CUAV Package | New Match VTOL package Set A X7 Core Carrier Board

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  • CUAV

    Match VTOL Controller Package Set with

  • CAN PDB carrier board *1
  • X7 core *1
  • NEO 3 GPS *1
  • P9 telemetry set *1
  • Airspeed sensor with tube *1
 

CAN PDB with X7 core

CAN PDB Multifunctional Baseboard Feature:
  • Support 14~60V voltage input, 110A current
  • 0.1A, 0.05V power measurement accuracy
  • Rich interfaces and 14 PWM outputs
  • 5V/6A and a 12V/4A stabilized output
  • Thickened tinned PCB to reduce internal resistance
  • Power indicator LED, visually display battery
  • voltage status
 Production Introduction:

CAN PDB is a multi-functional baseboard of CORE controller, which provides abundant interfaces, integrates the functions of power module and power distribution board, and supports voltage input of 14~60V, and provide continuous working current up to 110A. It adopts self-developed ITT algorithm and has high accuracy power detection of 0.1A and 0.05V. It has 10 power output welding points, and provides a 5V/6A and a 12V/4A stabilized output to provide power for external device. Supports the CORE modules of V5 +, X7 +, and X7+ Pro Controller.

Main Parameter
MCU STM32F412(32 Bit Arm® Cortex®-M4, 100MHz, 512KB FLASH, 256KB RAM)
Operating Voltage 14 ~ 62V(4 ~ 15S Lipo)
Detection Current Range 0 ~ 110A
Output Power(MAX) 6000W(last 120s)
Stable Output Power(MAX) 5500W
Core V5+ / X7+ / X7+ Pro CORE
Frame Type Plane/VTOL/Copter/Heli/Rover/Sub
Controller Firmware ArduPilot 4.0.0 and above firmware
PX4 1.11.0 and above firmware
Operating Temperature -20 ~ 100℃
Interface
V_OUT 5V(default)/7.4V/8.2V(4A)
Servo VCC 5V(default)/7.4V/8.2V(8A)
12V OUT 4A(max)
USB 1
UART1 5(GPS/UART4/TELEM1/TELEM2/DEBUG)
CAN 2
I2C 3
SBUS/DSM IN 1
PPM IN 1
Servo 14
ADC3.3 1
ADC6.6 1
SBUS Outs 1(This interface is invalid when using X7+/X7+pro core)
RSSI 3.3V(Analog input)
DSU7 1
Size 12.8cm (length) * 10.0cm (width) *1.2cm (height)
Weight 200g (including cable)
Wire Length 30cm

NEO 3 GPS–GNSS Module Feature:

  • Ublox M9N satellite receiver, accuracy up to 0.7m
  • Support BDS, GALILEO, GLONASS, GPS four satellite systems
  • Support simultaneous reception of four satellite systems
  • Triple filters design

Product Introduction:

NEO 3 is a cost-effective M9N navigation and positioning product with a single point positioning accuracy of up to 0.7m. It integrates positioning system, magnetic compass, controller status light, controller alarm, and barometer, and can receive signals from four major satellite navigation and positioning systems simultaneously.

Product Parameters
Compass ST8310
RGB Drive NCP5623
Buzzer Passive buzzer
Safety Switch Physical button
GNSS Receiver UBLOX NEO M9N
Number of Concurrent GNSS 4(BDS、GALILEO、GLONASS、GPS)
Frequency Band GPS:L1C/A
GLONASS:L10F
BDS:B11
GALILEO:E1B/C
GNSS Augmentation System SBAS:WAAS,EGNOS,MSAS
QZSS:L1s(SAIF)
other:RTCM3.3
Horizontal Accuracy 2.0m
Speed Accuracy 0.05m/s
Nav.update rate 25Hz(Max)
Acquisition Cold start:24s
Hot start:2s
Aided start:2s
Number of Saellites(MAX) 32+
Sensitivity Trackng and nav-167dBm
Cold start Hot start-148dBm
Reacquisition-160dBm
Protocol UART+IO+l2C
Port Type GHR-10V-S
Supported Controller CUAV series, Pixhawk series
Wave Filtering SAW+LNA+SAW
Anti-Lectromagnetic/Radio Frequency Interference EMI+RFI
UpgradeFirmware Support
Support Control Type ArduPilot/PX4*(PX4 is stillworking hard
to adapt to the clock)
Input Voltage 4.7-5.2V
Operating Temperature -10~70℃
Size 60×60×16mm
Weight 33g

 

 

P9 Radio Telemetry Feature:

  • 902-928MHz communication band 
  • 276kbps transmission rate 
  • 40km range
  • Support 3S ~ 12S battery input
  • Dual-end switchover design

Product Introduction:

P9 Module is an ultra-long data telemetry module of Unmanned Systems. It adopts the communication frequency band of 902 ~ 928MHz. It has a transmission distance of 40km and a link rate of 276kbps. P9 Module supports 3 ~ 12S wide voltage input. It supports relay communication, meeting communication requirements in multiple application scenarios.

Main Parameter
Working Frequency 902 ~ 928 MHz
Transmission Technology Frequency Hopping
Transfer Protocol Transparent Transmission
Forwarding Error Detection Hamming /BCH/Golay/Reed-Solomo
Error Detecting Error Detection 32 bits of CRC, ARQ
Encrypt Optional (see –AES option)
Range Reference distance: 40km(The transmission distance is different under different environments/ configurations, please refer to actual use)
Sensitivity -110 dBm @ 115.2 kbps
-108 dBm @ 172.8 kbps
-107 dBm @ 230.4 kbps
Output Power 100mW ~ 1W (20 ~ 30dBm)(Default:1W)
Antenna Gain 5dBi
Serial Interface 3.3V CMOS TTL
Baud Rate Up to 230.4kbps;57600(Default)
Link Rate 115 ~ 276 kbps
Operating Modes Auto Routing, Store and Forward,Self Healing, Packet Routing Modes
Operating Voltage 12 ~ 60V
Power Consumption Sleep < 1mA
Idle < 3.5mA
RX:35mA ~ 80mA
TX:800mA ~ 1200mA
Interface Serial:GHR-06V-S
Antenna:SMA inner needle
USB:Type-C
Power:TX30PW-M
Operating Temperature -40 ~ 85℃
Humidity 5% ~ 95%(Non-condensing)
Size 65.0 × 40.0 × 16.5 mm
Weight 55g(Module);Antenna:31g

 

Airspeed Sensor with Tube

  • In windy conditions, the Unmanned Systems flies and lands stably to avoid stalling
 

The MS4525 Airspeed Sensor is an airspeed measurement module launched by CUAV for fixed-wing aircraft or vertical take-off and landing aircraft. It measures the relative speed between the Unmanned System and the air, which can help the Unmanned System avoid stalling in windy conditions. It is an indispensable component for fixed-wing and vertical take-off and landing aircraft.

Main Parameter
Sensor MS4525
Range ±6895Pa
Accuracy ±0.25% SPan
Firmware Support ArduPilot, PX4
Interface I2C
Input Voltage 4.7 ~ 5.2V
Working Temperature -10 ~ 85 ℃
Weight 3g (Sensor); 28g (Set)

Procurement / Purchasing Communication

Laura

E-mail:Laura@cuav.net

WhatsApp:(+86)18078814327

Tina

E-mail:Tina@cuav.net

WhatsApp:(+86)18122367332