An unmanned aerial vehicle (UAV) at Rs 1,500? Students of KNS Institute of Technology have done it, without much fanfare. They plan to enhance the design to customise the drones for surveillance and transporting goods.
The makers of the plane – Inayatullah, Debabrata Mondal, Premkumar Singh and Syed Junaid – represented their college along with vice principal Nayeem Ahmad at Jnana Degula-Eduverse event organised by DH and Prajavani.
Inayatullah said the plane was made of simple polymer materials (expanded polyolefin and polystyrene) and can carry 350 gm payload. “It can fly for an hour at a speed of 45 km per hour. We have used a propeller made of composite material with aluminium coating so that it can fly at a height of 500 feet and withstand force of up to 85 newtons,” he said.
The team is also working on a plane specifically designed for surveillance.“While the 45 kmph plane can be improvised to make it a delivery drone, we are working on a plane that flies slower, at 36 kmph, providing opportunities for deeper surveillance of a particular area,” Mondal said.
Inayatullah said the cost of the UAVs will come down further if produced on a large scale. “The UAVs produced by government agencies cost a lot. Our planes are disposable. The army can use the surveillance drone and does not have to worry if one of them is lost or destroyed,” he said.
The planes can be controlled by a 2.4GHz radio frequency device, which has a range of 2.5 km. “The remote controller cost us Rs 3,500. Considering that it is the plane and not the device that is susceptible to damage, we think ours is the most affordable UAV,” he said.
“The turbo is imported from China for Rs 90 and sold in India for Rs 250. The same turbo can be made in India at a cost of Rs 40. Nearly 95% of the materials were imported from China. After a detailed study, we found the cost will come down to Rs 600, if we make these materials in India,” Inayatullah said.
source: http://www.deccanherald.com / Deccan Herald / Home> City / DH News Service / Bengaluru – May 29th, 2017