Description Catalog Related Service FAQ Reviews
YOUR POSITION:HOME > DRONES & Kits > FPV Drone Kits >

GEPRC TAKER H743 BT 8Bit 80A STACK

Price: 129.99$
Model:

Get Quote


Overview

The TAKER H743 BT 8Bit 80A Stack is GEPRC’s latest high-performance stack system, designed for both racing and freestyle drones. At its core is the STM32H743VIH6 processor, powered by a Cortex-M7 running at 480MHz, providing exceptional computing capability. A dual gyroscope system (MPU6000 + ICM42688-P) ensures precise stabilization and smooth control, while Bluetooth connectivity enables convenient wireless parameter tuning.

With 512MB onboard black box storage, detailed flight data recording is possible. The stack offers eight motor outputs, supporting X8 drone configurations, and is fully compatible with Betaflight, INAV, and Ardupilot. It also integrates a barometer, seven UART ports, and dual independent BEC outputs (5V@3A + 12V@2.5A), ensuring reliable power for your electronics. Combined with the TAKER H80_BLS 80A 4-in-1 ESC, this stack provides an ultra-responsive and stable flight experience.


Key Features

  1. High-speed STM32H743 processor for smooth performance.

  2. Dual gyroscope system (MPU6000 + ICM42688-P) for accurate flight control.

  3. Built-in 512MB black box for extensive data logging.

  4. Wireless Bluetooth tuning for easy adjustments.

  5. True plug-and-play design, no soldering needed.

  6. Integrated barometer for advanced flight functions.

  7. Equipped with 7 UART ports for maximum expandability.

  8. Independent dual BEC (5V@3A + 12V@2.5A).

  9. Multi-firmware support (Betaflight, INAV, Ardupilot).

  10. Bundled with TAKER H80_BLS 80A ESC for efficient power delivery.


Technical Specifications

Flight Controller: TAKER H743 BT

  • MCU: STM32H743

  • Gyroscopes: MPU6000 + ICM42688-P (dual)

  • DJI Air Unit: direct plug support

  • Storage: 512MB onboard black box

  • Connectivity: Bluetooth

  • Barometer: Yes

  • USB Port: Type-C

  • OSD: Betaflight OSD with AT7456E chip

  • Power Output: 5V@3A + 12V@2.5A BEC

  • Firmware Target: GEPRC_TAKER_H743

  • Dimensions: 38.5 × 38.5mm, mounting holes 30.5 × 30.5mm

  • Voltage Input: 3–6S LiPo

  • UART Ports: 7 (UART3 reserved for Bluetooth)

  • Power Filtering: Integrated LC filter

  • Weight: 8.4g

ESC: TAKER H80_BLS 80A 4-in-1

  • Voltage Input: 3–6S LiPo

  • Current: 80A continuous / 85A burst (5s)

  • Ammeter: Supported

  • Protocols: DShot150 / 300 / 600

  • Size: 56.3 × 61.1mm, mounting 30.5 × 30.5mm

  • Hole size: Φ4mm (Φ3mm with silicone grommets)

  • Weight: 28.1g

  • Firmware Target: B_X_30


Package Includes

  • 1 × TAKER H743 BT Flight Controller

  • 1 × TAKER H80_BLS 80A 4-in-1 ESC

  • 1 × 4700µF 50V capacitor

  • 1 × DJI connection cable (6-pin, 100mm)

  • 1 × FC adapter cable (8-pin, 30mm)

  • 1 × Receiver cable (4-pin, 150mm)

  • 1 × Camera cable (3-pin, 60mm)

  • 1 × VTX cable (4-to-6 pin, 100mm)

  • 1 × XT90 power cable (10AWG, 230mm)

  • 4 × M3×30 screws

  • 4 × M3×25 screws

  • 8 × M3 nylon nuts

  • 12 × Silicone vibration dampers (M3)

  • High-speed STM32H743 processor for smooth performance.

  • Dual gyroscope system (MPU6000 + ICM42688-P) for accurate flight control.

  • Built-in 512MB black box for extensive data logging.

  • Wireless Bluetooth tuning for easy adjustments.

  • True plug-and-play design, no soldering needed.

  • Integrated barometer for advanced flight functions.

  • Equipped with 7 UART ports for maximum expandability.

  • Independent dual BEC (5V@3A + 12V@2.5A).

  • Multi-firmware support (Betaflight, INAV, Ardupilot).

  • Bundled with TAKER H80_BLS 80A ESC for efficient power delivery

Related Resource


Related Services We Have Strong Power To Support Our Production, From Factory Environment Construction To Equipment
Configuration, All Leading To High Quality GEPRC TAKER H743 BT 8Bit 80A STACK.
Support for System Integration and Compatibility with Third-Party Equipment

Support for System Integration and Compatibility with Third-Party Equipment

Our FPV drones are designed to seamlessly integrate with a wide range of third-party systems and equipment. We provide technical guidance to ensure compatibility with sensors, cameras, payload modules, and communication devices. This integration capability allows clients to create mission-ready s
Spare Parts Supply and Long-Term Maintenance Support

Spare Parts Supply and Long-Term Maintenance Support

We maintain a comprehensive inventory of spare parts to support ongoing drone operation and maintenance. Clients can access essential components quickly, reducing downtime and maintaining operational readiness. Our long-term maintenance services ensure that every FPV drone continues to perform at
Continuous Product Updates and Technical Upgrades for Long-Term Partners

Continuous Product Updates and Technical Upgrades for Long-Term Partners

We offer ongoing product updates and technical upgrades to support long-term clients. Our engineering team continuously improves drone performance, flight systems, and software capabilities based on technological advancements and user feedback. This commitment ensures that clients’ FPV drones re
Related FAQ
FAQ More+
1.What level of technical skill is required to assemble an FPV drone kit?
Assembling an FPV drone kit requires basic to advanced technical knowledge, including soldering, firmware configuration, and system calibration. Professional users typically have experience with ESC tuning, PID adjustments, and radio configuration. While assembly requires time and precision, it ensu...
2.Are FPV drone kits easier to maintain and repair in the field?
Yes. FPV drone kits are designed with modular components, allowing quick replacement of motors, ESCs, arms, or electronic modules. For professional operators, this reduces downtime and eliminates dependency on proprietary spare parts. Field repair capability is a key advantage in remote or continuou...
3.What is included in an FPV drone kit for professional users?
A professional FPV drone kit typically includes the core flight components such as frame, motors, ESC, flight controller, power distribution system, and basic wiring. Unlike consumer-ready drones, FPV kits are designed for customization, allowing operators to select FPV cameras, video transmitters,...
4.What flight controllers are commonly used in professional FPV drone kits?
Most professional FPV kits support INAV and BETAFLIGHT flight controllers. INAV is preferred for GPS-assisted navigation and stable long-duration flights, while BETAFLIGHT is favored for high responsiveness and precision control. The ability to choose firmware allows operators to adapt the drone to ...

Customer Reviews

   

Score
 Remove

Review Title

Review Text

   Perfect for Learning FPV Maintenance


 2025-12-30

Building this FPV kit taught me a lot about wiring, soldering, and troubleshooting. It’s a great educational platform for anyone serious about FPV
   Highly Upgrade-Friendly FPV Kit


 2025-12-30

This kit is very upgrade-friendly. Swapping motors, VTX, or cameras is easy, which makes it great for pilots who like to customize and improve over time
   Ideal Platform for Skill Progression


 2025-12-30

This FPV drone kit grows with your skills. You can start simple and gradually upgrade components as your flying and technical knowledge improves
   Good Balance of Performance and Simplicity


 2025-12-30

The kit offers solid performance without being overly complicated. It’s powerful enough to be exciting, yet simple enough to maintain and repair
Need Help?
Please leave your contact information to get our latest catalog
Get In Touch Now >
FD FPV Drones

Tel: +86-13959965075

Email: info@fpvdroneskit.com

MP/WhatsApp: +86-13959965075

Manufacturer Address:Quanzhou Valley Nanan Science and Technology Innovation Center, No. 89 Shijing Avenue, Shijing Town, Nanan City, Fujian Province

NEW KEYWORD

About Us

Products

Information