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GEPRC MATEN 1.2G 5W VTX PRO

Price: 75.99$
Model: MATEN VTX compliance and integration

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MATEN VTX compliance file

Evaluate the MATEN 1.2G transmitter through region, antenna and cooling

MATEN VTX release depends on a revision-controlled radio file. Frequency and channel conflicts, selectable power, mounting geometry, antenna, pinout, regional authorization and thermal checks must resolve together. The old article identifies a MATEN 1.2G 5W VTX PRO with nine channels from 1200 to 1360MHz. An official revision dated 2025-09-09 expands the stated range to 1080–1360MHz, while the current official page itself says 14 selectable channels in one place and 16CH in another. The source also lists pit, 25mW, 400mW, 800mW and 5000mW settings, 7–36V input, a 5V 600mA accessory output, IRC Tramp, SMA and 48g. Mounting wording conflicts between 20 × 20mm plus 30.5 × 30.5mm and 20 × 20mm plus 25.5 × 25.5mm. Final radio and mounting values must follow the delivered revision, current manual and regional permission.

MATEN VTX release controls

Control pointArchived statementEvidence before use
Radio revisionOld: 1200–1360MHz/9CH; 2025-09-09: 1080–1360MHz; current page: 14 vs 16CHDelivered label, current manual, permitted region and receiver match
RF powerPit, 25, 400, 800 and 5000mW entriesHardware revision, measured setting and legal limit
Mounting20mm plus conflicting 30.5mm or 25.5mm patternsDimensioned drawing and actual-hole measurement
Electrical/thermal7–36V input; 5V 600mA output; alloy shellPinout, antenna-first procedure, airflow and temperature check

MATEN VTX handover

  1. File 1

    Resolve the 25.5mm/30.5mm mounting conflict.

  2. File 2

    Identify hardware region and permitted channel set.

  3. File 3

    Install the approved antenna before controlled power-up.

  4. File 4

    Verify input and 5V-output pin assignments.

  5. File 5

    Record selected power, airflow and case temperature.

Rear label view of the MATEN VTX showing 7-36V, ground, VTX, IRC, 5V output, antenna warning and SMA port.
The printed rear panel helps verify terminal names and the antenna-before-use warning; it does not settle the channel plan, secondary mount pattern or regional authorization.
Front three-quarter MATEN VTX enclosure view showing the cooling fan, finned cover and side control buttons.
This housing view documents the active-cooling cover and accessible controls; airflow and case temperature still require installation evidence.
Angled connector-end view of the MATEN VTX showing its SMA socket, fan opening, ventilation slots and side buttons.
The connector-end angle supports antenna clearance and ventilation planning; it cannot verify RF power, legal frequency access or mounting-hole spacing.

A complete analog chain needs more than a transmitter

Name the camera format, receiver band and channel plan, antennas at both ends, cable losses, display or recorder and power wiring. The 5V auxiliary output is reserved by the source for a camera or fan; it is not a general battery rail.

Keep radio settings inside local authorization

The listed frequencies and power levels may not be permitted in a project location. Delivery should include hardware-region identity, approved antenna information and a signed settings sheet that prevents an archived high-power option from becoming the default assumption.

MATEN VTX integration questions

May the 5000mW setting be enabled everywhere?
No. Apply the legal frequency, power and licensing rules for the actual location.
Which mounting pattern is correct?
The archive conflicts; inspect the delivered board and obtain the current drawing.
Can the 5V output power another main device?
Use it only within the documented 600mA accessory purpose and confirmed connector pinout.
Check a MATEN VTX installation

Provide region, receiver, antenna, camera and mounting layout for a compliant interface review.

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Compliance File

MATEN VTX controlled file

Resolve radio, mounting and thermal conflicts against the delivered transmitter revision.

01
Capture the hardware label, manual revision and permitted channel plan.
02
Measure the mounting pattern and verify connector plus accessory-output pinout.
03
Document approved antenna, selected power, airflow and case-temperature result.

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Customer Reviews

   

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   Stable and Low-Latency Video Transmission


 2025-12-30

The video transmission on this FPV drone kit is very reliable. Latency is low, and the image stays clear even when flying behind obstacles or at longer distances. During fast maneuvers, the feed remains smooth without sudden dropouts, which makes flying feel much more controlled and confident. For
   Durable Frame for Practice Crashes


 2025-12-30

I’ve had a few hard landings during practice, but the frame held up well. This makes it ideal for pilots who are still pushing their limits
   Fun Build, Even Better to Fly


 2025-12-30

The build process was enjoyable, and the flight performance exceeded my expectations. It’s rewarding to fly something you assembled yourself
   Solid Components for the Price


 2025-12-30

The motors, ESC, and frame included in this kit are better than I expected for the price. Everything feels durable and reliable, making it a strong foundation for future upgrades.
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