GEPRC MOZ7 RAD 1.6W GPS TBS Nano RX FPV Drone - Long Range Series

Introduction

The GEPRC MOZ7 is a high-performance FPV drone engineered for extended flight sessions and long-range missions. As part of the 'Long Range Series', it integrates advanced components like the GEPRC RAD 1.6W VTX, a TBS Nano RX receiver, and a GEP-M10 GPS module, offering unparalleled stability and control for aerial exploration. It's designed for serious FPV enthusiasts looking to push the boundaries of flight distance and endurance.

Key advantages

• Powerful Performance: Equipped with 2809-1280KV motors and HQ7.5*3.7*3 propellers for strong thrust.
• Extended Flight Time: The included GEP-VTC6-6000mAh battery provides up to 30 minutes of flight, or 20 minutes with a GoPro 10 onboard.
• Advanced GPS Module: Features the GEP-M10-DQ GPS for reliable navigation and flight path tracking on long-range flights.
• Versatile Camera Mounting: Innovative camera mounting allows switching between 19mm and 20mm sizes with adjustable aluminum parts.
• Bluetooth Parameter Adjustment: Utilizes the SPAN F722-BT-HD V2 flight controller for wireless configuration via Bluetooth.
• Robust Frame Design: Built on the GEP-MOZ7 frame with 3.0mm top/bottom plates, 6.0mm arm plates, ensuring durability.
• High-Power VTX: Integrated GEPRC RAD 5.8G & 1.6W VTX for strong video transmission over long distances.
• Reliable Receiver: Comes with a TBS Nano RX for stable radio control link, with a forward-positioned antenna to prevent signal blockage.

Technical specifications

• Model: MOZ7
• Frame: GEP-MOZ7
• Dimensions: 280mm x 310mm
• Wheelbase: 320mm
• Top Plate: 3.0mm
• Bottom Plate: 3.0mm
• Arm Plate: 6.0mm
• Gasket Plate: 3.0mm
• Camera Mount: 2.0mm
• VTX Guard: 1.5mm
• FC: SPAN F722-HD-BT V2
• MCU: STM32F722
• Gyro: 42688-P (SPI)
• VTX: GEPRC RAD 5.8G & 1.6W
• ESC: GEP-BLheli32-50A
• Propeller: HQ7.5*3.7*3
• Antenna: Momoda 5.8G RP-SMA RHCP 120MM
• Motor: 2809-1280KV (6S version)
• GPS: GEP-M10
• Camera: Caddx Ratel2
• Weight: 675.5g
• Receiver: TBS NanoRX
• Recommended Battery: VTC6 6S 6000mAh / LiPo 6s 3300mAh

Applications

This FPV drone is ideal for long-range exploration, freestyle flying, aerial photography, and cinematic FPV. Its robust build and advanced features make it suitable for pilots who need reliable performance for extended flights and capturing high-quality aerial footage.

Compatibility

The MOZ7 supports a maximum 30.5mm x 30.5mm stack installation and is compatible with various VTXs and custom cooling systems. It features an innovative camera mount adaptable for 19mm and 20mm cameras. Recommended batteries include the GEP-VTC6-6000mAh or LiPo 6s 3300mAh.

FAQ

What is the maximum flight time for the GEPRC MOZ7 drone?

The GEPRC MOZ7 drone can achieve up to 30 minutes of flight time with the recommended GEP-VTC6-6000mAh battery. Using a GoPro 10 onboard reduces the flight time to approximately 20 minutes. This extended duration is ideal for long-range exploration.

What type of GPS module does the GEPRC MOZ7 use?

The GEPRC MOZ7 is equipped with the GEP-M10-DQ GPS module. This ensures reliable navigation and tracking capabilities, which are crucial for long-distance FPV flights and mission planning.

Can I adjust the drone's parameters wirelessly?

Yes, the GEPRC MOZ7 features the SPAN F722-BT-HD V2 flight controller, which supports wireless parameter adjustment via Bluetooth. This allows for convenient tuning and configuration without needing to connect physical cables.

What are the key advantages of the GEPRC MOZ7 for long-range flying?

The GEPRC MOZ7 is optimized for long-range flying with its high-power 1.6W VTX, reliable TBS Nano RX receiver, efficient 2809 motors, and a large capacity battery for extended flight times. The integrated GPS further enhances its long-range capabilities.

Where can I buy the GEPRC MOZ7 FPV drone with fast delivery?

You can buy the GEPRC MOZ7 FPV drone at HTDRONE, your specialized FPV parts store based in Poland. We offer fast delivery within Poland and reliable worldwide shipping via DHL for international orders.