When science and nature walks a parallel path, innovation excels perfection. Since decades the technological innovation of drones are on the verge of excelling and have accepted a wide range applause and scope. Well as days passes by, technology gets developed exponentially. No exception when it comes to drones. It is now the birds that have been the source of inspiration for drones’ improvisation.
When it comes to birds, most of them posses some semi flexible joints that enables them to operate and fold or fit in their wings while they fly in congested spaces. These joints, however, imparts other benefits also. On impact, these joints tend to absorb the forces while bending inwards which in turn lessens their injury. Consequently, the recovery of these joints after impact is also rapid. This nature skill has been quite motivating to trigger technological of the drones.
Researchers have been installing hinges made from carbon fibre modified with membranes so that they carry the same flexibly on impact. Besides efforts are being made to ensure that upcoming drones carry capability to adjust themselves accordingly to avoid on coming obstacles without much utilization of sensors or rotary motors. During test run, it was found that on hitting the flaps on drones simply folds down and on recovery it restructures to its original position. Test runs are also being conducted at different velocity and at different range of impacts to ensure all round utilization.
It is believed that this technology might give birth to new nimble type drones. On utilization of these technologies, complex design structures would be reduced to allot many extent thus making drones less prone to errors. Besides plan for its utilization scopes are also on the verge of getting strategized. No denial a fact it would not be much wrong to say that it indeed is a one step ahead towards having fully autonomous that would be capable of sustaining collisions during flights.