Flight Controllers & Accessories

USBasp AVR Programming Device for ATMEL Processors

Includes:
1 x USBasp Device
1 x Cable

Suits the HobbyKing Quadcopter Control Board.

Keep your Telemetry Radios safe! These cases are made out of slightly translucent ABS plastic, so you still can see TX/RX LEDs. They have a very tight fit and finish and are clearly labeled. These cases will make your setup look like Pro gear, while keeping them safe!

Designed to fit FPV Radio Telemetry Kit - 915Mhz/433MHz(#42846/42847,not included), But fits other brand Telemetry Radios as well.

Includes:
3M Foam Double-tape X1
Ground module Case X1
Air module Case X1

The flight mode switcher has been designed for open source autopilots such as APM, PX4 and Pix etc. It can switch the flight mode accurately and quickly and replaces the troublesome 2 stage and 3 stage switchers.

Users can set the parameters for the flight mode switcher on the unit and choose the most suitable modes for their requirements. The flight mode switcher features a stable performance, is easy to set up and is small and lightweight.

Typical flight modes are as follows:
• STA (Stabilized) Model will automatically level itself
• SIM (Simple) Allows you to control the movement of the model from the pilots point of view regardless of which way the model is facing
• ALT (Altitude Hold) When this mode is selected it will hold this altitude
• LOI (Loiter) Allows model to hover in the same spot on its own without any input from the pilot
• AUT (Auto) The model will follow a pre-programmed course stored in the autopilot
• RTL (Return to land) Once selected the model will return and land at the point of take-off

The flight mode switcher is simple to install on your transmitter but it is not "plug & play", there is a small amount of soldering involved inside the Tx. See under the "Files" tab for installation instructions.

Once installed on your transmitter and set up in "Mission Planner" it is very simple to use, just press the relevant mode button on the switcher and the model will go into that mode. There is an indicator light to show which mode has been selected and is in use.

Features:
• Allows the user to easily set 6 flight modes
• Simple and straightforward to install
• Compact and lightweight
• Status indicator lights

Specs:
Type: Flight Mode Switcher
Working Voltage: 3~5V
Modes: 6 selectable
Operating Temperature: -10°C~+60°C
Dimensions: 59 x 29 x 9.3mm
Weight: 13g

Included:
Flight Mode Switcher
Connection harness

Super flexible 26AWG twisted silicone male to male servo lead. These are specifically made as signal leads for RX to Flight controller connections, the light 26AWG silicone wire is so flexible it transfers virtually no vibration to the Flight controller, well the twist helps reduce inducted noise. If used in conjunction of having only one lead vertical and the other leads turned on their side for signal only, makes for a clean and minimal vibration transfer installation. Or better yet a single CPPM/SBUS single lead. 

Specs:
Length: 130mm(black/red/white)
Connection: Male JR style plug on each end.

Super flexible 26AWG twisted silicone male to male servo lead. These are specifically made as signal leads for RX to Flight controller connections, the light 26AWG silicone wire is so flexible it transfers virtually no vibration to the Flight controller, well the twist helps reduce inducted noise. If used in conjunction of having only one lead vertical and the leads turned on their side for signal only makes for a clean and minimal vibration transfer installation, or better yet a single CPPM/SBUS single lead.

Specs:
Length: 80mm(black/red/white)
Connection: Male JR style plug on each end.

This data cable allows you to connect our 433/915MHz V1.1 Radio Telemetry Kits to your Walkera X800 GPS Quadcopter. The X800 flight controller has a data port which actually functions as a standard APM UART connection. The port is a specialized 4-pin connector which will not fit standard Molex style plugs.

This data cable will allow you to plug directly to the X800 FC data port and to our 433/915MHz V1.1 Radio Telemetry air module, allowing full access to wireless telemetry functionality of the APM based X800 flight controller.

Specs:
Connection: 4-pin Walkera style plug to 6-pin Molex style plug
Length: 180mm

*Note: Please see related items below for the compatible 433/915MHz V1.1 Radio Telemetry Kits.

30P Pin Header and Socket - 2.54mm Pitch (5 pcs)

Perfect for DIY electronic projects.

The OrangeRx 6ch compact receiver has been designed for FPV racing drones with carbon frames. The extra-length antenna allows you to route them outside of the frame for extended range and a robust link to your transmitter.

OrangeRx receivers are built using original components, 32-bit MCUs, and with state of the art SMT automation to ensure a quality product each and every time. Every single receiver is manufactured using impedance-controlled PCBs with exact tuning to provide signal stability and range that exceeds any of the previous generation ORX products. In fact, our testing has shown that the R617XL exceeds the range of other receivers in the same class.

All R617XL OrangeRx receivers are QC tested using our latest method that ensures range checking takes place as the receiver is programmed. Simply put, if the R617XL cannot pass the range check it cannot be programmed, this ensures 100% of R617XLs are guaranteed to work flawlessly. The R617XL ushers in a new era of quality, reliability, and performance for the OrangeRx lineup.

The receiver features "True Diversity" technology, which is especially important for long-range flights and in situations where you need that more robust reception. This receiver is very useful where carbon is used in the construction of your model where the antenna can be in the shadow of the airframe. If one of the antennae cannot receive a signal due to its orientation then the satellite will use the other one to receive the commands from the transmitter.

By harnessing the power and imagination of the open source community, OpenPilot have created a new generation of powerful, low cost flight controller known as CopterControl that is suitable for multirotors, helicopters and fixed wing aircraft.

The Open Pilot CC3D Revolution (Revo) is the result of 1000's of hours of R&D work by the open source community, for the benefit of everyone and provides a robust base for commercial, research and hobby projects alike.

The Revo flight controller features state of the art hardware and software, backed by the Open Pilot GCS FC System and boasts position hold and 3D waypoint navigation among its many features. It is a full 10DOF with gyroscope, accelerometer, magnetometer and barometric pressure sensors.

The Revo uses the STM32F4 CPU which uses a hardware floating point unit (FPU,) that represents a huge advancement for hobby-class autopilots. This FPU allows precise, low-latency processing of real-life measurements using advanced attitude estimation algorithms.

In addition to an integral FPU, the STM32F405RGT6 chip has the ARM Cortex-M4 core at 210MIPS and saturation arithmetic DSP functions.

The CPU has a range of built-in hardware modules that can be programmed once and function independently, requiring little to no CPU overhead.
These include 14 multi-channel timers, 3 synchronous-sampling ADCs serving up to 24 channels, 2 DAC, matrix memory controller with 16-stream DMA.
Communication modules include USB2.0, 3 x I2C, 3 x SPI, 4 x USART, 2 x CAN and SIDO. All these modules can be configured for accessing the chip pins using a flexible switch matrix, or disabled to save power. USB connectivity ensures that software updates and settings are straightforward to make in the GCS (Ground Control Station.)

The flight controller features a built-in 433MHz OPLink Modem and uses the standard OpenPilot footprint so has the same dimensions and mounting holes as the OpenPilot CC, CC3D, GPS, OSD and PipX boards.  

The Revo has an incredible array of functions to manage all of your flight parameters, and while it doesn't have the kitchen sink, it does a real time hardware calendar if you ever feel the need for a wake up flight!

Features:
• Open source development
• Flexi-IO Port for input/output
• MainPort (Telemetry) serial USART w/adjustable baud rate.
• FlexiPort for telemetry funtions
• 433MHz RF output
• Power Sensor/Sonar Port
• STM32F4 32 bit  CPU
• ARM32 powered digital packet processor
• USB2.0, I2C, SPI, USART, CAN and SIDO communication modules
• 14 Multi-channel timers
• 3-Axis gyro
• 3-Axis accelerometer
• 3-Axis Magnetometer
• Barometric pressure sensor
• PWM/PPM for configuration with Futaba, FrSky, Spektrum (inc satellite) receivers and many others.

Specs:
Input voltage: 5 ~ 8.4V
Telemetry link: 433MHz
Power connectors: JST-SH 4-pin
Antenna connector: SMA
Dimensions: 36 x 36mm
Weight: 9g

Included:
OpenPilot CC3D Revolution (Revo) Flight controller w/Internal 433Mhz Radio
10 Pin cable
4 Pin cable
Antenna extension cable
Antenna

Full configurations instructions can be found in the  OpenPilot manual:

http://opwiki.readthedocs.org/en/latest/user_manual/index.html

TF Model ESC and LED lighting power distribution board suitable for most quads and multi-rotors including SMACK TF250, OrcaTF280, TF650, TF680 and TF690.  A 3 position control channel can be setup to change the LED from Solid, Slow blinking and fast blinking LED lights.

Specs:
Dimensions: 50 x 50mm
Weight: 14g
ESC Output : 6
5V Output : 1
12V Output : 1
Mounting Holes : 45mm

JST-SH 3Pin Socket (Surface Mount) (5pcs)

Although this is a  surface mount socket it can also be used with thin extension wire leads. The soldered connections must be protected with heat shrink sleeving.

There are lots of applications for these sockets from using on robotic control boards to fixing connectors on flight controllers. They come in a number of different pin numbers.

Specs:
Type: Male
Number of Pins: 3
Pin Spacing: 1mm
Socket Size: 5.5x4.5x3.1mm

JST-SH 5Pin Socket (Surface Mount) (5pcs)

Although this is a  surface mount socket it can also be used with thin extension wire leads. The soldered connections must be protected with heat shrink sleeving.

There are lots of applications for these sockets from using on robotic control boards to fixing connectors on flight controllers. They come in a number of different pin numbers.

Specs:
Type: Male
Number of Pins: 5
Pin Spacing: 1mm
Socket Size: 7.5x4.5x3.1mm

JST-SH 6Pin Socket (Surface Mount) (5pcs)

Although this is a  surface mount socket it can also be used with thin extension wire leads. The soldered connections must be protected with heat shrink sleeving.

There are lots of applications for these sockets from using on robotic control boards to fixing connectors on flight controllers. They come in a number of different pin numbers.

Specs:
Type: Male
Number of Pins: 6
Pin Spacing: 1mm
Socket Size: 8.5x4.5x3.1mm

JST-SH 8Pin Socket (Surface Mount) (5pcs)

Although this is a  surface mount socket it can also be used with thin extension wire leads. The soldered connections must be protected with heat shrink sleeving.

There are lots of applications for these sockets from using on robotic control boards to fixing connectors on flight controllers. They come in a number of different pin numbers.

Specs:
Type: Male
Number of Pins: 8
Pin Spacing: 1mm
Socket Size: 10.5x4.5x3.1mm

JST-SH 4Pin Socket (Surface Mount) (5pcs)

Although this is a  surface mount socket it can also be used with thin extension wire leads. The soldered connections must be protected with heat shrink sleeving.

There are lots of applications for these sockets from using on robotic control boards to fixing connectors on flight controllers. They come in a number of different pin numbers.

Specs:
Type: Male
Number of Pins: 4
Pin Spacing: 1mm
Socket Size: 6.5x4.5x3.1mm

JST-SH 5Pin Female Plug with 200mm Wire Pigtail (5pcs)

JST-SH 8Pin Female Plug with 200mm Wire Pigtail (5pcs)

These plugs come fitted with 200mm wire tails.

There are lots of applications for these plugs from using with robotic control boards to fixing plugs for flight controllers. They come in a number of different pin numbers.

Specs:
Type: Female
Number of Pins: 8
Pin Spacing: 1mm

JST-SH 5Pin Female (Plug and Crimp) (5pcs)

These plugs come with crimp style pins.

There are lots of applications for these plugs from using with robotic control boards to fixing plugs for flight controllers. They come in a number of different pin numbers.

Specs:
Type: Female
Number of Pins: 5
Pin Spacing: 1mm

JST-SH 6Pin Female (Plug and Crimp) (5pcs)

These plugs come with crimp style pins.

There are lots of applications for these plugs from using with robotic control boards to fixing plugs for flight controllers. They come in a number of different pin numbers.

Specs:
Type: Female
Number of Pins: 6
Pin Spacing: 1mm

JST-SH 8Pin Female (Plug and Crimp) (5pcs)

These plugs come with crimp style pins.

There are lots of applications for these plugs from using with robotic control boards to fixing plugs for flight controllers. They come in a number of different pin numbers.

Specs:
Type: Female
Number of Pins: 8
Pin Spacing: 1mm

Excellent double sided tape for outdoor use. This tape is strong and padded.

Great for using on applications that need a bit of padding such as mounting receivers, flight controllers or ESCs. 

Specs:
Width: 20mm
Length: 1500mm

When drone racing you need a streamlined, clean set up, fewer wires and a compact power supply. RJX have released a power supply board and an F3/F3 Evo flight controller together in a stackable bolt and plug in combo.

Use these female JST-SH with your flight controller, VTX, cameras, and more. These picoblade-compatible pins can repair cables or help you make your own.

Use these female JST-SH with your flight controller, VTX, cameras, and more. These picoblade-compatible pins can repair cables or help you make your own.

Use these female JST-SH with your flight controller, VTX, cameras, and more. These picoblade-compatible pins can repair cables or help you make your own.

Use these female JST-SH with your flight controller, VTX, cameras and more. These picoblade-compatible pins can repair cables or help you make your own.

This compact F3 Flight Controller includes a FrSky receiver unit and 4 integrated 20A ESCs. It utilizes the DShot 600 protocol (Betaflight compatible) to communicate between the flight controller and the ESCs, proven and tested sensors, and a next-generation CPU. This small, lightweight package delivers reliability and incredible flight performance.

Specs:
Input Voltage: 2-3S (they may handle 4S)
Receiver: FrSky compatible
ESC Protocol: DShot 600
ESC Output: 4 x 20A
Power Input Connector: JST
Dimensions: 20mmx20mm