Expensive Batteries Ground Government’s Drone Didi Scheme
Hello guys, as you have read my other blogs this one would be different and close to my heart from others because, I interviewed some real people on the scheme of drone didi, which captivates me to explore more about the scheme.
I was eager to learn about the people and meet them in real life for the first time. In this blog, I share what I learned about the scheme
In the
quiet village of Onambakkam in Tamil Nadu’s Chengalpattu district, D. Muniyammal (36), a farmer, had high hopes
of using drones to spray fertiliser,
reduce labour costs, and double her monthly income from her 4-acre
land.
Muniyammal’s hopes stood ground when she learned about the Namo
Drone Didi scheme while purchasing
pesticides from Fertilisers and Chemicals Travancore Limited (FACT), a fertiliser supplier
company. She had an opportunity to use drones to make fertiliser dispersion more efficient and
increase crop production in her rice farm.
The Drone Didi initiative, in partnership with government bodies
like Indian Farmers Fertilizer
Cooperative Limited (IFFCO) and FACT, trains self-help groups in drone technology for agricultural purposes. The
program aims to empower women, helping
them adopt cutting-edge methods to increase yields and reduce manual
labour. After applying for the scheme,
women receive seven days of free training at Agni College of Technology, Chennai. After passing the test
conducted by Agni College and FACT, the
women are officially recognized as the "Drone Didi" of their
district
The farmer’s excitement fell flat when the government provided
only one battery for her drone when she
needed three to operate it efficiently. Each battery cost Rs1,50,000, which was far beyond what she
could afford. "I can't operate the drone on my farm and I’m earning just Rs 40,000-50,000
a month. How can I afford batteries
worth lakhs?,” said Muniyammal.
The situation left her with no choice but to consider abandoning
the idea of using drones altogether and
returning to traditional farming methods. The lack of financial support and the difficulty of securing loans
only increased her troubles.
The Drone Didi scheme was allocated 15,000 drones with a budget of
Rs 1,261 crore. FACT received 100 drones
out of the 1,000 allocated for Tamil Nadu and has trained 50 female farmers so far. The government
covers 80% of the expenses and any
additional expenses like accommodation, registration fees, and food are
incurred by FACT. These expenses amount
to Rs 50,000 per cultivator. “There is a need for further subsidies to support farmers,” said K.
Rakesh, an official from FACT.
M. Usha, a farmer from Thenkurissy in Kerala’s Palakkad district
also learned about the drone scheme from
FACT. Similar to Muniyammal, Usha faced operational challenges, particularly with the battery life of drones.
The drone, weighing around 30 kg, required
at least 10
minutes of charging to cover just one acre of land. Transporting the bulky equipment became a problem during the monsoon
season, and it frequently broke down due
to water damage.
Usha realised that the drone was still more efficient than manual
fertilizing, saving both time and labour
costs. The government should give 100% funding for the purchase of drones, said Usha. Other Indian
farmers face similar obstacles in adopting
drone technology.
Rakesh said the Tamil Nadu State Rural Livelihood Mission (TNSRLM)
is responsible for providing additional
financial support to the Didis and farmers, however, they fail to do so.
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