Certification Radio test report

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RR051-16-102195-5-A Ed. 1 This report cancels and replaces the test report N RR051-16-102195-5-A Ed.

PARROT DRONES SAS) Number of pages: 49 with 7 appendixes Ed. Date 1 22-JULY-2016 Modified Written by pages Name 1 and 2 S. LOUIS Technical Verification and Quality Approval Visa Name Visa T.

1 RR A Ed. 1 This report cancels and replaces the test report N RR A Ed. 0 Certification Radio test report According to the standard: CFR 47 FCC PART 15 Equipment under test: Parrot MAMBO FCC ID: 2AG6IDELOS3 Company: PARROT DRONES SAS DISTRIBUTION: Mr BEN YACOUB (Company: PARROT DRONES SAS) Number of pages: 49 with 7 appendixes Ed. Date 1 22-JULY-2016 Modified Written by pages Name 1 and 2 S. LOUIS Technical Verification and Quality Approval Visa Name Visa T. LEDRESSEUR Duplication of this test report is only permitted for an integral photographic facsimile. It includes the number of pages referenced here above. This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of the whole manufactured products of the tested sample. Siège Social : Emitech - 3, rue des Coudriers - Z.A. de l Observatoire MONTIGNY LE BX - France Siret : Tél. : 33 (0) Fax : 33 (0) contact@emitech.fr - URL : S.A. au capital de R.C.S. VERSAILLES APE 7112B

2 DESIGNATION OF PRODUCT: Parrot MAMBO Serial number (S/N): Sample 1:PI040408D26E Sample 2:PI040408D26E Reference / model (P/N): MAMBO Hardware version: Sample 1: HW02 Sample 2: HW02 Software version: Sample 1: 1.0 Sample 2: Accessories tested: GUN: PI020664D26E CLAW: PI020665D26E LIGHT: PI020666D26E MANUFACTURER: PARROT DRONES SAS COMPANY SUBMITTING THE PRODUCT: Company: Address: PARROT DRONES SAS 174, QUAI DE JEMMAPES PARIS FRANCE Responsible: DATE(S) OF TEST: Mr BEN YACOUB From 9-JUNE-2016 to 16-JUNE-2016 TESTING LOCATION: EMITECH ANGERS laboratory at JUIGNE SUR LOIRE (49) FRANCE EMITECH ANGERS open area test site in JUIGNE SUR LOIRE (49) FRANCE 21 rue de la Fuye Juigne sur Loire France FCC Listed Site Registration Number: FCC Accredited under US-EU MRA Designation Number: FR0009 Test Firm Registration Number: TESTED BY: S. LOUIS Page 2 out of 49

3 CONTENTS TITLE PAGE 1. INTRODUCTION PRODUCT DESCRIPTION NORMATIVE REFERENCE TEST METHODOLOGY TEST EQUIPMENT CALIBRATION DATES TESTS AND CONCLUSIONS MEASUREMENT OF THE CONDUCTED DISTURBANCES RADIATED EMISSION LIMITS ADDITIONAL PROVISIONS TO THE GENERAL RADIATED EMISSION LIMITATIONS MAXIMUM PEAK OUTPUT POWER INTENTIONAL RADIATOR PEAK POWER DENSITY APPENDIX 1: Photos of the equipment under test...34 APPENDIX 2: Test set up...35 APPENDIX 3: Test equipment list...36 APPENDIX 4: 6 db bandwidth...39 APPENDIX 5: 20 db bandwidth...42 APPENDIX 6: 99% bandwidth...45 APPENDIX 7: Band edge...48 Page 3 out of 49

4 1. INTRODUCTION This document presents the result of RADIO test carried out on the following equipment: Parrot MAMBO in accordance with normative reference. 2. PRODUCT DESCRIPTION Class: Utilization: Antenna type and gain: Operating frequency range: Frequency tested: B Residential use Wire antenna; 1.84dBi (maximal gain declared by the applicant) From 2402MHz to 2480MHz 2402 MHz (low channel), 2440 MHz (central channel), and 2480 MHz (high channel) Number of channels: 40 Channel spacing: Modulation: Power source: 2MHz Bluetooth Low Energy Rechargeable LiPo battery, 3.7Vdc Power level, frequency range and channels characteristics are not user adjustable. The details pictures of the product and the circuit boards are joined with this file. Page 4 out of 49

5 3. NORMATIVE REFERENCE The standards and testing methods related throughout this report are those listed below. They are applied on the whole test report even though the extensions (version, date and amendment) are not repeated. CFR 47 FCC Part 15 (2016) Radio Frequency Devices ANSI C Methods of measurement of Radio-Noise Emissions from low-voltage Electrical and Electronic Equipment in the Range of 9 khz to 40 GHz. ANSI C Testing Unlicensed Wireless Devices D01 DTS v03r05 Guidance for Performing Compliance on Digital Transmission Systems Operating under TEST METHODOLOGY Radio performance tests procedures given in CFR 47 part 15: Subpart A General Paragraph 19: Paragraph 21: labelling requirements information to user Subpart B Unintentional Radiators Paragraph 105: information to the user Paragraph 107: Conducted limits Paragraph 109: Radiated emission limits Subpart C Intentional Radiators Paragraph 203: Antenna requirement Paragraph 205: Restricted bands of operation Paragraph 207: Conducted limits Paragraph 209: Radiated emission limits; general requirements Paragraph 215: Additional provisions to the general radiated emission limitations Paragraph 247: Operation within the bands MHZ, MHz and MHz Page 5 out of 49

6 5. TEST EQUIPMENT CALIBRATION DATES Equipment Model Type Last Next verification verification Validity 0000 BAT-EMC Software / / / 1406 EMCO 6502 Loop antenna 27/01/ /01/ /03/ IMC WR42 Antenna 16/05/ /05/ /07/ IMC WR42 Antenna 16/05/ /05/ /07/ ALC Microwave ALN Low-noise amplifier 06/08/ /08/ /10/ Filtek LP03/1000-7GH Low Pass Filter 05/04/ /04/ /06/ R&S FSP40 Spectrum Analyzer 29/10/ /10/ /12/ Microtronics BRM50702 Reject band filter 04/11/ /11/ /01/ California instruments 1251RP Power source 12/10/ /10/ /12/ HP 8447D Low noise preamplifier 07/10/ /10/ /12/ Schwarzbeck VHBB 9124 Biconical antenna 12/06/ /06/ /08/ Schwarzbeck VHA 9103 Biconical antenna 15/03/ /03/ /05/ EMCO 3115 Antenna 29/10/ /10/ /12/ Schwarzbeck UHALP 9108A Log periodic antenna 12/06/ /06/ /08/ SIDT Cage 2 Anechoic chamber / / / 8635 R&S EZ-25 High pass Filter 05/08/ /08/ /10/ HUGER Meteo station 04/09/ /09/ /11/ ISOTECH IDM106N Multimeter 21/05/ /05/ /07/ R&S ESI7 Test receiver 11/12/ /12/ /02/ Thurbly Thandar Instruments 1600 LISN 06/04/ /04/ /06/ Emitech OATS 18/02/ /02/ /04/ La Crosse Technology WS Meteo station 03/09/ /09/ /11/ La Crosse Technology WS Meteo station 03/09/ /09/ /11/ EMCO 3147 Log periodic antenna 15/03/ /03/ /05/ Champ libre Juigné. V3.4 Software / / / 8893 Emitech Outside room Hors cage / / / 8896 ACQUISYS GPS8 Satellite synchronized frequency standard / / / 9403 R&S ESU8 Spectrum Analyzer 08/06/ /06/ /08/ Fluke 177 Multimeter 24/08/ /08/ /10/ Absorber sheath current Emitech 21/04/ /04/ /06/ Lucix S005180M3201 Low-noise amplifier 20/01/ /01/ /03/2017 / GPIB SHOT Software / / / Page 6 out of 49

7 6. TESTS AND CONCLUSIONS 6.1 general (subpart A) Test Description of test Respected criteria? Comment procedure Yes No NAp NAs FCC Part LABELLING REQUIREMENTS X See certification documents FCC Part INFORMATION TO USER X See certification documents NAp: Not Applicable NAs: Not Asked 6.2 unintentional radiator (subpart B) Test Description of test Respected criteria? Comment procedure Yes No NAp NAs FCC Part INFORMATION TO THE USER X See certification documents FCC Part CONDUCTED LIMITS X Class B FCC Part RADIATED EMISSION LIMITS X Class B FCC Part ANTENNA POWER CONDUCTED LIMITS FOR RECEIVER X NAp: Not Applicable NAs: Not Asked Page 7 out of 49

8 6.3 intentional radiator (subpart C) Test Description of test Respected criteria? Comment procedure Yes No NAp NAs FCC Part ANTENNA REQUIREMENT X Note 1 FCC Part RESTRICTED BANDS OF OPERATION X FCC Part CONDUCTED LIMITS X Note 2 FCC Part RADIATED EMISSION LIMITS; general requirements FCC part ADDITIONAL PROVISIONS TO THE GENERAL RADIATED EMISSION LIMITATIONS (a) Alternative to general radiated emission limits (b) Unwanted emissions outside of frequency bands (c) 20 db bandwidth and band-edge compliance X Note 3 X X Note 4 X FCC Part OPERATION WITHIN THE BANDS MHZ, MHz and MHz (a) (1) Hopping systems X (a) (2) Digital modulation techniques X Note 5 (b) Maximum peak output power X Note 6 (c) Operation with directional antenna gains > 6 dbi X (d) Intentional radiator X (e) Peak power spectral density X (f) Hybrid system X (g) Frequency hopping requirements X (h) Frequency hopping intelligence X (i) RF exposure compliance X NAp: Not Applicable NAs: Not Asked Page 8 out of 49

9 Note 1: Integral antenna. Note 2: The product can be connected to a computer for charging battery. When the product is connected, the radio part is not operational. Note 3: See FCC part (d). Note 4: See FCC part Unwanted emissions levels are all below the fundamental emission field strength level. Note 5: The minimum 6 db bandwidth of the equipment is 576 khz (see appendix 4). Note 6: Conducted measurement is not possible (integral antenna), so we used the radiated method in open field. RF EXPOSURE: Maximum measured power = W with P = (E d) 2 / (30 Gp) with d = 3 m and Gp = 1 In accordance with KDB D01 General RF Exposure Guidance v06: PSD= EIRP/(4*π*R 2) =1.22/(4*π*(20 cm)²)= mw/cm² (limit = 1mW/cm²) The equipment fulfils the requirements on power density for general population/uncontrolled exposure and therefore fulfils the requirements of 47 CFR Page 9 out of 49

10 7. MEASUREMENT OF THE CONDUCTED DISTURBANCES Standard: FCC Part 15 Test procedure: Paragraph Limits: Class B Software used: BAT-EMC V Test set up: The EUT is isolated and placed on a wooden table, 0.8 m over a horizontal reference plane and 0.4 m from a vertical reference plane. It is powered by an artificial main network placed on the ground reference plane. The equipment is powered with the AC power operating voltage of 120 V / 60 Hz. See photos in appendix 2 Frequency range: 150 khz - 30 MHz Detection mode: Peak / Quasi-peak / Average Bandwidth: 10 khz / 9 khz Equipment under test operating condition: The equipment is blocked in charging mode via an AC / DC adapter supplied with 120Vac 60Hz. Results: Ambient temperature ( C): 22 Relative humidity (%): 58 Page 10 out of 49

11 : with GUN accessory Measurement on the mains power supply: The measurement is first realized with Peak detector. Curve N 1: 90 dbµv measurement on the Neutral with peak detector FCC part 15 : Classe:B - Moyenne/ FCC part 15 : Classe:B - QCrête/ Mes.Peak (Neutre) (Neutre) kHz Fréquence (MHz) 30MHz Ligne: Neutre The frequencies which are not 6 db under the average limit are then analyzed with Quasi-peak detector and Average detector. F (MHz) Pk Qp lim QP margin QP (db) Av lim Av Margin Av (db) Page 11 out of 49

12 Curve N 2: 90 dbµv measurement on the Line with peak detector FCC part 15 : Classe:B - Moyenne/ FCC part 15 : Classe:B - QCrête/ Mes.Peak (Phase 1) (Phase 1) kHz 30MHz Fréquence (MHz) Ligne: Phase 1 The frequencies which are not 6 db under the average limit are then analyzed with Quasi-peak detector and Average detector. F (MHz) Pk Qp lim QP margin QP (db) Av lim Av Margin Av (db) Page 12 out of 49

13 : with CLAW accessory Measurement on the mains power supply: Curve N 3: 90 dbµv measurement on the Neutral with peak detector FCC part 15 : Classe:B - Moyenne/ FCC part 15 : Classe:B - QCrête/ Mes.Peak (Neutre) (Neutre) kHz Fréquence (MHz) 30MHz Ligne: Neutre The frequencies which are not 6 db under the average limit are then analyzed with Quasi-peak detector and Average detector. F (MHz) Pk Qp lim QP margin QP (db) Av lim Av Margin Av (db) Page 13 out of 49

14 Curve N 4: measurement on the Line with peak detector FCC part 15 : Classe:B - Moyenne/ FCC part 15 : Classe:B - QCrête/ Mes.Peak (Phase 1) (Phase 1) 90 dbµv kHz 30MHz Fréquence (MHz) Ligne: Phase 1 The frequencies which are not 6 db under the average limit are then analyzed with Quasi-peak detector and Average detector. Pk Qp lim QP margin QP Av lim Av Margin Av F (MHz) (db) (db) Page 14 out of 49

15 : with LIGHT accessory Measurement on the mains power supply: Curve N 5: 90 dbµv measurement on the Neutral with peak detector FCC part 15 : Classe:B - Moyenne/ FCC part 15 : Classe:B - QCrête/ Mes.Peak (Neutre) (Neutre) kHz Fréquence (MHz) 30MHz Ligne: Neutre The frequencies which are not 6 db under the average limit are then analyzed with Quasi-peak detector and Average detector. F (MHz) Pk Qp lim QP margin QP (db) Av lim Av Margin Av (db) Page 15 out of 49

16 Curve N 6: 90 dbµv measurement on the Line with peak detector FCC part 15 : Classe:B - Moyenne/ FCC part 15 : Classe:B - QCrête/ Mes.Peak (Phase 1) (Phase 1) kHz 30MHz Fréquence (MHz) Ligne: Phase 1 The frequencies which are not 6 db under the average limit are then analyzed with Quasi-peak detector and Average detector. F (MHz) Pk Qp lim QP margin QP (db) Av lim Av Margin Av (db) Test conclusion: RESPECTED STANDARD Page 16 out of 49

17 8. RADIATED EMISSION LIMITS Standard: FCC Part 15 Test procedure: paragraph 109 Limit class: Class B Test set up: First an exploratory radiated measurement was performed. During this phase the product is oriented in three orthogonal planes. Then the final measurement is realized with the product on the most critical orientation. The measure is realized on open area test site under 1 GHz and in anechoic chamber above 1 GHz. When the system is tested in an open area test site (OATS), the EUT is placed on a rotating table, 0.8m from a ground plane. When the system is tested in anechoic chamber, the EUT is placed on a rotating table, 1.5m from a ground plane. Zero degree azimuths correspond to the front of the device under test. See photos in appendix 2. Frequency range: From 30 MHz to 12.5GHz (5th harmonic of the highest frequency used) Detection mode: Quasi-peak (F < 1 GHz) Bandwidth: 120 khz (F < 1 GHz) Average (F > 1 GHz) 1 MHz (F > 1 GHz) Distance of antenna: 10 meters (in open area test site) / 3 meters (in anechoic room) Antenna height: 1 to 4 meters (in open area test site) / 1.5 meter (in anechoic room) Antenna polarization: vertical and horizontal (only the highest level is recorded) Equipment under test operating condition: First, measures with the drone in stand-alone blocked in reception mode are performed. Then, measures with the drone in charging mode via an adapter AC/DC supplied with 120Vac 60Hz are performed. Page 17 out of 49

18 Results with the drone in stand-alone blocked in reception mode Sample 2 Ambient temperature ( C): 21.8 Relative humidity (%): 47 Power source: LiPo battery, 3.7Vdc fully charged Not any spurious has been observed. Results with the drone in charging mode via an adapter AC/DC supplied with 120Vac 60Hz. Sample 2 Ambient temperature ( C): 24.4 Relative humidity (%): 50 Power source: Adapter AC / DC supplied with 120Vac 60Hz Not any spurious has been observed. Test conclusion: RESPECTED STANDARD Page 18 out of 49

19 9. ADDITIONAL PROVISIONS TO THE GENERAL RADIATED EMISSION LIMITATIONS Standard: FCC Part 15 Test procedure: Paragraph Test set up: Test realized in near field. All field strength measurements are correlated with the radiated maximum peak output power Test operating condition of the equipment: The equipment under test is blocked in continuous transmission mode, modulated by internal data signal, at the highest output power level which the transmitter is intended to operate. Results: Ambient temperature ( C): 24.8 Relative humidity (%): 47 Power source: Battery fully charged Lower Band Edge: Upper Band Edge: from 2398 MHz to 2400 MHz from MHZ to MHz : FUNDAMENTAL FREQUENCY (MHZ) FIELD STRENGTH LEVEL OF FUNDAMENTAL (DBµV/M) DETECTOR (PEAK OR AVERAGE) FREQUENCY OF MAXIMUM BAND- EDGES EMISSION (MHZ) DELTA MARKER (DB)* CALCULATED MAX OUT-OF- BAND EMISSION LEVEL (DBµV/M) LIMIT (DBµV/M) MARGIN (DB) PEAK PEAK AVERAGE * Marker-Delta method 20 db bandwidth curves are given in appendix 5; band-edge curves are given in appendix 7. Test conclusion: RESPECTED STANDARD Page 19 out of 49

20 10. MAXIMUM PEAK OUTPUT POWER Standard: FCC Part 15 Test procedure: paragraph (b) KDB procedure: D01 DTS v03r05, paragraph Test set up: First an exploratory radiated measurement was performed. During this phase the product is oriented in three orthogonal planes. Then the final measurement is realized with the product on the most critical orientation. The system is tested in anechoic chamber. The EUT is placed on a rotating table, 1.5m from a ground plane. Zero degree azimuths correspond to the front of the device under test. See photos in appendix 2. The measurement of the electro-magnetic field is realized, with a resolution bandwidth adjusted at 10 MHz and video bandwidth at 10 MHz. Distance of antenna: 3 meters Antenna height: 1.5 meter (in anechoic room) Antenna polarization: vertical and horizontal (only the highest level is recorded) Equipment under test operating condition: The equipment under test is blocked in continuous modulated transmission mode, at the highest output power level at which the transmitter is intended to operate. Page 20 out of 49

21 Results: Drone equipped with GUN accessory: Ambient temperature ( C): 21.5 Relative humidity (%): 55 Power source: LiPo battery, 3.7Vdc fully charged Low Channel (F=2402MHz) Electro-magnetic field (dbµv/m): Conducted power * (W) Limit (W) Nominal supply voltage: Polarization of test antenna: Horizontal (height: 150 cm) Position of equipment: See photos in appendix 2 (azimuth: 217 degrees) Central Channel (F=2440MHz) Electro-magnetic field (dbµv/m): Conducted power * (W) Limit (W) Nominal supply voltage: Polarization of test antenna: Horizontal (height: 150 cm) Position of equipment: See photos in appendix 2 (azimuth: 218 degrees) High Channel (F=2480MHz) Electro-magnetic field (dbµv/m): Conducted power * (W) Limit (W) Nominal supply voltage: Polarization of test antenna: Horizontal (height: 150 cm) Position of equipment: See photos in appendix 2 (azimuth: 220 degrees) * P = (E d) 2 / (30 Gp) with d = 3 m and Gp = 1.53 Page 21 out of 49

22 Results: Drone equipped with CLAW accessory: Ambient temperature ( C): 21.5 Relative humidity (%): 55 Power source: LiPo battery, 3.7Vdc fully charged Low Channel (F=2402MHz) Electro-magnetic field (dbµv/m): Conducted power * (W) Limit (W) Nominal supply voltage: Polarization of test antenna: Horizontal (height: 150 cm) Position of equipment: See photos in appendix 2 (azimuth: 217 degrees) Central Channel (F=2440MHz) Electro-magnetic field (dbµv/m): Conducted power * (W) Limit (W) Nominal supply voltage: Polarization of test antenna: Horizontal (height: 150 cm) Position of equipment: See photos in appendix 2 (azimuth: 100 degrees) High Channel (F=2480MHz) Electro-magnetic field (dbµv/m): Conducted power * (W) Limit (W) Nominal supply voltage: Polarization of test antenna: Horizontal (height: 150 cm) Position of equipment: See photos in appendix 2 (azimuth: 98 degrees) * P = (E d) 2 / (30 Gp) with d = 3 m and Gp = 1.53 Page 22 out of 49

23 Results: Drone equipped with LIGHT accessory: Ambient temperature ( C): 21.5 Relative humidity (%): 55 Power source: LiPo battery, 3.7Vdc fully charged Low Channel (F=2402MHz) Electro-magnetic field (dbµv/m): Conducted power * (W) Limit (W) Nominal supply voltage: Polarization of test antenna: Horizontal (height: 150 cm) Position of equipment: See photos in appendix 2 (azimuth: 220 degrees) Central Channel (F=2440MHz) Electro-magnetic field (dbµv/m): Conducted power * (W) Limit (W) Nominal supply voltage: Polarization of test antenna: Horizontal (height: 150 cm) Position of equipment: See photos in appendix 2 (azimuth: 100 degrees) High Channel (F=2480MHz) Electro-magnetic field (dbµv/m): Conducted power * (W) Limit (W) Nominal supply voltage: Polarization of test antenna: Horizontal (height: 150 cm) Position of equipment: See photos in appendix 2 (azimuth: 191 degrees) * P = (E d) 2 / (30 Gp) with d = 3 m and Gp = 1.53 Test conclusion: RESPECTED STANDARD Page 23 out of 49

24 11. INTENTIONAL RADIATOR Standard: FCC Part 15 Test procedure: paragraph , paragraph , paragraph (d) Test set up: First an exploratory radiated measurement was performed. During this phase the product is oriented in three orthogonal planes. Then the final measurement is realized with the product on the most critical orientation. The measure is realized on open area test site under 1 GHz and in anechoic chamber above 1 GHz. When the system is tested in an open area test site (OATS), the EUT is placed on a rotating table, 0.8m from a ground plane. When the system is tested in anechoic chamber, the EUT is placed on a rotating table, 1.5m from a ground plane. Zero degree azimuths correspond to the front of the device under test. See photos in appendix 2. Emissions in non-restricted frequency bands method of paragraph 11 of KDB and Emissions in restricted frequency bands method of paragraph 12 of KDB are applied. Frequency range: From 9 khz to 25GHz (10 th harmonic of the highest fundamental frequency). Detection mode: Quasi-peak (F < 1 GHz) Peak / Average (F > 1 GHz) Bandwidth: 200Hz (9 khz < F < 150kHz) 9 khz (150 khz < F < 30MHz) 120 khz (30 MHz < F < 1 GHz) 100 khz / 1 MHz (F > 1 GHz) Distance of antenna: 10 meters (in open area test site) / 3 meters (in anechoic room) Antenna height: 1 to 4 meters (in open area test site) / 1.5 meter (in anechoic room) Antenna polarization: vertical and horizontal (only the highest level is recorded) Equipment under test operating condition: The equipment under test is blocked in continuous modulated transmission mode blocked on low, central then high channel, at the highest output power level at which the transmitter is intended to operate. The measures have been performed on the drone equipped with the three different accessories. Page 24 out of 49

25 Results: Drone equipped with GUN accessory Ambient temperature ( C): 20.8 Relative humidity (%): 52 Power source: LiPo battery, 3.7Vdc fully charged Low Channel Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) * P H * Av H P V P= Peak, QP=Quasi-peak, Av=Average * restricted bands of operation in **the peak level is lower than the average limit (54dBμV/m). Central Channel Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) * P H * Av H * P V * Av V P= Peak, QP=Quasi-peak, Av=Average * restricted bands of operation in **the peak level is lower than the average limit (54dBμV/m). High Channel Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) 4961* P H 52.1** * P V * Av V P= Peak, QP=Quasi-peak, Av=Average * restricted bands of operation in **the peak level is lower than the average limit (54dBμV/m). Page 25 out of 49

26 Results: Drone equipped with CLAW accessory Ambient temperature ( C): 20.8 Relative humidity (%): 52 Power source: LiPo battery, 3.7Vdc fully charged Low Channel Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) * P H * Av H P V P= Peak, QP=Quasi-peak, Av=Average * restricted bands of operation in **the peak level is lower than the average limit (54dBμV/m). Central Channel Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) * P H 53.9** * Av H * P V * Av V P= Peak, QP=Quasi-peak, Av=Average * restricted bands of operation in **the peak level is lower than the average limit (54dBμV/m). High Channel Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) * P H 50.9** * P V * Av V P= Peak, QP=Quasi-peak, Av=Average * restricted bands of operation in **the peak level is lower than the average limit (54dBμV/m). Page 26 out of 49

27 Sample N 2: Motors activated Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) QP V P= Peak, QP=Quasi-peak, Av=Average The 3 products possess the same radio. So, only the band edge on the worst case (claw accessory) was taken into account. Band edge worst case measurement (band 2310MHz to 2390MHz) avec bande restrictive - Classe: - Moyenne/3.0m/ avec bande restrictive - Classe: - QCrête/3.0m/ avec bande restrictive - Classe: - Crête/3.0m/ Mes.Peak (Verticale) Mes.Avg (Verticale) dbµv/m GHz Fréquence (MHz) 2.39GHz Polarisation: Verticale Band edge worst case measurement (band MHz to 2500MHz) avec bande restrictive - Classe: - Moyenne/3.0m/ avec bande restrictive - Classe: - QCrête/3.0m/ avec bande restrictive - Classe: - Crête/3.0m/ Mes.Peak (Verticale) Mes.Avg (Verticale) dbµv/m GHz 2.5GHz Fréquence (MHz) Sous-bande 1 Page 27 out of 49

28 Results: Drone equipped with LIGHT accessory Ambient temperature ( C): 22.5 Relative humidity (%): 51 Power source: LiPo battery, 3.7Vdc fully charged Low Channel Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) * P H * Av H P V P= Peak, QP=Quasi-peak, Av=Average * restricted bands of operation in **the peak level is lower than the average limit (54dBμV/m). Central Channel Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) * P H 53.5** * Av H * P V * Av V P= Peak, QP=Quasi-peak, Av=Average * restricted bands of operation in **the peak level is lower than the average limit (54dBμV/m). High Channel Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (khz) Polarization H: Horizontal V: Vertical Field strength (db V/m) Limits (db V/m) Margin (db) * P H 49.5** * P V * Av V P= Peak, QP=Quasi-peak, Av=Average * restricted bands of operation in **the peak level is lower than the average limit (54dBμV/m). Page 28 out of 49

29 Applicable limits: In any 100 khz bandwidth outside the frequency band in which the spread spectrum or digitally modulated intentional radiator is operating, the radio frequency power that is produced by the intentional radiator shall be at least 20 db below that in the 100 khz bandwidth within the band that contains the highest level of the desired power. The highest level recorded in a 100 khz bandwidth is 95.8dBµV/m on high channel with claw accessory. So the applicable limit is 75.8dBµV/m. In addition, radiated emissions which fall in the restricted band, as defined in section (a), must also comply with the radiated emission limits specified in section (a) (see section (c)). Test conclusion: RESPECTED STANDARD Page 29 out of 49

30 12. PEAK POWER DENSITY Standard: FCC Part 15 Test procedure: paragraph (e) KDB procedure: D01 DTS v03r05, paragraph 10.2 Test set up: First an exploratory radiated measurement was performed. During this phase the product is oriented in three orthogonal planes. Then the final measurement is realized with the product on the most critical orientation. The system is tested in anechoic chamber. The EUT is placed on a rotating table, 1.5m from a ground plane. Zero degree azimuth corresponds to the front of the device under test. The measuring distance between the equipment and the test antenna is 3 m. The test antenna has been oriented in two polarizations (Vertical and Horizontal). Only the highest level of each measurement is reported. We used the same method of the peak output power measurement; the equipment under test power density level is recorded with the spectrum analyzer. Resolution bandwidth: 3 khz Video bandwidth: 10 khz PKPSD Peak PSD method of paragraph 10.2 of KDB is applied. Distance of antenna: 3 meters (in anechoic room) Antenna height: 1.5 meter (in anechoic room) Antenna polarization: vertical and horizontal (only the highest level is recorded) Equipment under test operating condition: The equipment under test is blocked in continuous modulated transmission mode, at the highest output power level at which the transmitter is intended to operate. Page 30 out of 49

31 Results: Drone equipped with GUN accessory Ambient temperature ( C): 21.5 Relative humidity (%): 55 Power source: LiPo battery, 3.7Vdc fully charged Low Channel Normal test conditions Limits Peak power density at frequency: 2402 MHz dBm +8 dbm Central Channel Normal test conditions Limits Peak power density at frequency: 2440 MHz dBm +8 dbm High Channel Normal test conditions Limits Peak power density at frequency: 2480 MHz dBm +8 dbm Page 31 out of 49

32 Results: Drone equipped with CLAW accessory Ambient temperature ( C): 21.5 Relative humidity (%): 55 Power source: LiPo battery, 3.7Vdc fully charged Low Channel Normal test conditions Limits Peak power density at frequency: 2402 MHz dBm +8 dbm Central Channel Normal test conditions Limits Peak power density at frequency: 2440 MHz dBm +8 dbm High Channel Normal test conditions Limits Peak power density at frequency: 2480 MHz dBm +8 dbm Page 32 out of 49

33 Results: Drone equipped with LIGHT accessory Ambient temperature ( C): 21.5 Relative humidity (%): 55 Power source: LiPo battery, 3.7Vdc fully charged Low Channel Normal test conditions Limits Peak power density at frequency: 2402 MHz dBm +8 dbm Central Channel Normal test conditions Limits Peak power density at frequency: 2440 MHz dBm +8 dbm High Channel Normal test conditions Limits Peak power density at frequency: 2480 MHz dBm +8 dbm Test conclusion: RESPECTED STANDARD End of report, 7 appendixes to be forwarded Page 33 out of 49

34 APPENDIX 1: Photos of the equipment under test Refer External View ParrotMAMBO.pdf Refer Internal View ParrotMAMBO.pdf CONFIDENTIAL Page 34 out of 49

35 APPENDIX 2: Test set up CONFIDENTIAL Page 35 out of 49

36 APPENDIX 3: Test equipment list Measurement of the conducted disturbances TYPE MANUFACTURER EMITECH NUMBER Outside room Hors cage Emitech 8893 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Test receiver R&S ESU8 Rohde & Schwarz 9403 LISN 1600 Thurbly Thandar Instruments High-pass filter EZ-25 Rohde & Schwarz 8635 Absorber sheath current Emitech Power source 1251RP California instruments 8508 Multimeter 177 FLUKE Meteo station HUGER 8671 Software BAT-EMC 0000 Radiated emission limits TYPE MANUFACTURER EMITECH NUMBER Open test site EMITECH 8732 Anechoic Chamber EMITECH 8593 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Test receiver ESI7 Rohde & Schwarz 8707 Spectrum Analyzer FSP40 Rohde & Schwarz 4088 Biconical antenna VHBB 9124 Schwarzbeck 8526 Biconical antenna VHA 9103 Schwarzbeck 8528 Log periodic antenna UHALP 9108A Schwarzbeck 8543 Antenna 3115 Electrometrics 8535 Low-noise amplifier 8447D Hewlett Packard 8511 Log periodic antenna 3147 EMCO 8783 Low-noise amplifier S005180M3201 LUCIX Corp Power source 1251RP California instruments 8508 Multimeter IDM106N ISOTECH 8676 Meteo station WS-9232 La Crosse Technology 8749 Meteo station WS-9232 La Crosse Technology 8750 Software BAT-EMC 0000 Page 36 out of 49

37 Additional provisions to the general radiated emission limitations TYPE MANUFACTURER EMITECH NUMBER Anechoic Chamber EMITECH 8593 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Spectrum Analyzer FSP40 Rohde & Schwarz 4088 Antenna 3115 Electrometrics 8535 Multimeter IDM106N ISOTECH 8676 Meteo station WS-9232 La Crosse Technology 8750 Software GPIB SHOT / Maximum peak output power TYPE MANUFACTURER EMITECH NUMBER Anechoic Chamber EMITECH 8593 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Spectrum Analyzer FSP40 Rohde & Schwarz 4088 Antenna 3115 Electrometrics 8535 Multimeter IDM106N ISOTECH 8676 Meteo station WS-9232 La Crosse Technology 8750 Software BAT-EMC 0000 Page 37 out of 49

38 Intentional radiator TYPE MANUFACTURER EMITECH NUMBER Open test site EMITECH 8732 Anechoic Chamber EMITECH 8593 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Test receiver ESI7 Rohde & Schwarz 8707 Spectrum Analyzer FSP40 Rohde & Schwarz 4088 Loop antenna EMCO 6502 EMCO 1406 Biconical antenna VHBB 9124 Schwarzbeck 8526 Biconical antenna VHA 9103 Schwarzbeck 8528 Log periodic antenna UHALP 9108A Schwarzbeck 8543 Antenna 3115 Electrometrics 8535 Antenna WR42 IMC 1939 Antenna WR42 IMC 1940 Low-noise amplifier 8447D Hewlett Packard 8511 Low-noise amplifier S005180M3201 LUCIX Corp Low-noise amplifier ALN ALC Microwave 3036 Low pass Filter LP03/1000-7GH FILTEK 4087 Reject band filter BRM50702 Microtronics 7299 Multimeter IDM106N ISOTECH 8676 Meteo station WS-9232 La Crosse Technology 8749 Meteo station WS-9232 La Crosse Technology 8750 Software BAT-EMC 0000 Peak Power Density TYPE MANUFACTURER EMITECH NUMBER Anechoic Chamber EMITECH 8593 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Spectrum Analyzer FSP40 Rohde & Schwarz 4088 Antenna 3115 Electrometrics 8535 Multimeter IDM106N ISOTECH 8676 Meteo station WS-9232 La Crosse Technology 8750 Software BAT-EMC 0000 Page 38 out of 49

39 APPENDIX 4: 6 db bandwidth Low Channel Ref 117 dbµv * Att 10 db * RBW 100 khz VBW 300 khz SWT 2.5 ms Marker 1 [T1 ] dbµv GHz ndb [T1] 6.00 db BW khz Temp 1 [T1 ndb] A 1 PK MAXH dbµv GHz Temp 2 [T1 ndb] dbµv GHz 8 0 T1 1 T2 PS DB AC Center GHz 250 khz/ Span 2.5 MHz Date: 7.JUN :58:35 Page 39 out of 49

40 Central Channel * RBW 100 khz Marker 1 [T1 ] VBW 300 khz dbµv Ref 117 dbµv * Att 10 db SWT 2.5 ms GHz ndb [T1] 6.00 db BW khz Temp 1 [T1 ndb] A 1 PK MAXH dbµv GHz Temp 2 [T1 ndb] dbµv GHz 8 0 T1 T2 PS DB AC Center 2.44 GHz 200 khz/ Span 2 MHz Date: 7.JUN :04:41 Page 40 out of 49

41 High Channel * RBW 100 khz Marker 1 [T1 ] VBW 300 khz dbµv Ref 117 dbµv * Att 10 db SWT 2.5 ms GHz ndb [T1] 6.00 db BW khz Temp 1 [T1 ndb] A 1 PK MAXH dbµv GHz Temp 2 [T1 ndb] dbµv GHz 8 0 T1 T2 PS DB AC Center 2.48 GHz 250 khz/ Span 2.5 MHz Date: 8.JUN :26:14 Page 41 out of 49

42 APPENDIX 5: 20 db bandwidth Low Channel Ref 117 dbµv * Att 10 db * RBW 30 khz VBW 100 khz SWT 10 ms Delta 1 [T1 ] 0.17 db MHz Marker 1 [T1 ] dbµv GHz A 1 PK VIEW Delta 2 [T1 ] db khz PS D dbµv 1 3DB AC Center GHz 200 khz/ Span 2 MHz Date: 8.JUN :10:39 Page 42 out of 49

43 Central Channel Ref 117 dbµv * Att 10 db * RBW 30 khz VBW 100 khz SWT 15 ms Delta 1 [T1 ] 2.20 db MHz Marker 1 [T1 ] dbµv GHz A 1 PK MAXH Delta 2 [T1 ] db khz PS D dbµv 1 1 3DB AC Center 2.44 GHz 250 khz/ Span 2.5 MHz Date: 7.JUN :38:38 Page 43 out of 49

44 High Channel Ref 117 dbµv * Att 10 db * RBW 30 khz VBW 100 khz SWT 15 ms Delta 1 [T1 ] db MHz 1 PK MAXH Marker 1 [T1 ] dbµv GHz Delta 2 [T1 ] db khz A PS D dbµv 1 1 3DB AC Center 2.48 GHz 250 khz/ Span 2.5 MHz Date: 8.JUN :30:33 Page 44 out of 49

45 APPENDIX 6: 99% bandwidth Low Channel Page 45 out of 49

46 Central Channel Ref 117 dbµv * Att 10 db * RBW 30 khz VBW 100 khz SWT 15 ms Marker 1 [T1 ] dbµv GHz 1 PK MAXH OBW MHz Temp 1 [T1 OBW] dbµv GHz Temp 2 [T1 OBW] dbµv GHz A PS 7 0 T1 T DB AC Center 2.44 GHz 250 khz/ Span 2.5 MHz Date: 7.JUN :42:43 Page 46 out of 49

47 High Channel Ref 117 dbµv * Att 10 db * RBW 30 khz VBW 100 khz SWT 15 ms Marker 1 [T1 ] dbµv GHz 1 PK MAXH OBW MHz Temp 1 [T1 OBW] dbµv GHz Temp 2 [T1 OBW] dbµv GHz A PS 7 0 T1 T DB AC Center 2.48 GHz 250 khz/ Span 2.5 MHz Date: 8.JUN :33:53 Page 47 out of 49

48 APPENDIX 7: Band edge Low Channel Ref 117 dbµv * Att 10 db * RBW 100 khz VBW 300 khz SWT 2.5 ms Marker 1 [T1 ] dbµv GHz Delta 1 [T1 ] db MHz A 1 PK MAXH PS DB AC F1 Center GHz 600 khz/ Span 6 MHz Date: 8.JUN :16:57 Page 48 out of 49

49 High Channel Ref 107 dbµv * Att 10 db * RBW 1 MHz VBW 10 MHz SWT 2.5 ms Delta 2 [T2 ] db MHz Marker 1 [T1 ] 1 PK MAXH dbµv GHz Delta 1 [T1 ] db MHz A SGL 2 RM * AVG PS SWP 200 of DB AC F1 Center GHz 750 khz/ Span 7.5 MHz Date: 8.JUN :00:13 Page 49 out of 49

Radio Collocation test report

RR51-14-16673-12-A Ed. Radio Collocation test report According to the standard: CFR47 FCC part 15 Equipment under test: RFID MODULE HF-ELYCTIS integrated in Biometric/RFID Handheld Control Terminal WA4e-ID-WG-OCR31e