Search
FCC ID SS3-GL6D10A1609

DJI GL6D10A1609 FCC filing (SS3-GL6D10A1609)

Public FCC record for DJI GL6D10A1609 (SS3-GL6D10A1609), a digital transmission system device filed by SZ DJI Technology Co., Ltd. Public exhibits include external photos, internal photos, a user manual, and RF exposure information. Radio evidence covers 5 GHz Wi-Fi and 2.4 GHz Wi-Fi / Bluetooth.

SZ DJI Technology Co., Ltd.
SS3-GL6D10A1609
Drones
Oct 4, 2016
Plain-English filing summary

What this FCC record tells you

GL6D10A1609 is the device filed under FCC ID SS3-GL6D10A1609 by SZ DJI Technology Co., Ltd.

Public exhibits include internal and external photos, a user manual, RF exposure information, and wireless test reports.

The strongest extracted details are wireless test measurements and manual excerpts.

Those exhibits help verify what the device looks like, how its radios were tested, and setup or use details from the manual.

The listed radio coverage includes 5 GHz Wi-Fi and 2.4 GHz Wi-Fi / Bluetooth.

Manual excerpts cover power details and button controls.

Terms in this filing

FCC ID
A public identifier assigned to a wireless device authorization.
Grantee Code
The manufacturer/applicant portion of an FCC ID.
DTS
FCC equipment class for digital transmission systems.
Part 15C
FCC rules for many unlicensed intentional radiators.
Part 15E
FCC rules often associated with 5 GHz and 6 GHz network devices.
Official FCC facts

FCC filing details

Raw application fields from the FCC record, shown separately from the plain-English summary.

Grantee codeSS3The FCC-assigned applicant code at the start of the FCC ID.
Product code-GL6D10A1609The filing-specific product code. It is not always the retail product name.
Application purposeOriginal EquipmentShows whether the FCC action was an original authorization, change, or related filing update.
FCC equipment classNII - Wi-Fi-style wireless deviceIn plain English, this usually points to 5 GHz or 6 GHz Wi-Fi-style network radios.
FCC rule partsPart 15E - 5 GHz / 6 GHz wireless rules; Part 15C - low-power wireless rulesPart 15E is commonly used for 5 GHz and 6 GHz Wi-Fi or network radios. Part 15C is the FCC rule bucket used for many low-power Wi-Fi, Bluetooth, and similar transmitters.
Application IDTdZfgpn4egkQfgT3FpxGTA==The FCC tracking ID for this application batch.
Filing timeline

What changed in this filing

A quick read on what each public FCC application changed or confirmed, with source links attached.

Oct 4, 2016

Original Equipment

2 FCC applications

2 related FCC applications share this date and purpose, so they are grouped here instead of repeated as separate Original Equipment rows.

  • Applications: TdZfgpn4egkQfgT3FpxGTA==, W+7HV2xrCPTn88Oy5dF3hw==
  • Equipment classes: NII - Wi-Fi-style wireless device; DTS - digital wireless transmitter
  • FCC rules: Part 15C - low-power wireless rules; Part 15E - 5 GHz / 6 GHz wireless rules
  • Bands: 5 GHz Wi-Fi: 2 ranges; 2.4 GHz Wi-Fi / Bluetooth: 2 ranges
  • Public exhibits: user manual, external photos, internal photos, RF exposure, RF test report
Wireless test details

Wireless details from FCC tests

This section summarizes what the FCC test documents say about the device's wireless connections and tested frequency ranges. RF exposure or SAR rows are compliance/safety context, not a speed or range claim.

This filing covers Wi-Fi-style wireless operation, including the shared frequency ranges shown below.

FCC equipment classDTS - digital wireless transmitterThe FCC shorthand for the radio behavior reviewed in this filing.
FCC rule partsPart 15E - 5 GHz / 6 GHz wireless rules; Part 15C - low-power wireless rulesThe rule sections cited by the grant or test documents.
Frequency bands5 GHz Wi-Fi: 2 ranges; 2.4 GHz Wi-Fi / Bluetooth: 2 rangesThe radio ranges the FCC filing lists for the device.Source: FCC grant; 4 ranges grouped below
Frequency range100 - 1500 MHz | 5725 - 5850 MHzSource: RF Exposure Info p. 25; Test Report p. 33
SAR14.582 W/kg | 4.956 W/kg | 17.311 W/kg | 38.227 W/kg | 2.0 W/kg | 4.0 W/kg | 0.229 W/kg | 0.127 W/kgRF exposure/SAR values are FCC compliance checks for radio energy near people, not product performance specs.Source: RF Exposure Info p. 20; RF Exposure Info p. 26; RF Exposure Info p. 28; RF Exposure Info p. 29
Public photo exhibits

Public FCC photos

Product photos from public FCC exhibits, formatted for easier browsing. External photos show the enclosure and labels; internal photos show boards, antennas, and other compliance-relevant hardware.

DJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 1
External viewDJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 1Source: External Photos (3155872) p. 1
DJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 2
External viewDJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 2Source: External Photos (3155872) p. 2
DJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 3
External viewDJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 3Source: External Photos (3155872) p. 3
DJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 4
External viewDJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 4Source: External Photos (3155872) p. 4
DJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 5
External viewDJI GL6D10A1609 external FCC photo from External Photos (3155872) p. 5Source: External Photos (3155872) p. 5
DJI GL6D10A1609 internal FCC photo from Internal Photos (3155874) p. 1
Internal viewDJI GL6D10A1609 internal FCC photo from Internal Photos (3155874) p. 1Source: Internal Photos (3155874) p. 1
DJI GL6D10A1609 internal FCC photo from Internal Photos (3155874) p. 2
Internal viewDJI GL6D10A1609 internal FCC photo from Internal Photos (3155874) p. 2Source: Internal Photos (3155874) p. 2
DJI GL6D10A1609 internal FCC photo from Internal Photos (3155874) p. 3
Internal viewDJI GL6D10A1609 internal FCC photo from Internal Photos (3155874) p. 3Source: Internal Photos (3155874) p. 3
Manual shortcuts

Quick troubleshooting

Setup, reset, and status notes from the public manual. Use the official source document for full instructions and safety context.

Public manual

LED and status lights

  • Turning On: Press the Power Button once, then press again and hold for 2 seconds to turn on. The Power LED will turn red and the remote controller system status screen will display the current battery level.
Manual page 6
"Turning On: Press the Power Button once, then press again and hold for 2 seconds to turn on. The Power LED will turn red and the remote controller system status screen will display the current battery level."
Users Manual

Batch-approved public quick troubleshooting on 2026-05-02 after correcting an overbroad OCR-fragment filter; only high-confidence passed rows with source-backed useful instructions were approved.

User manual

User manual

Searchable manual text plus skimmable details from the public FCC user manual.

Official FCC source: Users Manual12 pages706 KB public file

The public manual includes useful power, and button and port details.

Manual at a glance

  • Preparing Aircraft and Batteryp. 1
  • Using the Remote Controllerp. 2
  • Remove the Intelligent Flight Batteryp. 7
  • Starting/Stopping the Motorsp. 8

What power or charging details does the manual include?

Exiting Packing Mode The aircraft enters Packing Mode to enable easy packing during transportation.

Source: Users Manual, page 1

What buttons or ports does the manual describe?

15.

Source: Users Manual, page 3
Preparing Aircraft and Battery

Exiting Packing Mode The aircraft enters Packing Mode to enable easy packing during transportation.

Source: Users Manual, page 1
Using the Remote Controller

Press and release the power button on the remote controller, wait for 3 seconds then press and hold the power button to power on the remote controller.

Source: Users Manual, page 2
Remove the Intelligent Flight Battery

Press the curricula Battery Eject button to eject both the batteries from the aircraft.

Source: Users Manual, page 7
Starting/Stopping the Motors

Starting the Motors A Combination Stick Command (CSC) is used to start the motors.

Source: Users Manual, page 8
Open FCC filing source

Official FCC documents

Open the original FCC files used to check the details shown here. Badges separate whether a file is public from whether details from that file appear on this page.

FCC grant

Official FCC grant or authorization record.

Public FCC fileUsed on this page
Source

Users Manual (3155897)

Public user manual or setup guide from the FCC filing.

Public FCC fileUsed on this page
FCC type: Users ManualApplication ID: TdZfgpn4egkQfgT3FpxGTA==
Source

Internal Photos (3155874)

Internal product photo exhibit from the FCC filing.

Public FCC fileUsed on this page
FCC type: Internal PhotosApplication ID: W+7HV2xrCPTn88Oy5dF3hw==
Source

External Photos (3155872)

External product photo exhibit from the FCC filing.

Public FCC fileUsed on this page
FCC type: External PhotosApplication ID: W+7HV2xrCPTn88Oy5dF3hw==
Source

RF Exposure Info (3155892)

RF exposure exhibit from the FCC filing.

Public FCC fileUsed on this page
FCC type: RF Exposure InfoApplication ID: TdZfgpn4egkQfgT3FpxGTA==
Source

18 additional official FCC documents

Additional FCC exhibits are grouped here by source type instead of repeated as individual rows.

Source index
1 grant record1 manual or setup guide1 internal photo exhibit1 external photo exhibit1 RF exposure exhibit2 RF report exhibits11 test report exhibits