EMTEK Test Report: SKYVIEW FPV Drone Compliance

Test Report 1

This test report, prepared by EMTEK, details the compliance testing of the SKYVIEW FPV Real-time Video Transmission Drone. The drone, identified by multiple model numbers including DRCSC42-BLK and 2418W, was evaluated against FCC Part 15 Subpart E and IC RSS-247 standards for operation within the 5150MHz-5250MHz band. Testing encompassed bandwidth measurements, conducted output power, power spectral density, and radiated spurious emissions.

The report confirms that the SKYVIEW FPV Drone meets the required limits for these parameters, ensuring compliance with regulatory requirements. The EUT utilizes a linear antenna with a gain of 3.21 dBi and operates on DC 3.7V from a Li-ion battery. The tests were conducted between August 30, 2024, and February 20, 2025, at EMTEK's Dongguan facility. The results indicate that the drone's radio emissions are within acceptable levels, demonstrating its suitability for operation within the specified frequency bands.


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tags: ["SKYVIEW FPV Real-time Video Transmission Drone", "DRCSC42-BLK", "DRCSC42-BLK-T37-4", "DRCSC42-BLK-T57-2", "2003", "2106", "2106S", "2306", "2306S", "2308", "2308S", "2411", "2411S", "2418S", "2418W", "2AWZK-2411S", "FCC Part 15.407", "IC RSS-247", "IC RSS-GEN"]
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This test report, prepared by EMTEK, details the compliance testing of the SKYVIEW FPV Real-time Video Transmission Drone. The drone, identified by multiple model numbers including DRCSC42-BLK and 2418W, was evaluated against FCC Part 15 Subpart E and IC RSS-247 standards for operation within the 5150MHz-5250MHz band. Testing encompassed bandwidth measurements, conducted output power, power spectral density, and radiated spurious emissions.

The report confirms that the SKYVIEW FPV Drone meets the required limits for these parameters, ensuring compliance with regulatory requirements. The EUT utilizes a linear antenna with a gain of 3.21 dBi and operates on DC 3.7V from a Li-ion battery. The tests were conducted between August 30, 2024, and February 20, 2025, at EMTEK's Dongguan facility. The results indicate that the drone's radio emissions are within acceptable levels, demonstrating its suitability for operation within the specified frequency bands.

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