Public FCC record for DJI HG8001501 (SS3-HG8001501), a digital transmission system device filed by SZ DJI Technology Co., Ltd. Public exhibits include external photos, internal photos, a user manual, and wireless test details. Radio evidence covers 2.4 GHz Wi-Fi / Bluetooth.
HG8001501 is the device filed under FCC ID SS3-HG8001501 by SZ DJI Technology Co., Ltd.
Public exhibits include internal and external photos, a user manual, and wireless test reports.
The strongest extracted details are external photos 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 2.4 GHz Wi-Fi / Bluetooth.
Manual excerpts cover status lights, power details, and setup.
Raw application fields from the FCC record, shown separately from the plain-English summary.
A quick read on what each public FCC application changed or confirmed, with source links attached.
2 related FCC applications share this date and purpose, so they are grouped here instead of repeated as separate Original Equipment rows.
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 class | DTS - digital wireless transmitterThe FCC shorthand for the radio behavior reviewed in this filing. |
|---|---|
| FCC rule parts | Part 15C - low-power wireless rules; Part 15B - unintentional radiator rulesThe rule sections cited by the grant or test documents. |
| Frequency bands | 2.4 GHz Wi-Fi / Bluetooth: 1 rangeThe radio ranges the FCC filing lists for the device.Source: FCC grant; 1 range grouped below |
| Frequency range | 2402 - 2480 MHzSource: Test Report (2580694) p. 5 |
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.
Setup, reset, and status notes from the public manual. Use the official source document for full instructions and safety context.
Batch-approved public quick troubleshooting on 2026-05-02 after stricter OCR/source-evidence gate; only high-confidence passed rows with source-backed useful instructions were approved.
Useful setup, control, or operating details from the public FCC manual exhibit.
2. Be sure Bluetooth is switched to the on position on your mobile device. Position the camera in the standard operating position. Power on your Ronin-M and then open the app to connect to the Ronin-M via Bluetooth.
4. Connect to your Ronin-M according to the tips in the app. After connecting to the main controller of the gimbal, you will see the Wizard menu. When the green light at the top in the app is steady and the blue light is blinking, the connection is complete. The green LED light on the Ronin-M will light up.
After switching on Bluetooth on your mobile device, go back to the Assistant App to connect to the Ronin-M. The Ronin-M will not show up in the settings menu of your mobile device. It can only be connected to via the app.
2. Live Data This monitors the feedback from each motor axis. If a particular motor axis indicates a power greater than 10, this often means the mechanical balancing of the camera hasn’t been properly adjusted. A properly balanced camera rig will have each axis indicating close to 0 power. Don’t worry if these settings are not always 0. The Angle indicates the current angle at which each axis is in relation to center.
1. Motor Adjustment The Auto Tune Stability button allows for automatic adjustment of each motor’s stiffness settings (as relayed from the sensors and how the Ronin-M sees each axis’s interaction) to accomplish an optimized setting.
Besides tuning stiffness, there are other electronic settings being tuned. It is highly recommended that the Auto Tune Stability button be tapped whenever there is a new camera configuration mounted, including a lens change or accessories change. This will offer the best stability and the most optimal settings.
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.
Official FCC grant or authorization record.
Public user manual or setup guide from the FCC filing.
Internal product photo exhibit from the FCC filing.
External product photo exhibit from the FCC filing.
FCC RF test report exhibit from the filing.
Additional FCC exhibits are grouped here by source type instead of repeated as individual rows.
