What is a Drone?
A drone is an unmanned aerial vehicle which is controlled either by remote control or automatically piloted through onboard computers. Drones were created originally for missions which were dangerous and repetitive for humans by the military. Drones have come a long way since its initial days as they are adapted for various purposes such as commercial, recreational, scientific, etc.
History of Drones in India
The first drone used by India was during the 1999 Kargil War with Pakistan. India procured IAI Heron and Searcher drones for reconnaissance from Israel. India has continued to procure and utilise drones for its various missions ever since.
Drones have come to limelight in India when in May, 2013 Francesco Pizzeria delivered a Margarita to their customer/friend in Mumbai. Drones have ever since become popular in the culture and have been used by Police personnel to monitor the security during large gatherings, photographers and videographers also have utilized drones to capture moments during weddings, festivals, etc.
Current Status of Drones
The implication of drones in India and developing countries is huge. India finally formalised its policy on drones through the Operations of Remotely Piloted Aircrafts through Digital Sky Platform in December 2018. This is a great step towards regulating the industry and providing framework and support for drone enthusiasts, amateurs and professionals.
Globally the drone market is set to grow around $21.47 billion by 2021. In India according to the Federation of Indian Chambers of Commerce and Industry and the consultancy firm EY, the market for drones is set to grow $888 million by 2021.
What is a NPNT Drone?
The drones under the new policy are divided among five categories. The drones are called, “No Permission, No Takeoff”. The owner of the drone needs to access Digital Sky platform to gain permission to fly the drone. The drone pilot would not be able to operate without the permission from Digital Sky server.
The categories of NPNT drones are nano (250 grams or less), micro (250 g to 2 kg), small (2kg to 25kg), medium (25kg to 150kg) & large (150 kg or more). Piloting a nano drone doesn’t require a permission as it’s flight radius doesn’t go beyond 15 metres. The introduction of this policy is a beacon to the drone industry and the potential with which the Indian Government sees the application and usage of drones in various sectors of the economy.
Individuals and Organisations can only use the four categories of NPNT drones after obtaining the permission from the Digital Sky app. The process is automated and the permission is instantaneously given or rejected. The app processes the flight path and monitors the sky for various objects.
The Government further plans to invest in the integration of artificial intelligence (AI), Robotics, etc to accelerate the drone industry in India. This is a positive step towards enabling an industry and providing jobs to individuals across the board. The NPNT drones opens up a huge potential of jobs in manufacturing, service and ancillary industries.
NPNT drones will create a job market for teachers and professionals to teach and train individuals in operation of drones. NPNT drones will also create a demand for repairing and maintaining drones and various jobs and industries around tools and parts for the drones. NPNT drones will create a push for the “Make in India” initiative.
Drones mostly till now have been part of military, industry and specialised areas. The last two decades has seen a constant upgradation of drone technology especially in smart sensors and adapting of open source technology, increased flight time, better batteries, etc. NPNT drones through better integration of all the above features could track criminal activities in agriculture, forest sector. The NPNT drones can also access disaster-prone areas and can give accurate data.
Use Case for NPNT Drone
India currently is in a demographic boom where more than 50 percent of its current population is below the age of 25 and over 65 percent of the population below the age of 35. Over 70 percent of the population is in rural areas. Agriculture contributes to 16 percent of India’s GDP. NPNT drones can be most thoroughly utilized by the agriculture sector. NPNT drones can provide the necessary impetus in the agro sector while simultaneously providing jobs and multiple roles for the youth in those areas.
NPNT drones are especially useful for monitoring and surveillance purposes in areas where farmers have large farms. This would be helpful to farmers in getting higher farm yields. According to the Association of Unmanned Aerial Systems International there is an annual growth of 85-92% in the agriculture sector every year. This provides an huge untapped market for NPNT drone researchers and manufacturing enterprises to invest in and market their products.
Analysis of Farm:
Every year farmers of large tracts of land suffer from various loses especially through the lack of accurate data. This problem could be solved by NPNT drones through the constant monitoring of the farmland and getting the aerial data of various growth of crops and pattern of growth. NPNT drones can generate 3-D maps for soil analysis which could provide the necessary feedback for farmers when the time for seed ploughing arrives. The data generated through the NPNT drones could be used to manage the irrigation and manage the nitrogen level of the land for increased crop output.
Time Management:
Small & Medium NPNT drones are best utilised especially for reaching various corners of a large farm. A large farmholder can invest in a NPNT drone and save on labour intensive process of physically inspecting various parts of a farm. A large farmholder can collect the necessary data from his/her NPNT drone and make better decisions regarding the management of the farm. Farmers can also save time by getting regular updates through their nano and micro NPNT drones for various status of their crops yield at regular intervals.
Increased Production of Yield:
The data collected especially through NPNT drones can be a huge difference between a successful crop year and an average crop year. The NPNT drones can be used to identify the exact amount of irrigation and pesticides needed for each and every acre of the land. This could provide farmers the exact information to gain the maximum growth from their land.
Accurate Map Data:
NPNT drones designed for the agriculture sector come with the GIS mapping integration. This system provides the relevant information for farmers to manage resources and increase yield and have a higher cost management and make better management decisions. The GIS mapping integration helps farmers in drawing accurate borders for better flight patterns
Accurate Status of Crop Health:
The NPNT drones provide an accurate status of the crop’s health. Every year farmers suffer losses due to the loss of crops. NPNT drones for agriculture come with infrared, NDVI sensors and multispectral sensors which help the farmers in monitoring and understanding the health of the crops. These technologies also help the farmers in understanding the transpiration rate of the crops and also the better sunlight absorption rates to manage the crops.
NPNT drones are just in their initial stages of development for the agriculture industry. The potential for NPNT drones is tremendous when we anticipate the growth of its application and industry in manufacturing and service industry and also for providing enterprise solutions to organisations.