New Arrivals

Protect your canopy edges, or use it as wire protection against carbon frames, use it combined with fuel tanks.. and much more.
this Strip including U shape Silicone. the profile is U shape and its made to fit canopies, Frames, and all possible sharp edges with 1-2mm thickness

See images for exact dimensions and sizes.

Silicone material, 1m long

This is a Do-it-yourself sensor kit to replace any needed Magnetic sensor.
the kit comes with clear instruction how to solder the wires, and place it best way, you may also print your 3D mount if needed, or use any PCB isolating material to make it yourself.

Kit including wire connector 30cm, sensor and heatshrink set.

Module size: 42.7mm*20.7mm*8.1mm

Direct Input of 60V , 24V output with 5A current for long-term stable operation.

Note: The module can work stable at 5A under the condition of good heat dissipation. If there is no heat dissipation measures, it is recommended to use it within 3.5A.

The R6303SB has an S.BUS system output port and 3 conventional system channel outputs. It can also be used with conventional system servos, etc. in addition to S.BUS system compatible servos and gyros, etc. When the linking procedure is performed, R6303SB recognizes the signal mode (FASST2.4GHz 7ch mode or 8ch/10ch/Multi-ch mode) automatically.

The R6303SB can change the output CH from seven groups (CH group table). In addition, the operating mode (high speed mode/normal mode) can be selected.
 

• FASST-2.4GHz (7ch/8ch/10ch/Multi-ch) system
• S.BUS port and 3 channels for conventional system
• High-Speed receiver

R6303SB Specifications:

• FASST-2.4GHz System (7ch/8ch/10ch/Multi-ch)
• S.BUS
• 3-channels for conventional system (not using the USB channels)
• Dual Antenna Diversity
• Size: 22.5 x 37.4 x 9.3 mm
• WeighT: 7.2 g
• Power Requirement: 3.7-7.4V
• Voltage Range: 3.5-8.4V

Receiver is brand new, but delivered without original box since it was separated from the radio set

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 AP_Periph CAN Node L431 allows you to easily connect multiple ardupilot peripherals via this node to act as a hub between your sensors and the flight controller. This is ideal for some smaller flight controllers that do not have as much I/O.

Features

CAN-L431 is an Adapter Node based on ArudPilot AP_Periph firmware.

With this board, you can easily utilize the ArduPilot driver library to convert ArduPilot supported GNSS, Compass, Barometer,Airspeed sensor, and GPIO based (PWM, Buzzer/LED notify) peripherals to DroneCAN bus peripherals.

Specifications

• MCU: STM32L431xC, 256KB Flash
• CAN transceiver data rates up to 5 Mbit/s in the CAN FD fast phase
• 1x CAN, DroneCAN Protocol (2x GH-4P connectors in parallel)
• 3x UARTs
  • UART1, spare
  • UART2, MSP default, DFU
  • UART3, GPS default
• 1x I2C
  • for peripheral Airspeed sensor
  • for peripheral Barometer
• 1x SPI
  • for peripheral RM3100
• 4x ADC
  • BATT_VOLT, PIN 5
  • BATT_CURR, PIN 6
  • BATT2_VOLT, PIN 15
  • BATT2_CURR, PIN 16
• 5x PWM outputs
• 1x GPIO with TIM16 for buzzer
• ST debug, SWCLK & SWDIO

• LED
  • Blue, Fast blinking, Booting
  • Blue, Slow blinking, working
  • Red, 3.3V indicator

• Input voltage range: 4.5~5.5V @5V pad/pin
• Power consumption: 40mA
• Operating Temperatures: -20~80 °C

• Physical
  • 2x JST-GH-4P(SM04B-GHS-TB) for CAN
  • 1x JST-GH-4P(SM04B-GHS-TB) for I2C
  • 1x JST-GH-6P(SM06B-GHS-TB) for UART3+I2C
  • Board Size: 26mm*26mm*6mm. 3.7g
• Firmware
  • ArduPilot AP_Periph MatekL431-Periph, or MatekL431-Airspeed
  • Update via DroneCAN GUI Tool

Included:

• 1x CAN-L431 board
• 1x JST-GH-4P to JST-GH-4P 20cm silicon wire
• 1x JST-GH-6P to JST-GH-6P 20cm silicon wire

GT Power CCPM Servo Consistency Master is a very handy servo driver/tester that can test the consistency and set the centering for up to 3 servos simultaneously.

This is great for anyone who is setting up RC airplane, car, or CCPM 3D helicopter and would like to see if their servos are actually working or compare the response time of each servo before installing them in your model. Additionally, you can set your servo into neutral/center mode without having a Transmitter/Receiver.

There are 3 available test modes: Manual Mode, Neutral Mode, Automatic "window wiper" Mode

You can also connect 1-3 ESC to test and compare their reaction time respectivel

The device also can be used as a signal generator for electric speed controller (ESC). With it, you can test your motor system without using a transmitter and receiver

YGE 205HVT ESC Cable Set. This is a replacement cable set for the 205HVT. Package includes two BEC cables, one throttle cable, and one telemetry cable.

Bearing 6800ZZ x 4(10x19x5mm)

Used on trex 550E in the main metal bearing holding block

Used on trex 700 in metal main rotor holder

X7+ autopilot uses STM32H743 series processors CPU, Cortex-M7 core (with double precision Floating-Point Unit). It makes operating frequency increase to 480Mhz, 2MB Flash，1MB RAM，Meet the higher computing needs of flight controllers Compared with the STM32F7 product line, the dynamic power consumption efficiency is doubled.

The sensor is one of the important indicators to evaluate the flight controller. This time, we have added the ICM-42688-P sensor. Compared with the traditional consumer IMU, the noise figure of ICM-42688-P is reduced by 40%, and the temperature stability is improved 2 times, so as to ensure the highest accuracy measurement in the case of temperature changes.

Sensor Redundancy Design

Built-in three sets of accelerometers and gyroscopes, the flight controller monitors the data of multiple sensors in real time, and executes redundant switching immediately in case of failure to improve flight safety and stability.

Temperature Compensation

System

The built-in high-precision sensor temperature compensation system makes the sensor work at a constant temperature, ensuring that the sensor can operate stably with high precision and sensitivity in high and low temperature environments.

CORE Separate Design

The X7+ flight controller integrates the main MCU and IMU into the CORE module and can be sold separately. Users can design the baseboard according to the UAV structure to meet the individual needs of users, or purchase our CAN PDB baseboard for use. The X7+ CORE interface is compatible with X7, X7 Pro, and V5+ flight controller CORE.

Better CUAV Patented Shock Absorption System

After dozens of iterations, hundreds of shock-absorbing materials have been tested and verified, computer model analysis and thousands of flight tests, so improve the shock absorption to a further level

Standard Pack Digital

Power Module

Standard package include UAVCAN protocol digital power detection module, using CUAV independent R&D ITT algorithm, accurate measurement of UAV real-time voltage and current, making flight time estimation more reliable.

Firmware:

Note:X7+ flight controller is compatible with ArduPilot 4.10/ PX4 1.12.3 or higher firmware.

Copter/Plane,

Support all models: Copter/Plane/ Helicopter/VTOL/unmanned vehicle/ Rover, etc.

Specifications

Main FMU Processor: STM32H743

On-board sensors:

Accelerometer/Gyroscope: ICM-42688-P(X7:BMI088)

Accelerometer/Gyroscope: ICM-20689

Accelerometer/Gyroscope: ICM-20689(X7:ICM-20649)

Magnetometer: RM3100

Barometer: MS5611*2

Interfaces:

14 PWM outputs （12 supports Dshot）

Support multiple RC inputs (SBUs/CPPM/DSM)

Analogue/ PWM RSSI input

2 GPS ports(GPS and UART4 ports)

6 i2c buses(Four i2c dedicated ports)

2 CAN bus ports

2 Power ports(Power A is common adc interface, Power C is uavcan battery interface)

1 ADC intput

1 USB ports

Power System:

Power: 4.5~5.4V

USB Input: 4.75~5.25V

Servo Rail Input: 0~10V

Weight and Dimensions:

Weight: 101 g

Other Characteristics:

Operating temperature: -20 ~ 85°c

Three imus

Supports temperature compensation

Internal shock absorption

x7 plus pinouts

CUAV X7+ Features:

1–Built-in shock absorption

2–3 sets of Imus support intelligent failover

3–Support temperature compensation

4–Support CAN ammeter

5–Modular design, support custom baseboard

Advanced 24-channel RC set Twin 2.4GHz/ACCST D16/ACCESS. Ergonomic robust body, precision gimbals with Hall sensors. Full telemetry support, large color touch screen with intuitive user interface. ETHOS™ operating system. Extensive range of functions and mixes for all types of RC models. KAVAN servo programming. Support for telemetry receivers with classic PWM and S.BUS outputs.

Exactly according to preference

The rigorously CNC-machined aluminum gimbals are mounted on 10 ball bearings. Hall sensors instead of conventional potentiometers sense the movement of the sticks. This makes the control more precise and reliable. You can also customize the controllers to your own preferences. Easily adjust the length of the sticks, rotate the gimbals up to 8°, and limit the range of stick travel to 45° to 60°.

Comfortable and stylish

Looks matter. Comfort matters even more. The gimbals are closer to the edges of the transmitter body for a comfortable and secure grip. Both handheld and when using the. Switches, buttons, dials and trims are always within reach. So you don't have to take your eyes off your model for a second. But the stylish and vigorous exterior of the transmitter tempts you to do so.

Don't get jammed

The 2.4GHz simultaneous dual-frequency transmission system communicates simultaneously with both the receiver and the RF module. The two built-in 2.4GHz antennas have greater omnidirectional coverage for the transmitted signal compared to a single antenna. This makes the transmission uninterrupted and has a rapid response time of under 4 ms. Data (including telemetry) will flow safely to you over several kilometers.

Touch the colors

The large color touchscreen has a resolution of 800×480 px on a 4.3" diagonal. It displays the ETHOS™ operating system environment. With adjustable display brightness, you won't get lost in the dark or directly under the sun. Intuitively, clearly, and most importantly, conveniently set up or display everything from basic telemetry to advanced mixes and curves directly in the transmitter. You can even choose the colour scheme or turn on dark mode and read everything in English or many other languages

Connectivity for an easier life

Use the USB serial port for data transfer, battery charging, and even if you want to fly the simulator. And because it's USB-C, you always plug it in on the first try. Of course, there's also a trainer port, headphone jack or microSD card slot. Besides audio or voice alerts, you can also activate vibration feedback.

Plugging in a single connector is more elegant than searching for identical (and charged) batteries. The included 2S LiPo 4000mAh battery provides 6.5–8.4V power. It can be safely charged with a USB-C cable thanks to the built-in balancer. No need to remove it from the case. The available timer and warning signals take care of early warning of running out of power.

Advanced 24-channel RC set Twin 2.4GHz/ACCST D16/ACCESS. Ergonomic robust body, precision gimbals with Hall sensors. Full telemetry support, large color touch screen with intuitive user interface. ETHOS™ operating system. Extensive range of functions and mixes for all types of RC models. KAVAN servo programming. Support for telemetry receivers with classic PWM and S.BUS outputs.

Exactly according to preference

The rigorously CNC-machined aluminum gimbals are mounted on 10 ball bearings. Hall sensors instead of conventional potentiometers sense the movement of the sticks. This makes the control more precise and reliable. You can also customize the controllers to your own preferences. Easily adjust the length of the sticks, rotate the gimbals up to 8°, and limit the range of stick travel to 45° to 60°.

Comfortable and stylish

Looks matter. Comfort matters even more. The gimbals are closer to the edges of the transmitter body for a comfortable and secure grip. Both handheld and when using the. Switches, buttons, dials and trims are always within reach. So you don't have to take your eyes off your model for a second. But the stylish and vigorous exterior of the transmitter tempts you to do so.

Don't get jammed

The 2.4GHz simultaneous dual-frequency transmission system communicates simultaneously with both the receiver and the RF module. The two built-in 2.4GHz antennas have greater omnidirectional coverage for the transmitted signal compared to a single antenna. This makes the transmission uninterrupted and has a rapid response time of under 4 ms. Data (including telemetry) will flow safely to you over several kilometers.

Touch the colors

The large color touchscreen has a resolution of 800×480 px on a 4.3" diagonal. It displays the ETHOS™ operating system environment. With adjustable display brightness, you won't get lost in the dark or directly under the sun. Intuitively, clearly, and most importantly, conveniently set up or display everything from basic telemetry to advanced mixes and curves directly in the transmitter. You can even choose the colour scheme or turn on dark mode and read everything in English or many other languages

Connectivity for an easier life

Use the USB serial port for data transfer, battery charging, and even if you want to fly the simulator. And because it's USB-C, you always plug it in on the first try. Of course, there's also a trainer port, headphone jack or microSD card slot. Besides audio or voice alerts, you can also activate vibration feedback.

Plugging in a single connector is more elegant than searching for identical (and charged) batteries. The included 2S LiPo 4000mAh battery provides 6.5–8.4V power. It can be safely charged with a USB-C cable thanks to the built-in balancer. No need to remove it from the case. The available timer and warning signals take care of early warning of running out of power.

The first in the industry to integrate pitot tube, airspeed sensor, temperature and humidity sensor, ARM M4 processor, and dual temperature control system into one structure, and has rainproof performance. 

The pitot tube integrates a high-power 35W heating system, which automatically heats according to the ambient temperature and humidity, avoiding data errors caused by pitot tubes freezing or rain blocking, and greatly improving the reliability of UAV operations.

Features

• Dual Temperature Control System
• Intelligent Deicing
• Rainproof Structure
• DroneCAN Protocol

CAN PMU is a UAV power management unit module with built-in STM32F4 processor and running CUAV ITT algorithm. It can accurately measure UAV voltage and current in real time. It can support 6-62V voltage and 110A current at maximum, and can output 5.4V 8A. The flight controller is powered by CAN bus communication and supports the standard UAV CAN protocol.

Each PMU unit is factory calibrated to ensure good consistency and high accuracy

Features:

•  Input voltage 6- 62v (2 - 15S LiPo)
• Continuous current 110A
• Compatible with CUAV, APM, Pixhawk, Ardupilot.
• Power Out: 5.4v @ 5A max 8A
• UAVCAN Protocol

X7+ Pro is an advanced autopilot independently designed by CUAV. It uses a higher-performance STM32H7 processor and integrates industrial-grade sensors and ultra-low temperature drift sensors. Compared with the previous flight controller,it has better performance and more reliability. This board can run ArduPilot firmware perfectly. X7+ Pro is ideal for industrial drones.

Faster than ever

CUAV X7+ Pro autopilot use STM32H7 series processors, CPU operating frequency increased to 480Mhz, storage 1024K, FLASH 2048K, has a faster processor and larger storage, and uses 512K EEPROM, can expand waypoints to 2048, Bring more imagination to flight applications

Built-in shock absorption design

CUAV X7+ Pro flight controllers have a built-in and reliable CUAV patented shock absorption system, making them fearless of flight jitter!

Adapt to harsh environment

CUAV X7+ Pro autopilot adopts numerous car-level chips and has a built-in high-precision sensor temperature compensation system, which makes the sensor work at a constant temperature to ensure that the sensor can operate with high accuracy and high sensitivity in high and low temperature environments.

Always stable

Invensense + Bosch + ADI + TE series sensors are used, which have lower noise and stronger anti-shock and vibration performance. With the industrial-grade compass RM3100, the flight stability and anti-interference performance have brought a qualitative improvement

Difference between X7+ Pro and X7+?

X7+ Pro replaces the ICM-20689 chip on the X7+ with a high-end ADI16470 chip. Because of its excellent gyro and acceleration drift performance, it has been used in some cutting-edge aerospace projects in the past. This time, we introduced it into the open source flight control, which is integrated into the IMU with triple redundancy and exerts excellent performance

For the regular version, please check CUAV X7+ Flight Controller

ADIS16470 sensor!

X7+ Pro and X7+ are only different from sensors: X7+ pro uses ADI16470 chip instead of ICM-20689 And the front logo has more Pro words, other appearance and size are the same as X7+.

Dual platform compatible

CUAV X7+ Pro Supports the current mainstream PX4 (PX4 is being adapted) and Ardupilot two open source platform firmware to meet the needs of different users.

CUAV X7 Pro Flight Controller quality

CUAV deeply cooperated with the APM & PX4 team to complete the hardware design and software adaptation of the CUAV X7 series, and was produced and tested by the CUAV smart factory. Each autopilot was used for independent I / O through the CUAV AATS system Connectivity and sensor stability test to ensure the stability and reliability of the autopilot.

Other characteristics

Internal shock absorption

Modular design, can be DIY carrier board

Support USB_HS, download logs faster

Support more dshot output

Support IMU heating, make the sensor work better

Dedicated uavcan battery port

3 sets of IMU sensors

High-precision industrial sensor(ADIS16470+RM3100)

Advanced 8-channel 2.4GHz simultaneous dual-frequency Twin 2.4GHz telemetry receiver. It has 8 high-precision PWM channels and 16 or 24-channel modes via S.BUS. Two detachable antennas with IPEX4 connector provide full signal strength over a range of up to tens of kilometers. It is especially ideal for gliders, but you can also use it for other various models. With redundancy support, it can be connected as a primary receiver via S.BUS. With the Twin 2.4GHz protocol, both receivers work fully simultaneously in this setup. Thanks to the F.BUS connection option, you can also pair it quickly and easily to several different telemetry devices, providing bidirectional data transmission via a single cable.

It features advanced interference suppression for reliable, stable signal transmission across the entire range. Smart transmission system matching speeds up pairing. The black box function stores essential flight data. Receiver operating statuses are indicated by an LED indicator. Smart pairing allows firmware updates wireless.

It is equipped with a variometer that provides more accurate and faster measurement and transmission of altitude and vertical speed data. It also allows quick audio feedback from the variometer to the Twin 2.4GHz transmitters.

Features:

• Increased protection against RF interference and more stable RF transmission
• Simultaneous Twin 2.4GHz dual frequency transmission system with smart pairing
• Black box function
• High maximum operating range
• Wireless firmware updates (OTA)
• 8 high-precision PWM channels
• S.BUS output port (16/24 channel mode)
• S.BUS input port (with support for redundant connection of 2 receivers)
• F.BUS / S.Port

Technical specifications:

• Frequency: simultaneous dual 2.4 GHz
• Dimensions: 54×20×10 mm (L*W*H)
• Weight: 9.8 g
• Operating voltage: 3.5–10 V (supply voltage min. 2.8 V).
• Operating current: 80 mA at 5 V
• Vario - vertical speed measurement range: ±10 m/s
• Vario - altimeter range and resolution: -700 m to 10,000 m, 0.1 m
• External voltage measurement range via AIN2: 0–35 V
• Antenna connector: IPEX4
• Compatibility: 2.4 GHz dual-frequency simultaneous transmission system

Advanced 8-channel 2.4GHz simultaneous dual-frequency Twin 2.4GHz telemetry receiver. It has 8 high-precision PWM channels and 16 or 24-channel modes via S.BUS. Two detachable antennas with IPEX4 connector provide full signal strength over a range of up to tens of kilometers. It is especially ideal for gliders, but you can also use it for other various models. With redundancy support, it can be connected as a primary receiver via S.BUS. With the Twin 2.4GHz protocol, both receivers work fully simultaneously in this setup. Thanks to the F.BUS connection option, you can also pair it quickly and easily to several different telemetry devices, providing bidirectional data transmission via a single cable.

It features advanced interference suppression for reliable, stable signal transmission across the entire range. Smart transmission system matching speeds up pairing. The black box function stores essential flight data. Receiver operating statuses are indicated by an LED indicator. Smart pairing allows firmware updates wireless.

Features:

• Increased protection against RF interference and more stable RF transmission
• Simultaneous Twin 2.4GHz dual frequency transmission system with smart pairing
• Black box function
• High maximum operating range
• Wireless firmware updates (OTA)
• 8 high-precision PWM channels
• S.BUS output port (16/24 channel mode)
• S.BUS input port (with support for redundant connection of 2 receivers)
• F.BUS / S.Port

Technical specifications:

• Frequency: simultaneous dual 2.4 GHz
• Dimensions: 54×20×10 mm (L*W*H)
• Weight: 9.8 g
• Operating voltage: 3.5–10 V (supply voltage min. 2.8 V).
• Operating current: 80 mA at 5 V
• External voltage measurement range via AIN2: 0–35 V
• Antenna connector: IPEX4
• Compatibility: 2.4 GHz dual-frequency simultaneous transmission system

Advanced 6-channel 2.4GHz telemetry receiver for ACCESS and ACCST D16 RC protocols, with 6 high-precision PWM channels and 16 or 24-channel S.BUS modes. Two detachable antennas with IPEX4 connector provide full signal strength throughout the range. It's especially ideal for gliders, but you can use it for various other models as well. Thanks to its size and low weight, it is also suitable for small models. With redundancy support, it can be connected as a primary receiver via S.BUS. Thanks to the F.BUS connection option, you can also pair it quickly and easily to several different telemetry devices.

It features advanced anti-interference protection for reliable and stable signal transmission across the entire range. Smart-match system speeds up pairing. The black box function preserves basic flight data. LED indicates the receiver's operating status. A Smart matching function allows firmware updates wireless.

It is equipped with a variometer that provides more accurate and faster measurement and transmission of altitude and vertical speed data. It also allows quick audio feedback from the variometer to the ACCESS transmitters.

Features:

• Increased protection against RF interference and more stable RF transmission
• ACCESS and ACCST D16 RC protocols with smart pairing
• Basic black box function support
• 6 high-precision PWM channels
• S.BUS output port（with 16/24 channel mode)
• S.BUS input port (with support for redundant connection of 2 receivers)
• Full-range telemetry (S.Port or F.BUS)
• Wireless firmware updates (OTA)
• External battery/device voltage detection

Technical Specifications:

• Dimensions: 33×15×9.7 mm (L×W×H)
• Weight: 4.2 g
• Number of channels: 6 PWM channels + 16/24 channel mode via S.BUS
• Operating voltage range: 3.5–10 V
• Operating current: ＜65 mA at 5 V
• Operating range: ＞2 km (full range, may vary according to actual ambient conditions)
• External voltage measurement range via AIN2: 0-35 V (battery voltage divider ratio: 1:10)
• Antenna connector: IPEX4
• Compatibility: 2.4GHz ACCESS / ACCST D16 transmitters

Advanced 6-channel 2.4GHz telemetry receiver for ACCESS and ACCST D16 RC protocols, with 6 high-precision PWM channels and 16 or 24-channel S.BUS modes. Two detachable antennas with IPEX4 connector provide full signal strength throughout the range. It's especially ideal for gliders, but you can use it for various other models as well. Thanks to its size and low weight, it is also suitable for small models. With redundancy support, it can be connected as a primary receiver via S.BUS. Thanks to the F.BUS connection option, you can also pair it quickly and easily to several different telemetry devices.

It features advanced anti-interference protection for reliable and stable signal transmission across the entire range. Smart-match system speeds up pairing. The black box function preserves basic flight data. LED indicates the receiver's operating status. A Smart matching function allows firmware updates wireless.

Features:

• Increased protection against RF interference and more stable RF transmission
• ACCESS and ACCST D16 RC protocols with smart pairing
• Basic black box function support
• 6 high-precision PWM channels
• S.BUS output port（with 16/24 channel mode)
• S.BUS input port (with support for redundant connection of 2 receivers)
• Full-range telemetry (S.Port or F.BUS)
• Wireless firmware updates (OTA)
• External battery/device voltage detection

Technical Specifications:

• Dimensions: 33×15×9.7 mm (L×W×H)
• Weight: 4.2 g
• Number of channels: 6 PWM channels + 16/24 channel mode via S.BUS
• Operating voltage range: 3.5–10 V
• Operating current: ＜65 mA at 5 V
• Operating range: ＞2 km (full range, may vary according to actual ambient conditions)
• External voltage measurement range via AIN2: 0-35 V (battery voltage divider ratio: 1:10)
• Antenna connector: IPEX4
• Compatibility: 2.4GHz ACCESS / ACCST D16 transmitters

This is how the RAW 420 Competition was born. Lighter, faster, more flexible in the selection of the desired head speed at a higher performance level.

Specification:

• Main rotor diameter 935mm (with 420mm blades)

• Main blade length 380 to 420mm

• Tail rotor diameter 190mm (with 70mm tail blades)

• Tail blade length 60 to 70mm

• Micro size cyclic servos (23mm)

• Mini size tail servo (35mm)

• Maximum battery size: 140x40x50mm (max)

• Recommended battery: 6s 2200/2700 mAh

• Recommended motor: 3020 – 3215 – 3220

• Recommended KV motor: 900-1000 KV

• Recommended battery weight: 350-420 grams

• Recommended ESC: 60 (70-80A is required only for hard 3D flight with temperatures above 30°C)

• Tail rotor ratio 4:1

• 8mm main shaft

• 5mm tail shaft

Raw 420 Competition main features:

• Quick release battery tray with integrated connectors

• Zytel HTN resin blade grip arms (sacrificial)

• It is not necessary to remove the canopy to replace the batteries.

• Main ratio 1:5/6

• Tail ratio 4:1

Cable - Fuel line Mounting Clamps pack of 10 for fuel line or wires up to 5mm
Diameter of 7mm allows to pass safely silicone line/tygon or some wiring

Arrange your cabling nicely across the helicopter
Including a Pack of 10

Futaba T6K G10 Transmitter Tray

Very stable transmitter tray in the modern carbon stainless steel design.
The transmitter tray is made ​​of high quality 2mm thick carbon material with stainless steel frames.
The transmitter tray can be transported in any commercially available aluminum case.

Specification:

Dimensions:  Width: 295 mm
Depth without transmitter: 150 mm
Height with standard transmitter stand: 138 mm
Height with folding transmitter panel bracket: 168 mm / folded: 113 mm

• Transmitter tray without transmitter without FPV & without rubber hand rest pads.

We offer hand made pushrods from TITANIUM Grade Medical 3, this is one of the best Titanium materials (produced in europe) you can buy.
the Tread is made by Push technology and not Cut, means there is no weak point at the point where the tread is stopped (different from cut where the point becomes a breaking point)

We use Medical grade 3 Road, and we are able to produce tread per needs. you can contact us for special lengths/treads, in general we can make push-rods up to any length, and treads up to 20mm each side.
Some standard sizes are here, but for custom products- contact us

price is per set of 2 pushrods.

These are the original MAH dual taper series main rotor blade. Not only That the blade's chord gradually tapered, but the airfoil is also tapered thinner towards the blade tip. This yields a high performance blade suitable for 3D flying.

Those blades were designed for Military use, especially made to carry a heavy lift without flex.
Main fit is for 1.8+ helicopters, Jet Turbines Helicopters, and UAV applications The main blades are made from the highest quality CF and are used by pro flyers around the world.
MAH blades are balanced & shipped with proper CG for the absolute best performance.  And chosen by leading pilots worldwide, and many reputable UAV producers.

Full symmetrical Carbon main blade for helis.

MAH UAV Large scale Helicopter Tri-pal rotor Blades 950mm-set of 3

• Length 950mm
• Root :14mm
• Width: 90(root)-75(tip)
• Weight : +-360grm

Mikado VBar EVO Aluminium-case VLink 7.x Express, See colors in option

New processor: 500 MHz (NEO: 98 MHz), more memory, FPU, highest available computing power on the market to this date
Innovative step-up/step-down voltage supply from 2 V up to 16 V at full power with high efficiency (less excess heat)
Full telemetry and range down to 2 V supply voltage
Improved high frequency technology for high power and sensitivity
Double sensor system using tried and tested technology and new sensors

The hardware allows for new specs:

Frame rates adjustable up to 1 kHz (1 ms) on the swash plate and 0.5 ms on the tail
ESC frame rate up to 1 KHz
Pulse width selecable between 1.5 ms down to 125 µS as well as digital high speed protocols
Improved algorithms: adjusted tot he new frame rates, new optimized digital filtering
Dynamic swash plate rotation (per bank)
New „Tail Torque Extension“ for motor driven tails, more control when the tail rotor is unloaded

VBar RX-Only, 7 channel receiver.
Not upgrade-able (can not be updated to Pro/Pro+Rescue, can not be used with gyro sensors).

Best quality hemostat with high polish finish and tough serrated jaws. Imported from Japan.

These items have many uses in a lab, a shop or at home, holding or clamping small or hot items, or reaching into tight places. They can be used for assembly and manufacturing or repair work of many kinds.

A simple tool with small needle-nose jaws that lock closed with a ratchet on the handle end. Use it to pick up and hold small items, clamp parts together for gluing, or as a handy heat sink when soldering.
Made of stainless steel with semi-polished finish, all feature box joint, serrated jaws and rachet lock to ensure a secure hold.

Lenght- approx 13cm

In order to keep your motor in top running condition, you need a good set of bearings. Occasionally, after a crash or landing in the dirt, the bearings can become damaged and need to be replaced. The Scorpion HK-45mm Motor Bearing Kit includes a pair of original equipment replacement bearings to fit the Scorpion HK-45 Series motors. (except HK-4526)

Please note, the bearings are an exact fit into the motor housings, so they do fit snugly. When removing the old bearings, you may need to gently tap them out. However, when installing the new bearings, do not tap them in with anything, as this can dent the ball races and ruin the bearings. When installing ball bearings they need to be pressed in by the outer part of the race. Never apply pressure to the inner race, as this can damage the bearing and lead to premature failure.

Featuring an OLED display, a directional menu key, and two assignable shortcut keys the Ranger can be adjusted on the fly and personalized to your needs.

• The Ranger includes a T Antenna for general use and a RadioMaster Moxon antenna for long-range directional applications. A micro module and nano module adapter are included to ensure the Ranger is compatible with most radios on the market today. A cable has also been included for use with Futaba radios that are CRSF capable.
• Built-in Accelerometer;Packet rates up to F-1000Hz
• Up to 1 Watt Power output;Wifi and Bluetooth support;High-efficiency cooling system

Features

• OLED Display
• Rugged CNC Case
• Built-in Accelerometer
• Packet rates up to F-1000Hz
• Wifi and Bluetooth support
• High-efficiency cooling system
• 5 Direction Nav key and customizable shortcut buttons
• Micro and Nano adapters included
• Moxon and T-antenna included
• CRSF cable for compatible Futaba radios included
  
  Specification

• Item: Ranger 2.4GHz ELRS Module
• Regulatory Domain: ISM2400
• MCU: ESP32(main), ESP8285(aux, as ESP backpack)
• RF chip: SX1281IMLTRT
• Frequency Range: 2400 MHz - 2480 MHz
• Maximum packet rate: 500Hz/F-1000Hz (F-1000Hz mode requires EgdeTX 2.7.1 or later)
• Minimum receiver refresh rate: 25Hz
• RF Output Power: Default 100mW
• Module bay adapters: JR standard 5pin socket & Nano standard 8pin socket
• Futaba CRSF socket cable: Included
• OLED screen: 64x128px
• Wifi Support: Yes
• Bluetooth support: Yes
• 3-Axis Accelerometer: Yes (STK8BA58 MEMS Accelerometer)
• Built-in RGB light strip
• XT30 Power supply voltage: DC 6V - 16.8V
• Weight: 138g (with Moxon antenna) / 135g (with T antenna) / 126g (without antenna)
• Dimension: 95*51*25mm (without antenna)

Please check local regulations for rules and permissions

Package including:

• 1 * RANGER Module
• 1 * Futaba CRSF socket cable
• 1 * JR Adapter
• 1 * Nano Adapter
• 1 * T Antenna
• 1 * Moxon Antenna
• 1 * Hexagon socket screwdriver
• 3 * M2*5 Screws
• 1 * Assembly Manual

Please consult Local Telecom regulations when using this item!

ES900TX and ES900RX modules are a set of Long Range 915MHz/868MHz(optional) wireless transmission equipment developed and designed based on the open source software ExpressLRS. This set of modules is characterized by an ultra-long range, stable operation and low latency. The module is compatible with most Opentx remote controls,, basically plug and play. We specially adapted a heat sink for the transmitter module and also reserved the installation position of the 2006 fan, which can help the transmitter module work stably under high power conditions.

New ES900TX module comes with a 2006 fan, it works automatically when the TX power is 250mW.

Specifications:

ES900TX:

MCU: ESP32+ESP8285

Dimension: 55mm*39mm*11mm

Weight: 9.2 grams (TX module only)

Antenna connector: SMA

VCC input: 5~13v, Recommended 5v~9v

RF frequency optional: 915 MHz or 868 MHz (EU)

Maximum output power: <33dBm (For >27dBm operation we recommend adding a fan for forced cooling)

ES900RX:

MCU: ESP8285

VCC input: 5v

Current operation: ~100Ma

Rx to FC protocol: CRSF

RF frequency optional: 915 MHz or 868 MHz (EU)

Dimension: 12mm*12mm*3mm

Weight: 0.60 grams (excluding antenna)

Antenna connector: IPEX1

Telemetry output power: <17dBm

Download RC7 Firmware for ES900RX:

ExpressLRS RC7 firmware for ES900 RX 915MHz and 868MHz [update via WiFi]

INCLUDED

       1x ES900 TX module 868MHz OR 915

• 1x TX antenna 868MHz/915
• 1x Molding JR Bay mounted case for TX module
• 1x Heat sink
• 1x Adapter wire
• ES900 RX module x1(868MHz or 915MHz optional)
• RX antenna x2

TBS TRIUMPH-STUB 5.8GHz CP FPV antennas RP-SMA (set of 2pcs)

The ultimate FPV racing antenna just got better. With lower weight and even better durability, the TBS Triumph Stub has it all.

While other antennas rely on copycat designs the TBS Triumph takes a giant leap in 5.8 GHz antenna technology. Video Aerial Systems LLC (IBcrazy) and Team-BlackSheep have come together to re-invent how the modern 5.8 circular polarized antenna should look and perform.

In our quest for the cleanest video signal and best range possible, we have ventured way beyond the traditional bent lobes of Cloverleaf designs and invested significant time and effort in finding the best antenna designs known to man, and modifying them specifically for FPV use.

After extensive design and testing, we focused on making  sure the Triumph was durable enough to take even the toughest of abuse. After many test flights and extensive feedback from our pilots, we decided to use a double-jacket heavy duty Semi-Rigid cable and tin-plated connectors. For protection we created a special foam-filled and ultrasonic welded enclosure to secure the antenna from inbound trees, or other objects

Features:

• Manufactured and tested to highest standards
• Best in class range and signal quality
• Extra compact and low weight
• Ultrasonic welded and foam infused cover for ultimate crash-protection
• Double-jacket semi-rigid cable for heavy impact resistance

Technical specifications:

• Frequency range: 5500-6000MHz
• Gain: 1.26dbic
• Axial Ratio:   0.74
• Cable: RG402 (heavy duty)
• Weight: 8.5g - 9.8g
• Height: 50mm, 1.97 in
• Connector: RP-SMA

Package contents:

• 2x TBS Triumph antenna-Stub RP-SMA (RHCP)

A super-tiny, super-lightweight UHF long range receiver. Perfect match for your mini- or micro-quads as well as 4ch aircraft. It now comes with a servo-adapter board for high-current servos and 4ch PWM connectivity (requires software update to your Crossfire TX!)

Weight: 3.32g(V2)

SIze:4x1.4x0.95(cm)

Includes

    1x TBS Crossfire Micro Receiver
    1x TBS Crossfire Micro RX Adapter
    1x TBS Crossfire Micro RX Adapter Cable
    1x Spare antenna
    1x Spare shrink tube
    1x TBS Vendetta(BST) cable
    1x TBS Powercube cable
    1x Standard RC cable

 

What could be better than the best Crossfire receiver and an improved Unify Pro32 video transmitter making sweet love? Exactly! Nothing, nothing at all.

Introducing the TBS Crossfire Sixty9, a VTx and RC receiver AIO board sporting a race-friendly, long-range capable video transmitter combined with the same on the TBS Crossfire side. Mounting holes are 20x20, but we do incldue adapters for your 30x30 stacks, and a plastic case for mounting the unit to your frame, without any stacking necessity.

Outputs 2x CRSF + 2x PWM (or 6x PWM) directly to your FC. The main JST-SH connector connects to your flight controller and video camera (or also FC for those that like the FC-OSD).

FEATURES:

• Integrated video transmitter control with long range and (team-)race functions
• Dedicated low-noise power supply for receiver and video transmitter
• Sleek 20x20 mounting form factor
• Plug&play connection and solder pads connectivity
• 3 different mounting flavors, RF tin shields, and other accessories included
• High power analog adjustable video transmitter (up to 1W with perfect cooling)
• 5V regulator bulti-in, takes up to 6S

SPECIFICATIONS

CRSF  :V3 ready
Weight 4.1g (board only)
Antenna ports : 1x video transmitter, 1x R/C receiver
Size : 24mm x 24mm
Input voltage : 6V - 25V (2-6S)
Requires Firmware V4.62 and above
VTX Table for Betaflight

INCLUDES

1x TBS Crossfire Sixty9
1x TBS Crossfire Immortal-T antenna
1x u.FL to SMA mount (for VTx)
1x 30x30 heatsink / case
1x 20x20 heatsink / case
1x optional tin-shield (for added low-noise tolerance)
1x JST-SH x 9 connector

The TBS CROSSFIRE is a long range R/C link based on the newest RF technology, capable of self-healing two-way communications and range beyond comprehension. With a sensitivity of -130dB, full RF-side diveristy, tiny receivers for FPV quads, the TBS CROSSFIRE contains the most modern technology to provide a superior long range control link.

Remote control links, however, are tasked with much more than range. Latency, telemetry, robustness against interference, connectivity with smart devices, ease of use and the overall finish are too often sacrificed for that last bit of range. The Crossfire comes with plenty of range, and uses that margin for additional functionality and reliability. A bright future for FPV lies ahead :)

As a modern R/C link, it has telemetry built in. Two-way communication opens up new possibilities. From updating your firmware, setting your video transmitter channel to adjusting flight control parameters such as PIDs. Adaptive bandwidth controls the speed of transmission or optimizes for ultimate range. CRSF is a proprietary TBS communication protocol between the Crossfire and R/C and Flight Control. It provides ultra-low latency with incredible bandwidth (3x faster, 6x more data than any comparable protocol!). With such tight integration, the TBS Crossfire is the logical choice for anyone flying Betaflight, KiSS or ArduPilot/Pixhawk platforms.

Features:

• Long range, adaptive and robust remote control system for your aircraft
• Immune to on-board noise
• Two-way communication link with real-time link vitals and telemetry
• Self-healing & frequency hopping (DSSS, FHSS)
• Adaptive bandwidth control and range optimization
• Serial Modem capable of transmitting serial protocols (up & downlink)
• RX beacon mode to recover your downed aircraft
• Super easy binding and configuration via built-in display
• Low latency, 150Hz update rate (3x faster than typical RC links) control for perfect immersive feeling
• Two receiver models: 8ch Diversity Rx, 4ch PPM/SBUS Mini-receiver (4g weight!)
• 8 or 12ch output via PPM/SBUS/CRSF on both receivers
• Ability to fly with multiple friends at the same time (10 or more)
• Selectable RF power from 10mW to 2W (local restrictions apply)
• Dedicated head-tracking input option for full FPV immersion
• Transmitter LED shows link health, OLED display for built in configuration
• Short-Range mobile connectivity telemetry output for smartphone apps
• Fully configurable by OpenTX and TBS TANGO remote using CRSF protocol
• CRSF protocol interface to Betaflight, Kiss and Raceflight FCs ( lower latency, higher update rate, telemetry support )
• Expansion port for future feature support
• Micro-receiver for smaller drones. Smaller than you think!
• Software updates via RF Link

Technical specifications:

•     Frequency Band: 868MHz
•     Input Voltage: 3.5 - 13V
•     Power consumption: 1.1W (@10mW) - 3.2W (@2000mW)
•     Dimensions: 55 x 89 x 15 mm
•     Weight: 76g

Package includes:

•     TBS Crossfire Transmitter
•     TBS Crossfire JR Adapter
•     TBS Crossfire Stock Tx Antenna V2
•     Crossfire Futaba cable
•     Crossfire Graupner  cable
•     Crossfire PWM Pigtail
•     Crossfire JST to XT30 cable

The TBS CROSSFIRE is a long range R/C link based on the newest RF technology, capable of self-healing two-way communications and range beyond comprehension. With a sensitivity of -130dB, full RF-side diversity, tiny receivers for FPV quads, the TBS CROSSFIRE contains the most modern technology to provide a superior long range control link

The Crossfire Micro TX borrows the core technology from its larger brother, but is a JR-module transmitter simplified to the most sought-after features, at a killer price! For people looking to do extreme long range flights beyond 15-20km, the Crossfire TX is still the way to go. For anyone looking to penetrate buildings, fly mini quads or just explore your surroundings a few kilometers away, the Micro TX is the perfect companion. It will still go out up to 40km, just like its bigger brother. But it costs less than half the price.

 Features:

•     Long range, adaptive and robust remote control system for your aircraft
•     Immune to on-board noise
•     Two-way communication link with real-time link vitals and telemetry
•     Self-healing & frequency hopping (DSSS, FHSS)
•     Adaptive bandwidth control and range optimization
•     RX beacon mode to recover your downed aircraft
•     Super easy binding and configuration via built-in display of your R/C
•     Low latency, 150Hz update rate (3x faster than typical RC links) control for perfect immersive feeling
•     Two receiver models: 8 port Diversity Rx, 4 port Mini-receiver (4g weight!)
•     8 or 12ch output via SBUS/PPM/CRSF on both receivers
•     Ability to fly with multiple friends at the same time (10 or more)
•     Selectable RF power from 25mW to 250mW (local restrictions apply)
•     Transmitter LED shows link health
•     Micro-receiver for smaller drones. Smaller than you think!
•     Software updates via RF Link

 
Technical specifications:

•     Frequency Band: 868MHz- EU
•     Input Voltage: 6.0 - 13V
•     Connector : USB-C
  
•     Power consumption: 1.1W (@10mW) - 2W (@100mW)
•     Dimensions: 65 x 48 x 22 mm (JR module size)
•     Weight: 48g

Package includes

• 1 x TBS Crossfire Micro TX V2
• 3 x TBS Crossfire Nano RX
• 3 x TBS Crossfire Micro Receiver Antenna
• 3 x TBS Crossfire Immortal T V2 Antenna
• 1 x Taranis QX7 Mod
• 3 x Cables and Shrink Tubes set

TBS Crossfire nano RX for people who want to save space and solder. Full range, designed specifically for mini- and micro-quads! The Special Edition (SE) includes the TBS Immortal-T V2 Antenna!

TBS is stepping up the Long Range / UHF game, with no competition in sight! With the TBS Crossfire Nano RX we condense 2 years of engineering experience, listening to our customer requirements, and pushing ourselves to the maximum (or in this case, the minimum!). The end result is a full range receiver, at the smallest size of any receiver in the industry (yes, it’s smaller than the XM+).

SPECIFICATIONS

• Weight: 0.5g (receiver only)
• Size: 11mm x 18mm
• Requires: Firmware V2.25
• Input power : 3.3-8.4V
  

INCLUDES

• 1x TBS Crossfire Nano Receiver
• 1x TBS Crossfire Immortal T V2 Antenna
• 1x Spare shrink tube
• 6x 30awg silicon connection wires (2 black, 2 red, 1 white, 1 yellow)
• 1 x pin header 1×4