Administration view and lessons learned from the ADCO market surveillance campaign on RPAS

Similar documents
R&TTE Market Surveillance Campaign on WLAN 5GHz

Group of Administrative Co-operation Under the R&TTE Directive. 5 th R&TTE Market Surveillance Campaign on WLAN 5 GHz

R&TTE Testing For EU Market

RADIO EQUIPMENT DIRECTIVE

RED Compliance Association REDCA TGN 01 Version 1.0 November 2018 Page 1 of 14

RADIO SPECTRUM POLICY GROUP. Commission activities related to radio spectrum policy

Ready for RED. Radio Equipment Directive Introduction. / RED. Christian Reimer

WML- 46### User Manual

2015 / 9C EN-00 OSRAM GmbH Marcel-Breuer-Str München Germany. Radio and Telecommunications Terminal Equipment

EU- T y p e E x a m i n a t i o n C e r t i f i c a t e

EU- T y p e E x a m i n a t i o n C e r t i f i c a t e

TÜV SÜD Webinar: The European Radio Equipment Directive 2014/53/EU Questions & Answers

Guide to the Radio Equipment Directive 2014/53/EU. Version of 19 December 2018

EMC & Radio requirements within EU

Ready for RED. Radio Equipment Directive. General Introduction. / RED. Christian Reimer

ECC Decision (05)11. Approved 24 June 2005

COMMON REGULATORY OBJECTIVES FOR WIRELESS LOCAL AREA NETWORK (WLAN) EQUIPMENT PART 2 SPECIFIC ASPECTS OF WLAN EQUIPMENT

Guide to the Radio Equipment Directive 2014/53/EU. Version of 05 June 2018

Radio compliance test

EU Standards dedicated Mobile and Base Station


The equipment will provide up to 50W RF output power in the MHz band.

Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)

DRAFT. Applicability of the LVD/EMCD/RED to Specific Categories of Products

Generic regulation for Ultra-Wideband (UWB) applications in Europe

ECC. Doc. ECC(08)038 CEPT. 20 th Meeting Kristiansand, June Date issued: 23 rd May Subject: Password protection required?

NOTIFIED BODY EU-TYPE EXAMINATION CERTIFICATE

Harmonised EMC standards and the RED Ronald Storrs. Chairman ERMEMC.

Part A RADIO SPECIFICATION

Technical Specification

RADIOCOMMUNICATIONS TESTING

Cover note to draft ECC/DEC/(06)AA on UWB

EMC aspects associated to 5G networks

This report contains the test setups and data required by the FCC for equipment authorization in accordance with Title 47 parts 2, and 87.

Wireless Compliance. Regulations for Global Compliance Workshop. Washington Laboratories, Ltd. Laboratory Workshop September 24, 2004 Gaithersburg, MD

NOTIFIED BODY EU-TYPE EXAMINATION CERTIFICATE

ERC/DEC/(01)07 EUROPEAN RADIOCOMMUNICATIONS COMMITTEE

NOTIFIED BODY EU-TYPE EXAMINATION CERTIFICATE

Technical Documentation for CE Marking

ANCOM s Laboratory for Electromagnetic Compatibility and Radio Equipment Testing

RoHS Compliant Talkman T5 Version and Compliance Information

ENGINEERING TEST REPORT # C LSR Job #: C-2411 Compliance Testing of: RM186-SM

UHF Narrow band radio data module CDP-TX/RX-02F-R 434 MHz

EN 62479:2010 ASSESSMENT REPORT WIN CHANNEL ELECTRONICS (HK) CO., LTD

International Amateur Radio Union Region General Conference Landshut, Germany September 2017

This draft amendment A1, if approved, will modify the European Telecommunication Standard ETS (1995)

The Deeter Group. Wireless Site Survey Tool

RADIO SPECTRUM POLICY GROUP. Report

UK Interface Requirement 2022

EQUIPMENT OPERATING BELOW 9 KHZ AND RADIODETERMINATION 30MHZ

Manual Supplement. Title: 381 Users Supplement Issue: 8 Part Number: Issue Date: 7/16 Print Date: July 2010 Page Count: 8 Revision/Date:

For. Tzone FCC ID: FCC Part Description: Product TZ-BT04. Report to Tested By: Manager STR I

Flexible use of spectrum

Measurement and Test Report

As the responsible EMC Engineer, I hereby declare that the equipment tested as specified in this report conforms to the requirements indicated.

WirelessUSB LS Radio Module FCC Testing & Verification - AN4006

Radio Equipment Directive (RED) 2014/53/EU

A Comparison Between European and North American Wireless Regulations

National Voluntary Laboratory Accreditation Program

z48831 / z :1/ 16:1 6 GHz Multiplexer Module

ETSI EN V1.3.1 ( )

Nemko-CCL, Inc West Alexander Street Salt Lake City, UT

National Voluntary Laboratory Accreditation Program

GX_W60_V3.5 WIFI Video module Mnaual

ITU-R SM ITU-R SM (ITU-R 213/1 ( ) (SRD)

ETSI TR V1.1.1 ( )

ETSI EN V1.1.1 ( )

ETSI EN V1.5.1 ( )

L 312/66 Official Journal of the European Union

ACB, Inc. Notified Body Number Whittier Avenue, Suite C110 McLean, VA 22101, USA

Radio Equipment Directive and Reconfigurable Radio Systems

Summary 18/03/ :27:42. Differences exist between documents. Old Document: en_ v010501p 17 pages (97 KB) 18/03/ :27:35

UHF narrow band radio data module CDP-TX-04S-R 434 MHz /869 MHz

RADIO TEST REPORT. ADDRESS: #2 Creation Rd. 4, Science-Based Ind. Park Hsinchu Taiwan, R.O.C.

TEST REPORT. For ELECTRONICS TECHNOLOGY (DONG GUAN) COMPANY LIMITED EN V9.0.2 ( )

TECHNICAL SPECIFICATION

Spectrum Update. Olivier Pellay, ANFR

Wireless Zone Sensor

Licensing Procedures Manual for Satellite (Non-Fixed Satellite Earth Station) Applications

JACK 5.8. User manual. English. Version /2016

L.S. Compliance, Inc. W66 N220 Commerce Court Cedarburg, WI

The New Legislative Framework Revision of the NAWI-D and the MI-D

RF Test Report. Report No.: AGC EE10. TEST NAME : 1999/5/EC R&TTE Directive Art.3.2 STANDARD(S) : EN V : V1.

UK Broadband Limited Company Reg No: Spectrum Access 3.5 GHz Licence First Issued: 28/02/17 Licence Number: Rev 1: 11/01/18

AN4392 Application note

Machinery ADCO WG on Market Surveillance

UHF Narrow band radio data module CDP-TX/RX-02E-R 434 MHz

4 Consultation question

Page 1 of 51 Report No.: T TEST REPORT FCC ID: 2AGJ5WAP-30. In Accordance with: FCC PART 15, SUBPART C : 2015 (Section 15.

AN4378 Application note

focushand 2 Users Manual FocusHAND System description

AN4949 Application note

Jamaica Date: December 2 4, 2014

Conformity Assessment Systems of Telecommunications Equipment

ELECTRONIC COMMUNICATIONS COMMITTEE (ECC/DEC/(04)08)

Trio K-Series. License-free serial data radio KR900 KR240 KP900 KP240 KB900 KB240

AWM651TX FM / 2.4GHz 10mW

CEPT MARKING AND THE R&TTE DIRECTIVE. Lisbon, June 2000

Type Approval Rules. Communications Commission of Kiribati. 12 February 2014

z475 Remote DC Power Supply Preliminary

Transcription:

Administration view and lessons learned from the ADCO market surveillance campaign on RPAS 1

Introduction is the administrative cooperation group of under the EU Radio Equipment Directive (RED; 2014/53/EU); Membership is open to market surveillance authorities (MSA), EU Commission and ECO; It stimulates: the exchange of information between MSA; the best practices in the field of market surveillance; A harmonised common approach in the market surveillance; It liaises with other relevant bodies (TCAM, ECO, REDCA, EMC ADCO, ETSI, ) 3 plenary meetings a year 2

7 th Cross border market surveillance campaign ADCO R&TTE its 7 th cross border market surveillance campaign on : Remotely piloted aircraft system (RPAS) Target: products that works in the 2.4GHz ISM frequency band and may include the onboard video and telemetry links that work on other frequency bands (e.g. video transmission in the 5.8 GHz frequency band). 79 products checked by 16 MSA Timing : January to June 2015 Report is available on the ADCO s webpage 3

Block diagram 4

RPAS characteristics (1) The tested RPAS: were manufactured in countries of the Far East (92%), were remotely controlled on 2,4 GHz (84%), had a mean price was between 100 and 200 euro, one of four sample was a toy (according to manufacturer s declaration), one of two (44%) had a video transmission down to the ground receiver, one of three (30%) have implemented auto landing function or other feature which prevents radio device from uncontrollably falling down in case of low battery state 5

RPAS characteristics (2) Price range [EUR] Quantity Toy Table 1: RPAS information Remote Auto control freq. landing [GHz] function Video & audio link freq. [GHz] Telemetry link freq. [GHz] 2,4 5,8 2,4 5,8 2,4 5,8 0-50 10 2 2 10 50-100 15 4 1 15 1 100-200 18 6 3 18 5 4 5 200-500 13 5 3 12 1 2 5 1 500-1000 11 1 7 8 3 3 6 6 1000+ 12 1 8 9 3 5 5 3 Overall 79 19 24 72 7 16 20 15 0 6

CE marking The level of compliance of remotely piloted aircraft systems with marking requirements is approximately 37%. Table 2 : Reasons of markings non-compliance Detailed requirement on product on on packaging documents Missing name of the manufacturer 11 Incorrect type designation 12 Missing batch and/or serial number 23 Missing, incorrect CE mark layout or height 19 4 25 Not compliant class identifier, it's layout or height 13 12 14 7

EU Declaration of Conformity (DoC) Sixty two (62) products had complete or short forms of the DoC. From those, thirty four (34) were found compliant. The overall level of compliance is about 55%. DoC form Table 3 : Compliance with DoC requirements DoC available DoC available [%] DoC compliant Compliance level of available DoC [%] Short form 25 32% 12 48% Complete form 37 47% 22 59% Overall 62 78% 34 55% 8

Technical documentation (TD) Forty eight (48) RPAS have been assessed against some TD requirements. In thirty two (32) cases, the requested elements of the TD were made available. In ten (10) cases the requested elements of the TD have been found compliant. Overall level of compliance of the checked elements of the TD is approximately 21%. Table 4 : Compliance with assessed TD requirements TD available TD compliance Number assessed TD available TD compliant [%] level [%] 48 32 67% 10 21% 9

Technical compliance of the whole product Forty (40) products were found with technical noncompliances in relation to the effective use of the spectrum requirement (article 3.2 R&TTED). Table 5: Compliance with art. 3.2 essential requirements Price range [EUR] Quantity Not compliant Non compliance level [%] 0-50 10 4 40% 50-100 15 5 33% 100-200 18 10 56% 200-500 13 6 46% 500-1000 11 8 73% 1000+ 12 7 58% Overall 79 40 51% 10

Technical compliance of the remote control Technical assessment has proved that thirty (30) remote controllers (38%) are not compliant with the essential requirement of effectively using the spectrum. Frequency band Table 6 : Remote control non-compliances against art. 3.2 Quantity Noncompliant Spurious emissions Radiated power / Power density Used frequency range 2,4GHz 72 25 20 12 1 1 5,8GHz 7 5 3 2 1 1 Overall 79 30 23 14 2 1 Other 11

Technical compliance of the flying part Eighteen (18) devices (23%) were found to be not compliant against the applied harmonised standard. Frequency band Table 7 : Flying part non-compliances against art. 3.2 Quantity Noncompliant Spurious emissions Radiated power / Power density Used frequency range Tx 2,4GHz 19 3 3 1 1 Tx 5,8GHz 14 6 2 3 2 1 Tx 2,4 & 5,8GHz 6 4 2 2 Receiver only 40 5 5 Overall 79 18 12 6 3 1 Other 12

Overall non-compliance (1) Price range [EUR] Quantity Table 8a: Overall non-compliance Administratively non-compliant Art. 3.2 noncompliant Overall noncompliant Overall non - compliance [%] 0-50 10 7 4 9 90% 50-100 15 13 5 14 93% 100-200 18 14 10 18 100% 200-500 13 11 6 11 85% 500-1000 11 11 8 11 100% 1000+ 12 9 7 10 83% Overall 79 65 40 73 92% 13

Overall non-compliance (2) Frequency band Quantity Table 8b: Overall non-compliance Administratively non-compliant Art. 3.2 noncompliant Overall noncompliant Overall non - compliance [%] 2,4GHz 53 42 25 48 91% 5,8GHz 3 3 3 3 100% 2,4 & 5,8GHz 23 20 12 22 96% Overall 79 65 40 73 92% 14

Other observations Several checked RPAS were not intended for the European market even were marked with a CE marking (FCC approved versions of a product with a declared radiated power of the remote control of 100 mw whereas the applicable EU Decision on Short range devices only allows 10 mw). In some cases, the firmware in the RPAS was not for the Europe. The mutual influence due to the combination of different radio devices (sometimes from different subcontractors) in the RPAS is not always indeed taken in account by manufacturers. 15

Main conclusions Overall non-compliance is about 92% (due to the low compliance with administrative requirements 82%) One of two (51%) products were found to be non-compliant in relation to the effective use of spectrum. Spurious emissions (70%) and radiated power/power density (23%) are the main reasons for non-compliance. Remote controllers are more often (about 15 %) not compliant than flying part of RPAS The more expensive devices had a higher technical non compliance rate than the cheaper ones. 16

Main recommendations MSA to continue to check at national level RPAS including remote controls and take all appropriate measures to ban non-compliant products from the market. The results of the campaign should be publicized widely throughout Europe and to other countries of origin of the products. Information to authorities (TCAM WG, civil aviation, customs, ). 17

Contact Lucio Cocciantelli ADCO R&TTE Chairman Head of section Federal Department of the Environment, Transport, Energy and Communication DETEC Federal Office of Communications OFCOM Section Market access and conformity Zukunftstrasse 44, CH 2501 Biel Phone +41 58 460 55 59 (direct) Fax +41 58 463 18 24 mailto:lucio.cocciantelli@bakom.admin.ch www.ofcom.admin.ch 18

19