Open Access Research Article

DANIEL TURCANU, IULIAN NICOLA, TUDOR PRISECARU, CRISTIAN PREDOI, CORNEL TODIRICA,MIHAELA CRISTINA CIOBANU The Influence of Carbon Fiber Propeller on the Brushless DC Motor Control

DOI Not yet assigned
Published 30 Dec 2015

Abstract

The paper presents, from a comparative point of view, methods to increase the controllability of a drone. An important step in increasing the controllability is using light weight and resistant materials for the rotating parts of the drone. Also, the controllability can be increased by studying the structure of the propeller in order to reduce its moment of inertia. Keywords: drone, moment of inertia, propeller, controllability, carbon fibre

How to Cite this Article

(2015). DANIEL TURCANU, IULIAN NICOLA, TUDOR PRISECARU, CRISTIAN PREDOI, CORNEL TODIRICA,MIHAELA CRISTINA CIOBANU The Influence of Carbon Fiber Propeller on the Brushless DC Motor Control. Materiale Plastice, 52(4).
. DANIEL TURCANU, IULIAN NICOLA, TUDOR PRISECARU, CRISTIAN PREDOI, CORNEL TODIRICA,MIHAELA CRISTINA CIOBANU The Influence of Carbon Fiber Propeller on the Brushless DC Motor Control. Materiale Plastice. 2015;52(4).
, "DANIEL TURCANU, IULIAN NICOLA, TUDOR PRISECARU, CRISTIAN PREDOI, CORNEL TODIRICA,MIHAELA CRISTINA CIOBANU The Influence of Carbon Fiber Propeller on the Brushless DC Motor Control,” Materiale Plastice, vol. 52, no. 4, 2015.
✓ Copied to clipboard