. Your cities will be quieter and have a lots less pollution. I hope Indian govt puts in legislation to help phase out typical scooters/motorbikes/rickshaws and replaces them with electric versions.

I have long reccomended same approach in Pakistan.
In Delhi there are hardly any manual Rickshaws, all are Electric and the first Electric Rickshaws started appearing in 2010 in Delhi streets.
 
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Taiwan has been doing that for many years. The battery are small enough to be hand carry back home and charge at night. And then u plug them back for next morning , u go for work. E-Bike rider will never need to go petrol kiosk again.
Easier said then done. Removable batteries are tiny, and any change to battery configuration will change charging profile, voltage etc. It will be a challenge to fit something new without altering the body, and thus all body tooling for the whole giant factory. There will go their economies of scale.

And, you seen their battery packs, their cells are curved? So they are married to that individual battery cell design, and chemistry unless they make new body, and battery electronics.
 
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Ola a bigger player is trying to cut into the Bounce and Yulu markets. Very Predatory.

Bounce and YULU(home grown) are already doing the 30km/h e-vehicles for a while now.

OLA just have a bigger budget for marketing and reducing costs by economies of scale.
 
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