You've got a reliable older drone that works perfectly — but it predates the Remote ID mandate. Rather than retiring a capable aircraft, a broadcast module is your path forward. MmowW's Gyoseishoshi precision: install the right module, verify acceptance by the FAA, and fly with full compliance confidence. — MmowW Team
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A Remote ID Broadcast Module is an FAA-accepted external device that you attach to a drone to satisfy the Remote ID broadcast requirement under 14 CFR Part 89. It is the retrofit solution for drones that lack built-in Standard Remote ID capability.
The broadcast module:
Important distinction: A broadcast module fulfills Remote ID broadcast requirements. It is categorized differently from a Standard Remote ID drone. Certain advanced operation eligibility may still require a Standard Remote ID drone rather than a module. Always check the specific requirements for the operation you're planning. Source: 14 CFR § 89.110
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Only modules that have received FAA acceptance are legally compliant. The official list is maintained at:
faa.gov/uas/getting_started/remote_id/broadcast_module
Always verify before purchasing. The FAA accepted module list is updated as new modules are approved or existing ones are modified. Check the official FAA list — not manufacturer marketing materials — before making purchasing decisions. Source: FAA Remote ID
When a module is on the FAA accepted list, it means the manufacturer has:
The FAA does not independently test every module — acceptance is based on manufacturer declaration, subject to enforcement if non-compliant.
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When evaluating broadcast modules, look for these specifications:
| Specification | What to Look For | Why It Matters |
|---|---|---|
| Broadcast method | WiFi 802.11 and/or Bluetooth 4.0+ | Wider receiver compatibility |
| GPS accuracy | ≤ 3 meters CEP (circular error probable) | Location accuracy of broadcast |
| Update rate | 1 Hz minimum (1 broadcast per second) | Tracking accuracy |
| Battery life | Internal battery or drone-powered | Duration without internal = limited by drone battery |
| Weight | Under 100g preferred | Minimizes payload impact on flight time/performance |
| Attachment method | Secure mount for your specific drone | Prevents vibration-induced data errors |
| FAA acceptance | Must be on FAA accepted list | Legal requirement |
| Firmware update capability | OTA (over-the-air) updates | Future regulation changes may require updates |
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Step 1: Verify module is on FAA accepted list → Step 2: Purchase module compatible with your drone → Step 3: Download module manufacturer's app → Step 4: Pair module with app and configure → Step 5: Attach module to drone per manufacturer instructions → Step 6: Connect power (if not self-powered) → Step 7: Test broadcast using verification app → Step 8: Complete a pre-flight Remote ID test before first operational flight → Step 9: Update module firmware per manufacturer's schedule
| Consideration | Recommendation |
|---|---|
| Mounting location | Above or on top of drone for clear GPS sky view |
| Vibration isolation | Use vibration dampening mount if high-vibration drone |
| Cable management | Secure cables away from propellers |
| Weight balance | Mount near center of gravity if possible |
| Airflow | Avoid blocking cooling vents |
| Removability | Use method that allows removal for transport without damaging drone |
Most modules offer two power options:
Recommendation for commercial operators: Drone-powered is preferred — it's one less battery to track and ensures the module activates and deactivates with the drone.
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Understanding the technical differences is important for certain operations:
| Feature | Standard Remote ID Drone | Broadcast Module |
|---|---|---|
| Location data source | Drone's internal GPS (tightly integrated) | Module's own GPS (external) |
| Control station location | Drone communicates precise CS location | Module GPS approximates CS location (if module is at CS location) |
| Compliance level | Full Standard Remote ID | Remote ID broadcast requirement satisfied |
| Eligibility for some advanced ops | Required for some OOP and advanced operations | May not satisfy all advanced operation requirements |
| FAA CONOPS integration | Better integrated into FAA UTM concepts | Less integrated |
For Operations Over People: Some Category operations may require the drone to have Standard Remote ID built in. A broadcast module may not satisfy all requirements for Category 2, 3, or 4 operations over people. Verify requirements before conducting OOP operations with a module-equipped drone. Source: 14 CFR § 107.115–107.140
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The FAA and industry have developed tools to verify Remote ID broadcasts:
Install OpenDroneID app on separate smartphone → Power on your drone with broadcast module → Stand 10–30 meters from drone → Open app → Confirm your drone's broadcast appears with: correct unique ID, accurate location, altitude data, control station location → If broadcast confirmed = COMPLIANT
Most broadcast module manufacturers provide their own companion apps that confirm broadcast status. Use both the manufacturer app AND OpenDroneID to verify.
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| Mistake | Consequence | Prevention |
|---|---|---|
| Purchasing a non-FAA-accepted module | Legal non-compliance | Check FAA official list before buying |
| Mounting module where GPS signal is blocked | Inaccurate location broadcasts | Mount with clear sky view |
| Failing to update firmware | May become non-compliant with regulatory changes | Enable auto-updates or check quarterly |
| Powering module from auxiliary accessory port that turns off early | Module shuts off before drone lands | Test power behavior through full flight cycle |
| Not testing broadcast before first flight | Unknown compliance status | Test with OpenDroneID before any operational flight |
| Mounting where propeller wash causes vibration | Data transmission errors | Use vibration-dampening mount |
| Attaching to drone without reading weight/balance implications | Altered flight characteristics | Calculate new center of gravity and test hover stability |
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MmowW Drone SaaS — built on Gyoseishoshi compliance principles — manages broadcast module tracking for your fleet:
$5.69 per aircraft / month · free access · Cancel anytime
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Most broadcast modules are designed for compatibility with a wide range of drones, but verify compatibility with your specific model before purchasing. Some modules are designed specifically for certain drone platforms. The key requirements: secure mounting location with GPS sky view, and a compatible power source. Source: Module manufacturer specifications + FAA accepted list.
Recreational drones under 250g that are not required to be FAA registered also do not require Remote ID. However, if the drone is used commercially (Part 107), it must be registered AND must comply with Remote ID regardless of weight. If your sub-250g drone is commercially used, it needs either Standard Remote ID or a broadcast module (or must fly only in a FRIA). Source: 14 CFR § 89.101
Broadcast modules using WiFi 802.11 or Bluetooth typically have effective ranges of 300–500 meters under optimal conditions. Buildings, terrain, and interference can reduce range. The FAA does not specify a minimum required reception range — compliance is based on broadcasting, not ensuring reception at a specific distance. Source: 14 CFR Part 89 Technical Standards
If your module stops broadcasting mid-flight due to battery failure, you are technically out of compliance for the remainder of the flight. Land as soon as safely possible. To prevent this: use drone-powered modules, charge self-powered modules before every flight, and monitor battery status via the manufacturer app during flight. Source: 14 CFR § 89.110
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Remote ID broadcast modules in 2026:
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MmowW Drone SaaS tracks your broadcast module firmware, registration status, and pre-flight Remote ID checks — fleet-wide visibility for complete compliance.
$5.69 per aircraft / month · free access · Cancel anytime
Start free →*The Gyoseishoshi for the US drone pilot.*
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This information is provided for guidance only and does not constitute legal advice. For official FAA regulations, please consult faa.gov/uas. MmowW acts as a compliance assistance platform — operators remain fully responsible for their compliance with applicable regulations.
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This article is for informational purposes only and does not constitute legal, financial, or regulatory advice. Regulations change frequently — always verify with the relevant aviation authority (CAA) for the most current requirements. MmowW automates compliance tracking but does not replace professional consultation where required by law.
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