Application of multi-axis force/torque sensor system for experimental study of small unmanned aerial vehicles propulsion systems – Preliminary results

Author:

Serbezov V,Panayotov H,Todorov M,Penchev S

Abstract

Abstract The experimental evaluation of the performance of small propellers plays important role in the process of multicopter UAV design perfection. This paper presents a small UAV propeller test stand, based on a multi-axis Force/Torque sensor system. The system makes possible to measure the thrust, torque and the pitching moment or lateral force (when in oblique flow) of the tested propeller. The data processing of the experimental results is discussed. Results for static, axial flow and oblique flow conditions are presented. Some conclusions about the measurement methodology are drawn. The results verify that the test bench has good accuracy and is easy for operation.

Publisher

IOP Publishing

Subject

General Medicine

Reference4 articles.

1. Determination of propeller characteristics for multirotor drone design;Panayotov,2017

2. Effect of disk angle-of-attack on aerodynamic performance of small propellers;Serrano;Aerospace Science and Technology,2019

3. Experimental analysis of a small-scale rotor at various inflow angles;Kolaei,2018

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1. Experimental study of multicopter propeller performance near ground at different inclination angles;13TH INTERNATIONAL SCIENTIFIC CONFERENCE ON AERONAUTICS, AUTOMOTIVE AND RAILWAY ENGINEERING AND TECHNOLOGIES (BulTrans-2021);2022

2. Data acquisition system for small propeller test rig;17TH INTERNATIONAL CONFERENCE ON CONCENTRATOR PHOTOVOLTAIC SYSTEMS (CPV-17);2022

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