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R&D of performance evaluation methods for BVLOS (Beyond Visual Line of Sight) and third parties overflight

R&D Activities

R&D of performance evaluation methods for BVLOS (Beyond Visual Line of Sight) and third parties overflight

Participants	National Institute of Advanced Industrial Science and Technology (AIST)/The University of Tokyo/EAMS ROBOTICS Ltd.,Co. / Prodrone Co., Ltd./Autonomous Control Systems Laboratory Ltd./ Japan Organization of Occupational Health and Safety
Overview	Objective The object is to clarify the performance requirements necessary for unmanned aerial vehicles to obtain social acceptability, and develop methods to evaluate the performance for BVLOS (Beyond Visual Line of Sight) and third parties overflight Outline ・Development of acoustic performance evaluation methods in consideration of properties of flight areas with sound restrictions to less than 55 decibels in case of daytime flight in residential areas ・Development of standards and performance evaluation methods to ensure the collision avoidance technology of unmanned aerial vehicles for logistics at the same level as the collision avoidance technology of cars with men Duration FY2018 ~ FY2019 (2 years)
Results	As an acoustic property evaluation method of flying drone, we have developed an evaluation method that makes it easy to calculate sound attenuation characteristics in the atmosphere easily and at low cost. 【Drones' acoustic characteristics measurement test】 The new test method using the reverbarian chamber method for the purpose of evaluating drones' acoustic performance.

Participants

National Institute of Advanced Industrial Science and Technology (AIST)/The University of Tokyo/EAMS ROBOTICS Ltd.,Co. / Prodrone Co., Ltd./Autonomous Control Systems Laboratory Ltd./ Japan Organization of Occupational Health and Safety

Overview

Objective

The object is to clarify the performance requirements necessary for unmanned aerial vehicles to obtain social acceptability, and develop methods to evaluate the performance for BVLOS (Beyond Visual Line of Sight) and third parties overflight

Outline

・Development of acoustic performance evaluation methods in consideration of properties of flight areas with sound restrictions to less than 55 decibels in case of daytime flight in residential areas
・Development of standards and performance evaluation methods to ensure the collision avoidance technology of unmanned aerial vehicles for logistics at the same level as the collision avoidance technology of cars with men

Duration

FY2018 ~ FY2019 (2 years)

Results

As an acoustic property evaluation method of flying drone, we have developed an evaluation method that makes it easy to calculate sound attenuation characteristics in the atmosphere easily and at low cost.

【Drones' acoustic characteristics measurement test】

The new test method using the reverbarian chamber method for the purpose of evaluating drones' acoustic performance.

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