This drone might become the proverbial wing the wall. because of a joint scientific research between the University of Maryland's Autonomous Vehicle science laboratoryoratory and Stanford's Biomimetics and dextrous Manipulation Lab, there's currently a quadrotor which will hold tight walls and land on ceilings.

Making a drone that sticks to ceilings sort of a fly is associate example of biomimicry, within which researchers try and imitate natural talents in artificial machines. we have seen biomimicry in quadrotors before, once the University of Pennsylvania created associate eagle-inspired claw for a drone. Standford's Biomimetics science laboratory has already created a gecko-like golem that climbs glass surfaces, and this quadrotor borrows a similar adhesive.

Andrew Kehlenbeck, a pursuit assistant at the University of Maryland, says the gecko-inspired, dry adhesive "can detach instantly on-command can|and can} eventually enable vehicles to perch and take-off at will on a large style of surfaces."

Why create a drone which will hold tight walls and land on ceilings? typically, there's no alternative surface offered, particularly during a town once a disaster. Also, given the finite battery lifetime of a vehicle, the flexibility to transmit data from a hard and fast location would mean additional energy left over for flying and spying.