Flight Controllers & Parts

NZ32 Micro Brushed Flight Control Board Base NAZE32 6DOF for MICRO FPV Quadcopter Frame

• Dimension: 33mm*20mm
• Thickness: 1.2mm
• Weight: 4g

Features:

• This FC use NAZE32 6DOF hardware, software compatibility with ALIENFLIGHTF1 or NAZE in CleanFlight configurator.
• NZ32 flight controller use MPU6050 and STM32F103CB micro controller (128Kbytes flash memory, 20Kbytes SRAM, ARM 72Mhz Cortex-M3)
• The FC use 3oZ 4 lays high quality PCB, support quadrocopter or hexrcopter,
• Total 6 ways, brushed motor continuous working current up to 6A, onboard 5V
• Convert 1s battery input to 5V for RX receiver or other equipment , current output 400mA maximum.
• This 5V/400mA BEC can working reliable when input voltage from 1.8V to 4.35V

Wire cable colors:
Blue - PPM
Red - Sbus
Yellow - 5V
Black - GDN

CC3D Hardware Features:

• Powerful STM32 32-bit microcontroller running at 90MIPs with 128KB Flash and 20KB RAM.
• 3-axis high-performance MEMs gyros and 3-axis high-performance MEMs accelerometer.
• Tiny 36mmx36mm 4 layer PCB for superior electrical noise reduction and flight performance.
• Software support for Windows, Mac and Linux.
• Direct high speed USB support with no drivers required, a truly plug and play device.
• Futaba S-BUS hardware support.
• Innovative Flexi-port technology for superior port flexibility.
• 4Mbits on-board EEPROM for configuration storage.

Flexiport:

This flightcontroller also offers an innovative Flexi-port which provides either I2C connectivity or a second serial port. Flexi-port gives CopterControl the flexibility to use either I2C and a single serial port or dual serial ports, according to your connectivity needs.
 
Superior user experience:

OpenPilot tried to make your experience with the CC3D as easy and trouble-free as possible. Naturally for a high-end product, the hardware is complete; there is nothing to solder. The included RC harness allows you to connect any standard PWM receiver. All CopterControl boards are tested before shipping and come with bootloader already flashed. A standard mini-USB cable (not included) is used to load the latest firmware and configure everything for your unique airframe.
 
OpenPilot software is designed to be used by everybody! All major operating systems are supported and extra packages are also available. The software is all Free software under the GPLv3 license.

Sensors and Components:

• 3-axis Gupports several common RC inputs: 6 PWM channels, combined PPM, Spektrum/JR DSM2,
• Supports several common RC inputs: 6 PWM channels, combined PPM, Spektrum/JR DSM2, DSMJ, and Futaba S.Bus receivers.
• Simultaneous support for multiple receivers.
• ReceiverPort functions (configurable): 6 PWM input channels or combined PPM stream, 4 PWM output channels
• MainPort functions (configurable): serial telemetry (default), GPS, S.Bus.
• FlexiPort (configurable): serial telemetry, GPS, or I2C peripherals (under development)
• 10 PWM outputs to servos or ESC’s, or for camera stabilization
• Camera stabilization: supports up to 3-axis camera mounts with stabilization and manual control from any of configured receivers.
• Onboard USB connectivity for easy configuration.
• USB and serial telemetry and configuration
• Supported by powerful OpenPilot GCS
• 4 Mbit onboard memory
• 3C Quaternion based complementary filter running at 500Hz

Package Includes:

• 1 x CC3D
• 1 x 8pc wire set
• 1 x 4pc expansion path wire set
• 1 x Damping Board
• 1 x Antenna Base

The OpenPilot Revolution board, also called 'Revo', is a new breed of Autopilot using the STM32F4 series, 210MIPS ARM Micro-controller. This is important, as it contains a hardware floating point unit (FPU), which is a huge advancement for hobby-class autopilots. Of course, OpenPilot has been 32bit since day one, and the FPU is another step up the performance ladder.

The Revolution is a flight control computer with autopilot, intended for multirotors, helicopters and fixed wings. It is a full 10DOF with gyroscope, accelerometer, magnetometer and pressure sensors.

Specification:

• CPU:
  • CPU is the STM32F405RGT6 chip, with ARM Cortex-M4 core at 210MIPS, FPU, and saturation arithmetics DSP functions.
  • The chip features a range of built-in hardware modules that can bo programmed once and function independently, requiring little to no CPU overhead. These include 14x multichanel timers, 3x synchronous-sampling ADC serving up to 24 channels, 2x DAC, matrix memory controller with 16-stream DMA, and other. Communication modules include USB2.0, 3x I2C, 3x SPI, 4x USART, 2x CAN and SIDO. All these modules can be configured for accessing the chip pins using a flexible switch matrix, or disabled to save power.
  • It even contains a real time hardware calendar if you want a wake up flight.
  • The software and settings are loaded through USB connector and no-hassle update function in the GCS (Ground Control Station).
• Modem: The board features a built-in 433MHz OPLink Modem.
• Ports: Servo 1-6: These are the PWM outputs that go to servos or electronic speed controllers (ESCs).  Power for the flight controller is typically supplied through these headers from only one of the ESCs, but in most cases, all the servo wires can be left connected. Cutting the pin from servo wires is highly discouraged.  If you feel you must disconnect three of the hot wires, use some shrink tube or electrical tape to insulate the removed pin (you may need that positive voltage at a later date!).  The positive (Vcc) and negative (Gnd) pins are indicated on this diagram and the board. In rare cases, you may need to also disconnect the ground pin if your ESCs are creating ground loop problems (indicated by a general weirdness in setup).
• Servo output, pin layout:
  • Outside - ground
  • Middle - 5V - 8.4V
  • Inside - signal
• Flexi-IO Port: The receiver port can act as an input or output port depending on the configuration which is set in the Hardware Settings. Configuring the receiver port as an output port allows the user to assign more output channels then the 6 standard servo outputs.
• PWM -vs- PPM Recievers: Be aware that not all receivers can be configured to use a PPM output. It is the user's responsibility to research this feature in regards to the desired receiver they wish to use for PPM and ensure it can be used as such. Many hours of frustration can occur while trying to troubleshoot why you can't get your radio to connect to the board with PPM if using a receiver than isn't designed with that feature! Simply make sure the receiver can do it before trying to set it up that way.
• MainPort: JST-SH 4-pin.
  • This is a serial USART whose baud rate can be adjusted through the GCS. Optionally, Futaba S.Bus receiver, Spektrum/JR satellite receiver or GPS can be mapped to the MainPort. Default configuration is Telemetry for connecting an RF modem.
• FlexiPort: JST-SH 4-pin.
  • The function of this port also depends on the configuration and can be configured for I2C or Serial. The default configuration doesn't use this port, but it can be used for Telemetry, GPS, Spektrum satellite receivers (all working), and other I2C peripherals (under development).
• RF Socket: Antenna connection socket for on-board OPLink modem.
• Pwr Sen/Sonar Port: JST-SH 4-pin.
  • This port can be configured to accommodate an Autopilot current sensor and a low cost Sonar sensor such as the HC-SR04. It can also be used as a general purpose input/output port or as a one or two channel analog input port.  
• Please note that the output rate on the output channels from the Flexi-IO Port cannot be set individually. If servos are connected to this outputs, you must ensure that they can work with the defined output rate for the bound channel. E.g. if you choose a high output rate to support an octocopter configuration, the update rate from the output channels from the ReceiverPort are bound to the update rate from channels 5 & 6. In this case, you cannot connect analog servo's to these outputs since an analog servo only supports an output rate of 50Hz..

Package includes:

• 1 x OpenPilot CC3D Revolution Flight Controller with case
• 4 x connection cable
• 1 x 4pin cable
• 1 x antenna

Differential pressure Sensor board 14g only

The MPXV7002 series piezoresistive transducer in the small sketch package (SOP) is a state-of-the-art monolithic silicon pressure sensor designed for a wide range of applications, especially those involving a microcontroller or microprocessor with ONE / D inputs. This patented, single element transducer combines advanced micromachining techniques, thin film metallization and bipolar processing to produce an accurate high analog output signal proportional to the applied pressure.

The MPXV7002 is designed to measure positive and negative pressures. In addition, with an offset specially at 2.5 V instead of the conventional 0 V, this new series can measure pressure up to 7kPa through each port for pressure sensing but also for vacuum sensing (see the transfer function in the data sheet for more detailed information). Features: -2 to 2 kPa (-0.3 to 0.3 psi). 0.5 to 4.5 V Output

Electronics not included

Used for connecting Here GNSS or Here+ GNSS Rover to GPS 2 port in PH2.1

only useful when using Here or Here+ as a secondary GPS for Pixhawk2.1

• Concurrent reception of up to 3 GNSS (GPS, Galileo, GLOSNASS, BeiDou)
• Industry Leading -167 dBm navigation sensitivity
• Security and integrity protection
• Supports all satellite augmentation systems
• Advanced jamming and spoofing detection

The Here3 GPS is a high precision GNSS system, which also supports RTK navigation mode, built with CAN protocol. It is also designed to be dust-proof and splash proof. Equipped with STM32F302 processor, the Here3 provides faster processing speed and better reliability.

The Here3 has built-in sensors such as compass, gyroscope, accelerator, and status LED. It runs on a Chibios real-time operation system. Its open source structure is ideally suited to developers who need specialized requirements on their navigation system.

Cost efficient high precision and RTK supported GNSS chip (base station needed for RTK). Positioning accuracy down to centimetre-level in ideal environment.

Brand new design with improved visibility on signal LEDs. Better dust proof and water repellent design (No guarantee to be water proof under any situation due to complexity of operation environment).

High data rate, upgrade ability, noise immunity, and real-time features benefited from CAN protocol

Equipped with STM32F302 high-performance processor in real-time operation system. Framework developed by Hex provides additional stability. Supports future firmware updates.

Supporting ground control station available. Easy update from Mission Planner.

Built-in a complete set of Inertial Measurement Unit (compass, gyroscope, and accelerator), which satisfy advanced navigation needs.

Cable set for the Pixhawk Mini Carrier Board, set of 6 cables

The LED Controller includes a controller board, 6 sets highlight LED strips and one USB to UART module. It is compatible with any flight controller with ardupilot or PX4 firmware like Pixhawk serial, APM serial, Pixracer, NAVIO2, PXFmini etc. It is compatible with Mavlink 1 and Mavlink 2

The front 2 LEDs (F1 and F2) show the orientation of the aircraft and get solid when the aircraft arm, breathe when disarm. The color is changeable via the configurator
The rear 2 LEDs (R1 and R2) show the status of the aircraft(GPS, RC failsafe, low battery, critical low battery, flight mode changing). Refer to the table below for more information about the aircraft status
Other 2 LEDs (F3 and F4) show solid color. The color is changeable via the configurator
All LEDs can Turn on/off via one of the Ch6 to Ch16
Aircraft status LED (R1 and R2)states

Package included:

• 1 x LED controller
• 6 x RGB LED strip
• 1 x USB to UART module
• Stickers
• Interconnecting Cables
• User manual

Pixhawk Original I2C Splitter JST GH 4 Pin

• I2C Splitter with 6 ports
• 4 pin JST GH connectors for Pixhawk 2.1 and modern autopilots

Based on the 3DR PixHawk, the Radiolink PixHawk PX4 Advanced Autopilot was developed with an optimized circuit design and a creative automated software QA system used during manufacturing to increase quality. The Radiolink PixHawk PX4 Advanced Autopilot has less interference of the inner components, less noise, a more accurate compass which increases safety while flying.

Radiolink PixHawk PX4 Advanced Autopilot Set Includes

• 1x PIXHAWK flight Controller
• 1x Safety Switch & Cable
• 1x Power Module (XT60 Connectors) & Cable
• 1x 3-wire Servo Cable
• 1x Buzzer
• 1x 4G Card
• 1x Mounting Foam|
  
  Specifications
• Processor
  
  • 32bit STM32F427 Cortex M4 core with FPU
  • 168 MHz
  • 256 KB RAM
  • 2 MB Flash
  • 32 bit STM32STMF100 failsafe co-processor
    
  Sensors
  
  • ST Micro IST8310 gyroscope (NEW)
  • ST Micro IST8310 accelerometer / magnetometer (NEW)
  • Invensense MPU 6000 3-axis accelerometer/gyroscope
  • MEAS MS5611 barometer
    

Pixhawk PX4 2.4.8 Flight Controller 32 Bit ARM M8N GPS Combo for Multicopters

The board integrates with PX4FMU+PX4IO .Pixhawk is with new 32 bit chip and sensor technology

Processor:
32 bit 2M flash memory STM32F427  Cortex M4, with hardware floating point processing unit
Main frequency: 256K, 168MHZ RAM
32 bit STM32F103 backup co processor

Sensor:
L3GD20 3 axis digital 16 bit gyroscope
LSM303D 3 axis  14 bit accelerometer /magnetometer
MPU6000 6 axis accelerometer / magnetometer
MS5611 high precision barometer

Interface:
5* UART, 1*compatible high voltage, 2*hardware flow control
2*CAN
Spektrum DSM/DSM2/DSM-X satellite receiver compatible input
Futaba SBUS compatible input and output
PPM signal input
RSSI (PWM or voltage) input
I2C
SPI
3.3 and 6.6VADC input
External USB MICRO interface

Features:
Advanced 32 bit CortexM4 ARM high performance processor, can run RTOS NuttX real time operating system;
Integrated backup power supply and failure backup controller, the main controller can be safely switched to backup control;
Provide redundant power input and fault transfer function;
14* PWM/ actuator output;
Bus interface (UART, I2C, SPI, CAN);
Provide automatic and manual mode;
Color LED lamp;
Multi tone buzzer interface;
Micro SD to record flight data;

Included in the package:

Pixhawk 2.4.8 FC
Buzzer+ Safety Switch
Power Module
PPM+I2C
Shock Absorber Board+SD Card
Neo-M8N GPS+GPS Holder+ OSD OLED display
DF13 4/5/6 Pin Cable

Pixhawk PX4 2.4.8 Flight Controller 32 Bit ARM PX4FMU PX4IO Combo for Multicopters

Advanced 32 bit CortexM4 ARM high performance processor, can run RTOS NuttX real time operating system;
Integrated backup power supply and backup controller failure, the main controller can be safely switched to backup control;
Provide redundant power and error transfer function;
14 * PWM / actuator output;
Bus interface (UART, I2C, SPI, CAN);
Offer automatic and manual mode;
Color LED lamp;
Multi tone buzzer interface;
Micro SD record flight data;

Package includes

• Pixhawk 2.4.8
  
• NEO M8N GPS ( with compass)
• Buzzer
• Safety Switch
• SD Card
• Power Module- XT60 or Deans

The safety switch (safety button) is a mandatory component of the Pixhawk autopilot system, so you can handle your vehicle's safety by turning off the engines until you activate the switch. The safety switch includes a three-position connector to connect directly to the autopilot.

Specification:

Adopts E-Switch red light switch

Length: 172mm

Package includes:

1 x Safety Switch

The modified version of airspeed head adopts digital differential pressure sensor, I2C communication, suitable for PIXHAWK, adoting PX4 original firmware
(Different from analog differential voltage sensor APM adopts, APM is not universal)
 
Package included:
1 x Airspeed module w/ 4 pin cable
1 x Pitot tube

This buzzer is used with Pixhawk and PX4 autopilot to annunciate status tones. The buzzer includes a two-position DF14 connector on one side that plugs directly into the Pixhawk or PX4 FMU board.

• Connector: DF13 Plug
• Wire length: 190mm
• Size: Dia 30mm

I2C LED Module for Pixhawk PX4 with USB Extension Function External Indicators Full Color LED- using USB-C interface (older is MicroUSB)

Pixhawk-RGB module has the following characteristics:

To extend to the exterior RGB LEDs to display, when connected to the module, built-in RGB flight control automatically turns off;

Increase the USB port for easy links from external USB cable, without limitation flight control installation location;

Pixhawk onboard identical Toshiba LED controller and Osram's high-brightness RGB LED

I2C LED Module for Pixhawk PX4 with USB Extension Function External Indicators Full Color LED, with protective cover

Pixhawk-RGB module has the following characteristics:

To extend to the exterior RGB LEDs to display, when connected to the module, built-in RGB flight control automatically turns off;

Increase the USB port for easy links from external USB cable, without limitation flight control installation location;

Pixhawk onboard identical Toshiba LED controller and Osram's high-brightness RGB LED

The Cube Orange + IS an autopilot is the latest and most powerful model in the Cubepilot ecosystem. Designed for hobby users, commercial system integrators and UAS manufacturers the Cube Orange autopilot is part of a wide ecosystem of autopilot modules and carrier boards. All Cube models are compatible with all carriers which allows users to choose an off the shelf carrier board that best suits their needs. System designers are able to integrate the Cube directly into their designs via published carrier board specifications.

Cube Orange/+ Features

Faster H7 SOC with 1MB ram

Upgraded triple redundant IMU sensors for extra redundancy

2 sets of IMU are vibration-isolated mechanically, reducing the effect of frame vibration to state estimation

IMUs are temperature-controlled by onboard heating resistors, allowing optimum working temperature of IMUs

The entire flight management unit(FMU) and inertial management unit(IMU) are housed in a reatively small form factor (a cube).

Fully Cubepilot carrierboard compatible, all inputs and outputs go through a 80-pin DF17 connector, allowing a plug-in solution for manufacturers of commercial systems. Manufacturers can design their own carrier boards to suit their specific needs now and in the future.

Specifications

Processor

32bit ARM® STM32H753 Cortex®-M7（with DP-FPU; Cube Orange+ uses ARM® STM32H757

400 Mhz/1 MB RAM/2 MB Flash

32 bit STM32F103 failsafe co-processor

Sensors

Three redundant IMUs (Accelerometers/Gyroscopes), Two Barometers, One Magnetometer

All sensors connected via SPI.

ICM 20649 integrated accelerometer / gyro, MS5611 barometer on base board

CubeOrange: - InvenSense ICM20602 IMU,ICM20948 IMU/MAG, MS5611 barometer on temperature controlled, vibration isolated board

CubeOrange+: - Invensense ICM42688 IMU, ICM20948 IMU/MAG, MS5611 barometer on temperature controlled, vibration isolated board

AK099916 MAG

Power

Redundant power supply with automatic failover

Servo rail high-power (7 V) and high-current ready

All peripheral outputs over-current protected, all inputs ESD protected

Interfaces

14x PWM servo outputs (8 from IO, 6 from FMU)

S.Bus servo output

R/C inputs for CPPM, Spektrum / DSM and S.Bus

Analogue / PWM RSSI input

5x general purpose serial ports, 2 with full flow control

2x I2C ports

SPI port (un-buffered, for short cables only not recommended for use)

2x CAN Bus interface

3x Analogue inputs (3.3V and 6.6V)

High-powered piezo buzzer driver (on expansion board)

High-power RGB LED (I2C driver compatible connected externally only)

Safety switch / LED

Package contains:

• 1 x The Cube Orange + (IMU V8) with the carrier board
• 1 x Power Brick Mini
• 1 x Buzzer Cable
• 2 x CAN Cable
• 2 x I2C Cable
• 1 x Power Brick Mini Cable
• 1 x GPS1 GH Cable
• 1 x Micro USB Cable
• 1 x I2C Board
• 4 x Screws
• 3 x 3M Large Sticker
• 2 x 3M Medium Sticker
• 4 x 3M Small Sticker

Pixhawk- APM Power Module is a simple way of providing your APM/Arduflyer with clean power from a LiPo battery as well as current consumption and battery voltage measurements, all through a 6P cable. The on-board switching regulator outputs 5.3V and a maximum of 3A from up to a 6S LiPo battery.

Features:

PCB Cont. Current Rating: 60A
PCB Burst Current Rating: 100A (<60 Sec)
Max current sensing: 164A
Voltage and current monitor with I2C compatible interface
Outputs 5.2V and 3A max
Weight: 20g
Current Rating: T

The Power module comes with XT60 plugs with 14 AWG silicone wires rated for 30A continuous current and 60A burst current (<1 minute).

This PPM encoder can encode the PWM signals from multiple channels emitted by the receiver into a PPM composite signal output.

The PPM Encoder plugs into the PWM servo output ports of any R/C receiver and encodes them into a PPM pulse suitable for many autopilots (e.g. Pixhawk). Modifications to the R/C receiver are not necessary.The whole project is based around the ATMEL ATMEGA328p AVR processor and all timing is done within interrupts so accuracy and stability is optimized .
The firmware comes pre-configured to read 8 Channels.

Product features:

Product name: PPM encoder

Color: Black

Material: plastic and metal.

Supported input channels: 8.

Output: PPM SUM x 1/MUX x 1

Size: approx. 28 x 19 x 5mm

Package weight: 10.8g

QQ SUPER Multi-rotor Flight Control Built-in 3-axis Gyroscope for 4 axis 6 axis KK Upgrade

Built-in three-axis gyroscope and three-axis acceleration sensor, support for self-stabilizing, super stable flight performance

Support the general receiver, FUTABA S.BUS receiver, DSM2, DSMX 11MS, DSMX 22MS receiver, simplifying connection installation more convenient, ultra-bright LED

Product Specifications:

• Processor:32BIT ARM
• Voltage:3.6V-8.4V
• Current:60mA*
• Output rate:360Hz
• Dimension(L-W-H):43X29X13MM
• Weight:13g
  

Not include receiver and satelite

Package includes:

• 1xQQ super multi-rotor flight controller
• 1x Chinese Manual
• 1xEnglish Manual

Vibration Damping by Software and Mechanical-  Achieve Higher Positioning Accurate At High-Speed

Based on the unique software vibration damping algorithm of Radiolink’s PIXHAWK and Mini Pix, mechanical vibration damping technology is added to effectively filter out high-frequency vibrations, always guarantee the accuracy of sensor data, and ensure that PIX6 achieves more accurate positioning even in high-speed mode. The helicopter can accurately lock the tail and fly stably even without installing the vibration reduction bracket.

Dual-gyro Built-in

Built-in BMI088 and ICM42688-P dual gyroscopes.

When the main gyroscope is abnormal, it will switch automatically to the secondary gyroscope, providing stronger safety protection for UAVs.

16 Channels Output

Adaptable to the dual-copter, tri-copter, quadcopter, hexacopter, octocopter, Y6 copter, X8 copter, helicopters, airplanes, VTOL fixed-wing, cars, boats, submarines, radar trackers, mowers, agricultural vehicles, etc.

OSD Module Integrated, Real-time Gesture Visualization Display

PIX6 can graphically display OSD information such as the flight direction and position of the aircraft in real-time without the need for an external OSD module. The pilot can intuitively grasp the status and coordinates* of the aircraft at any time during the first-view (FPV) flight of aircraft such as racing drones and long-distance fixed-wing aircraft. Achieve a more comfortable flying experience.

*Real-time display of flight information such as flight mode, distance, GPS stars, longitude and latitude, vertical speed, magnetic deviation, current time, battery voltage, current, wind speed, return route, exact route, vibration status, direction, etc.

Rich parameters display and thoughtful setup make the safer flight.

Unique Automation Software Testing System= Quality Assurance

The same Automation Software Testing System as PIXHAWK and Mini Pix helps realize test automation from the sensor to connection ports and interface. The test efficiency and quality assurance are far superior to traditional manual tests, ensuring the quality of every function of every PIX6

Cost-effective Solution  / Unlimited Application Potential

PIX6 works with Radiolink's latest multi-star multi-frequency centimeter-level accuracy RTK positioning system (including RTK GPS, base station, air system ground system, etc.), and is equipped with Radiolink's automatic driving control system that can realize the automatic driving of agricultural plant protection vehicles with four wheels turning 90 degrees on the spot and moving sideways, execute missions programmed automatically, designed for the agricultural vehicles has achieved the ideal operation effect and solve the industry problem of agricultural vehicles will pressing seedlings when changing lines. Help build a new form of smart agriculture.

Dual GPS Support

PIX6 supports an external dual GPS connection, ensuring stronger anti-interference capabilities, higher accuracy, and greater security.

Auto Flight by Following the Waypoints

216MHz basic frequency memory, 2MB flash memory, 512K RAM, and 32KB FRAM.

Dataflash Log can be checked makes all operations can be traced.

718 waypoints can be stored up if used for the multi-copters, and 724 waypoints can be stored up if used for airplanes, cars,

and boats which means it can be used in multiple industries such as aerial land surveying, hydrographic surveying,

autonomous search, rescue, material delivery, agricultural vehicle, and in unmanned aerial vehicle navigation.

Automatic Return, GeoFence/ Worry-free from Long-range Voyage

Support automatic return by switching, automatic return when the signal is lost or voltage is lower than settings.

Geofence settings according to the drone management regulations promulgated by the country.

It can fly within the prescribed flight airspace and fly law-abidingly.

HD Digital and Analog Video Transmission Support

It supports analog image transmission plug-and-play.

the high-definition digital image transmission DJI DIGITAL FPV SYSTEM, DJI O3 Air Unit,

or Caddx Walksnail Avatar HD System can be connected through the adapter board DiViT

to easily obtain 720p/120fps high-definition and smooth video experience.

Package includes:

1 x Radiolink PIX6 Flight controller

M3*7+4.5 RC Vibration Damper Pad Rubber Shock Bobbins Absorber with Silicone Based for Matek F405 Flight Controller

• High Performance Copper Shielding sheet 
• 20x30cm
• >60db attenuation in 10MHz-3GHz
• Excellent Radiation protection
• EMF Wave Blocking (Best Value for Blocking Ability)

Silent block 8x8 mm with tread M3x10mm set of 4 pcs

Small and compact Vibration dampener set for M3 threads.
Suitable for installation of modules e. g.  Fuel tanks, Autopilot, camera gimbals, and any dampening vibrations needed modules.
The vibration dampeners ensure good cooling space and vibration-free mounting.

Specification:

• Overall Size: L28mm x 3mm
• Thread: M3
• Diameter: 8mm
• Color: Black
• Rubber is 60D

see drawing for all details

Sky-Hero Anakin Club Racer OP REVOLUTION

SPRacing F3 Flight Controller Deluxe Version runs Cleanflight and suits the Drone Racers who need all the features that have been specially designed for racing.

SP Racing F3 Flight Controller (SPRacingF3) has been designed to deliver incredible flight performance based on proven and tested sensors while additionally providing unparalleled and I/O capabilities in a small and extremely lightweight form-factor using a next-generation CPU.

Acro Version have 6 DOF while Deluxe version has 10 DOF, including Barometer and Compass: Additional sensors for altitude and direction

The SP3 Controller is favoured amongst some of the top pilots for its performance , reliability and black box recordings .

Flight Performance - The SPRacingF3 builds on tried and tested software, processor and sensor technology to make your aircraft fly like it's on rails.

Flight Logging - On-board high-capacity black box flight log recorder - optimize your tuning and see the results of your setup without guesswork.

Developer Friendly - Developer friendly debugging port (SWD) and boot mode selection, unbrickable bootloader.

No-Compromise I/O - Use all the features all the time; e.g. Connect your OSD + SmartPort + SBus + GPS + LED Strip + Battery Monitoring + Sonar + 8 motors - all at the same time!

Tiny and Lightweight - The SPRacingF3 has a standard 36x36mm form-factor with 30.5mm mounting holes and weighs just 6 grams.

Next Gen CPU - Full support for OneShot ESCs for easy PID tuning and a sharper response.

Broad RC Receiver Support - Supports SBus, SumH, SumD, Spektrum1024/2048, XBus, PPM, PWM receivers. No external inverters required (built-in).

Battery Monitoring - Ports to enable monitoring of voltage and current.

12C Port - I2C port always powered, perfect for external sensors or always-on OLED Screen.

Programmable LED - Dedicated output for programmable LEDs - great for orientation, racing and night flying.

Buzzer - Buzzer port for audible warnings and notifications.

Specifications of the Flight Controller.

•     36x36mm board with 30.5mm mounting holes
•     Weight ~6 grams
•     STM32F303 CPU, 72Mhz inc FPU
•     High-Capacity Flash (Acro and Deluxe)
•     MPU6050 accelerometer/gyro
•     MS5611 barometer (Deluxe only)
•     HMC5883 compass (Deluxe only)
•     MicroUSB socket
•     2x 8pin JST-SH sockets (PPM, PWM, SERIAL RX, GPIO, ADC, 3V, 5V, GND)
•     8x 3pin though-holes for pin headers for ESC/Servo connections
•     2x 4pin though-holes for pin headers for 2x serial ports
•     1x 2pin though-holes for pin headers for battery voltage
•     1x 2pin though-holes for pin headers for buzzer
•     1x 4pin JST-SH socket for I2C
•     1x 4pin JST-SH socket for SWD debugging

Package including Case, Pins, Cables for connections

The SPRacingF3 gives you all the features you need for the heart of your aircraft, whether you're into FPV racing, acrobatic flying or aerial photography it's perfect. Supports a variety of aircraft, tricopters, quadcopters, hexacopters, octocopters, planes and more.

This version is Acro Version, the pinS ARE NOT soldered

Specification:     

- 36x36mm board with 30.5mm mounting holes
- STM32F303 CPU, 72Mhz inc FPU
- High-Capacity Flash (Acro and Deluxe)
- MPU6050 accelerometer/gyro

- 2x 8pin JST-SH sockets (PPM, PWM, SERIAL RX, GPIO, ADC, 3V, 5V, GND)
- 1x 4pin JST-SH socket for SWD debugging
- 1x 5pin JST-SH socket for Flash firmware and Configuration (Connect to the CP2104 uart to usb tool)
- 8x 3pin though-holes for pin headers for ESC/Servo connections
- 4x 2pin though-holes for pin headers for 1x serial port and i2c port
- 8x 1pin though-holes for pin headers for battery voltage/buzzer/Video in/Video out

Package included:
- 1 x SP Racing Acro Version flight controller integrate OSD
- 1 x Protective case
- 1 x Programmer
- 4 x Connection cable
- Pins

Features:

• One of the most popular open source multirotor flight controller developed by Open Pilot team
• Redesigned and manufactured by Spedix to improve connectivity. No adapter is required to setup DSM2/DSMX satellites and S.Bus receivers
• Optimized ESC pins directions to make wiring in a neat way. No ESC wires come from the two sides of a multirotor frame
• Assembled in the factory with protection case

Specifications：

• Input Voltage: 4.8-6.0V
• Dimensions:39x39x12mm
• Weight: 14g
• Firmware Version:15.02

Contents:

• CC3D controller with case (1x)
• Cable set (1x)

SpeedyBee F405 V3 BLS 50A 30x30 Stack FPV FC Flight Controller ESC

Configure your FC and ESC via Bluetooth

Turn your phone into an all-in-one FC configurator with the SpeedyBee app and tune your quad anytime, anywhere.
Experience wireless, fully configurable ESC with the SpeedyBee app.

Powerful 50A 4-in-1 ESC!
Built with the robust BB21 MCU and large motor pads for easy soldering. Built with Japanese-made TDK filter SMT capacitors and TVS protection diode on board, for a smooth flying experience. Real 50A output, ready for your 6S motors.

Forgot your LiPo checker?
Just check the FC! Equipped with a 4-stage LED battery indicator, you can now fly anywhere worry-free - even without your lipo checker!

8 Motors Output for X8/Y6/ fixed-wings
You can use this stack for your X8 drones, Y6 drones or fixed wings. Just take out your phone and configure everything in the SpeedyBee app.

Change motor directions wirelessly!
Finish your last build? Just replaced your motor after a crash?
Take out your smartphone and configure the direction of your motor wirelessly with the latest SpeedyBee app. Works for all BLHeli32 / BLHeli_S / BlueJay ESCs.

low ESR 1500uF capacitor + TVS protection diode = Additional protection
The ESC is equipped with a TVS protection diode to absorb voltage spikes. We also included a huge 1500uF low ESR capacitor. Capacitor to provide clean data from the gyro to the FC.

Specifications SpeedyBee F405 V3 30x30 Flight Controller

• MCU: STM32F405
• IMU(Gyro): BMI270
• USB port: Type-C
• Barometer: Built-in
• OSD chip: AT7456E chip
• BLE Bluetooth: Supported. Used for flight controller configuration
• DJI Air Unit Connection Way: Two ways are supported: 6-pin connector or direct soldering.
• Blackbox MicroSD Card Slot: *Betaflight firmware requires that the microSD card type be either standard (SDSC) or high capacity (SDHC), so extended capacity (SDXC) cards are not supported (many high speed U3 cards are SDXC). Also, the card MUST be formatted with the FAT16 or FAT32 (recommended) file system. So you can use any SD card less than 32GB, but Betaflight can only recognize a maximum of 4GB. We recommend you to use this third-party formatting tool and select "Overwrite format" to format your card. Also check here for the recommended SD cards or buy the tested cards from our store.
• BetaFlight Camera Control Pad: Yes (CC Pad on the front)
• Supported current sensor inputs: For SpeedyBee BLS 50A ESC, please set scale = 386 and offset = 0.
• Current input: 3S - 6S Lipo (through G, BAT pins/pads from 8-pin connector or 8-pads on the bottom)
• 5V output: 9 groups of 5V outputs, four +5V pads and 1 BZ+ pad (for buzzer) on the front and 4x LED 5V pads. The total current load is 2A.
• 9V output: 2 groups of 9V output, one +9V pad on the front and another in a connector on the bottom. The total current load is 2A.
• Supports 3.3V output: Designed for receivers with 3.3V input. Up to 500mA current load.
• Supports 4.5V output: Designed for receiver and GPS module even if FC is powered by USB port. Up to 1A current load.
• ESC signal: M1 - M4 on the bottom and M5-M8 on the front.
• UART: 5 sets (UART1, UART2, UART3, UART4 (for ESC telemetry), UART6)
• ESC: Telemetry UART R4(UART4)
• I2C Supported. SDA & SCL pads on the front panel. Used for magnetometer, sonar, etc.
• Traditional Betaflight LED Pad: Supported. 5V, G and LED pads on the bottom of the front panel. Used for WS2812 LEDs controlled by Betaflight firmware.
• Buzzer: BZ+ and BZ- pads are used for 5V buzzer
• BOOT button: Supported.
• [A]. Press and hold the BOOT button while powering on the FC to put the FC into DFU mode.
• [B]. When the FC is powered on and in standby mode, the BOOT button can be used to control the LED strips connected to the LED1-LED4 connectors on the bottom panel. By default, a short press of the BOOT button will toggle the LED display mode. A long press of the BOOT button toggles between SpeedyBee LED mode and BF LED mode. In BF-LED mode all LED1-LED4 strips are controlled by the Betaflight firmware.
• RSSI input: is supported. Referred to as RS on the front panel.
• SmartPort: use any TX pad of the UART for the SmartPort function.
• Supported flight control firmware BetaFlight (default), EMUFlight, INAV
• Firmware target name: SPEEDYBEEF405V3
• Mounting: 30.5 x 30.5mm (4mm hole diameter)
• Dimensions: 41.6(L) x 39.4(W) x 7.8(H)mm
• Weight: 9.6g

Specifications SpeedyBee BLS 50A 30x30 4-in-1 ESC

• Firmware: BLHeli_S JH50
• Wireless configuration: full configuration supported in SpeedyBee app
• Continuous current: 50A * 4
• Burst current: 55A(5S)
• TVS protection diode Yes
• External capacitor 1500uF Low ESR capacitor (in the package)
• ESC Protocol DSHOT300/600
• Current input 3-6S LiPo
• Current output VBAT
• Current sensor support (scale=386 offset=0)
• Mounting 30.5 x 30.5mm (4mm hole diameter)
• Dimensions 45.6(L) * 44(W) * 6.1mm(H)
• Weight 13.8g

Contents:

• 1x SpeedyBee F405 V3 flight controller
• 1x SpeedyBee BLS 50A 4-in-1 ESC
• 1x 35V 1500uF low ESR capacitor
• 5x M3 nylon nut
• 5x M3 silicone O ring
• 5x M3*8mm silicone grommets (for FC)
• 5x M3*8.1mm silicone grommets (for ESC)
• 1x SH 1.0mm 15mm long 8-pin cable (for FC-ESC connection)
• 5x M3*30mm hexagon socket screws
• 1x DJI 6pin cable (80mm)
• 1x XT60 power cable (70 mm)

Spektrum F400 Raceflight Flight Controller

Spektrum has combined a state of the art F4 processor with proprietary Raceflight One firmware to bring you the cutting edge in FPV racing performance.
Featuring an integrated 5v regulator, pilots will no longer worry about providing regulated power to your flight controller.
The Spektrum F400 flight controller makes wiring the receiver simple by only needing one connection for power, signal, and telemetry information.
Pair it with a SPM4649T Serial Telemetry receiver and the pilot can feed all available telemetry data to their Spektrum radio transmitter.
The processor in the Spektrum F400 is capable of a lighting fast 180MHz update speed; giving the pilot uncompromised speed, precision, and power. Connect the F400 Raceflight Flight Controller with a 32KHz capable ESC for optimal performance.

Key Features:

• Compatible with all Spektrum receivers and other brands. No Built in SBUS Inverter
• Ready for the new SPM4649T Telemetry Quad Racing Receiver for Full Telemetry Output Support
• Standard form factor 36mm x 36mm mounting holes: 30.5mm squared to center hole
• RaceFlight One dedicated support and development
• High Speed 32khz gyro
• Leading Edge F4 Processor
• LED Driver for WS2812b programmable LED
• ESC flashing and configuration built into configurator
• Built in 5V Regulator, 2 - 6S battery input
• Dedicated port for Spektrum Telemetry laptimer
• 16mb Flash Memory for Black Box

Specification:

• Height: 0.2 inch (6mm)
• Length: 1.4 inch (36mm)
• Weight: 0.3 ounce (8 grams)
• Width:     1.4 inch (36mm)

SucceX-E F7 45A V2 2-6S Flight Controller for FPV (MPU6000) Support DJI air- STACK OF 2 boards

Top Features:
Gold-plated plug
BlackBox: 8MB
Vista HD Plug-and-Play. No need to solder tiny wires.
BAT, +5V, 3.3, Start indicator
Smartaudio & IRC Tramp VTX protocol supported

Specifications:
MCU: STM32F22RET6 216 MHz
Gyro: MPU6000
Baro: BMP280(I2C）
OSD: IFLIGHT OSD （AT7456E）
BEC: 5V 2.5A
BlackBox: 8MB
Uart: 4*UART(UART1、UART2、UART4、UART5)
UART1 for VTX HD/Analog Telemetry
UART2 for Receiver
UART4 for GPS
UART5 for ESC Telemetry
4×Dshot/PWM outputs

Smartaudio & IRC Tramp VTX protocol supported
WS2812 led Strip: Yes
Bepper: Yes
Firmware: IFLIGHT_SUCCEX_E_F7 4.2.0
Outer Size: 36*36mm / 30.5*30.5/φ4 mounting
Weight: 6.9g

Physical:
Mounting hole: 30.5*30.5mm，φ4mm
Size: 36*36mm

FEATURES AT-A-GLANCE

    Up to 12-cell Lithium battery (50.4V)
    140A continuous current with 280A surges
    Power and signal for ESCs conveniently located in corners
    12V navigation light power available at each cornerBuilt-in power distribution
    Built-in voltage and current sense
    Redundant power supplies for flight critical components
    Payload connectors with resettable fuses for 5V, 12V, and direct battery power
    Good power and error indicator lights
    Built-in buzzer with volume control
    Connectors for every function of Pixhawk Cube
    Easily accessible PWM voltage level selector (3.3V or 5V)
    Resistant to ground bounce on PWM signal
    Connector-compatible with standard ProfiCNC carrier board
    Connector ports for debugging IO and FMU processors

STANDARD CABLES:

4-pin JST GH
6-pin JST GH
PAYLOAD POWER CABLES:

4-pin Clik-Mate 1.25mm (for 5V payload power)
5-pin Clik-Mate 1.25mm (for 12V payload power)
6-pin Clik-Mate 1.25mm (for battery payload power)

NOTE: Pixhawk 2.1 Cube NOT included.

This adapter will be invaluable for you to reach the USB-C port connections of Caddx Vista and DJI Air Unit, it also works with flight controllers using a Type-C connector

• Application: DJI AIR UNTI , CADDX VISTA , flight controllers that utilize C-type connector
• Weight : 1.3g
• Size ：20x8x13mm
  
  INCLUDED
• x Flywoo Type C USB Adapter（male + female）
• 1x 10cm wire
• 1x Transparent heat shrink tube
  

Black Cover Case Shell for GPS Antenna Neo6m 6H MTK Ublox

Perfect for Open source Self kits as MultiWii/Ardu pilot, etc.