GEPRC MARK4-LR7 Analog ELRS 2.4G Long Range FPV Drone - 1350KV Motors, 1.6W VTX

Introduction

The GEPRC MARK4-LR7 Analog ELRS 2.4G is a high-performance FPV drone designed for pilots who demand extended flight capabilities and a reliable, powerful system. Building on the classic MARK4 frame, this drone offers a stable and comfortable flying experience, making it ideal for long-range exploration and immersive FPV sessions. Its robust construction and carefully selected components ensure consistent performance for enthusiasts and serious pilots alike.

Key Advantages

• Classic and attractive design with a durable frame construction.
• High-power 1.6W GEPRC RAD 5.8G VTX ensures a stable and reliable video signal for extended range.
• Powerful GEPRC E2806.5 1350KV motors, optimized for 6S batteries, delivering high output power.
• Stable performance with GEPRC F405 V2 Flight Controller and SPAN 50A BLHeli_S ESC.
• Clear visual experience provided by the Caddx H1 FPV camera.
• Integrated ELRS 2.4G receiver for robust and low-latency control link.
• Extended flight times of 12-30 minutes, thanks to efficient power management and large battery compatibility.
• Comfortable and stable flight characteristics, ideal for long-range missions.

Technical Specifications

• Model: MARK4 7-inch FPV
• Frame: GEP-MK4-7
• Wheelbase: 295 mm
• Top Plate: 3mm
• Bottom Plate: 3mm
• Arm Plate: 5mm
• Rail Plate: 2 mm
• Flight Controller (FC): GEPRC F405 V2
• Electronic Speed Controller (ESC): SPAN 50A BLHeli_S
• Microcontroller Unit (MCU): STM32F405RGT6
• Gyro: ICM-42688-P
• On-Screen Display (OSD): Betaflight OSD with AT7456E chip
• Video Transmitter (VTX): GEPRC RAD 5.8G 1.6W
• Camera: Caddx H1
• Antenna: Momoda 5.8G RHCP RP-SMA 120mm
• Motor: GEPRC E2806.5 1350KV
• Propeller: Gemfan 7037-3
• Weight: 455g (without battery)
• Receiver: ELRS 2.4G
• Recommended Battery: Lipo 6S 2600mAh-4200mAh / Lion 6S 6000mAh
• Flight Time: 12-30 minutes

Applications

This drone is perfectly suited for long-range FPV flights, aerial exploration, and immersive flying experiences. Its stability and extended flight time make it a great choice for capturing cinematic footage over vast areas or simply enjoying extended time in the air. The ELRS 2.4G system ensures a reliable control link for all your long-distance adventures.

Compatibility

The GEPRC MARK4-LR7 is designed to work with 6S Lipo batteries (2600mAh-4200mAh) or 6S Lion batteries (6000mAh) for optimal performance and flight duration. It features standard FPV components ensuring broad compatibility with other gear.

FAQ

What is the GEPRC MARK4-LR7 Analog FPV Drone best suited for?

The GEPRC MARK4-LR7 Analog FPV Drone is best suited for long-range FPV flights and aerial exploration. Its design prioritizes extended flight times and a stable, comfortable flying experience, making it ideal for pilots who want to cover more distance and enjoy longer sessions in the air.

What battery is recommended for the GEPRC MARK4-LR7 Analog FPV Drone?

For optimal performance and extended flight times, the GEPRC MARK4-LR7 Analog FPV Drone is recommended to use a 6S Lipo battery ranging from 2600mAh to 4200mAh, or a 6S Lion battery between 6000mAh. This ensures sufficient power for the high-performance motors and components.

What is the flight time of the GEPRC MARK4-LR7 Analog FPV Drone?

The GEPRC MARK4-LR7 Analog FPV Drone offers an impressive flight time of 12 to 30 minutes. This extended duration is achieved through the efficient combination of its 6S power system, powerful yet efficient GEPRC E2806.5 1350KV motors, and optimized power management.

Where can I buy the GEPRC MARK4-LR7 Analog FPV Drone?

You can buy the GEPRC MARK4-LR7 Analog FPV Drone at HTDRONE, your specialized FPV and UAV drone parts store. We offer fast shipping within Poland and reliable worldwide delivery via DHL. Check our shop for the best deals on this and other high-quality FPV equipment.

What makes the video transmission system on the GEPRC MARK4-LR7 stand out?

The GEPRC MARK4-LR7 features a high-power GEPRC RAD 5.8G 1.6W VTX, which provides a stable and reliable video signal. This is crucial for maintaining a clear FPV feed, especially during long-range flights where signal integrity is paramount.