60度波束角

收发一体0盲区

0.4CM探测精度

精准全面避障无延迟

I2C Expansion Board

PIXHAWK/Mini Pix/TURBO PiX

I2C Port Extension

软硬件双滤波

30ms极速响应

Expansion of I2C Port

If connect the I2C expansion board directly to the I2C/GPS port of Flight Controller, only ultrasonic sensors SUI04 can be affixed as the GPS port is occupied. If GPS and ultrasonic sensors need to be connected as the same time, a transfer board is essential to connect with the GPS/I2C port of flight controller first, then connect expansion board to the transfer board. 

Input Port

I2C Ports

* I2C Expansion Board：I2C port of flight controller can be extended to maximum six.

I2C Expansion Board VS  I2C Transfer Board

I2C Transfer Board

Name

Picture

Port Quantity

I2C Expansion Board 

Port

Function

Compatible Flight Controller

Compatible Module

Remark

7P

1 Input Port and 6 I2C Ports

Extention of I2C Port Only

Obstacle Avoidance of Six Synchronous Direction (Overall)

Compatible with RadioLink Mini Pix/TURBO PiX/PIXHAWK and Open Sourced PIXHAWK

Compatible with RadioLink Ultrasonic Sensor of Obstacle Avoidance SU04/SUI04

When GPS and ultrasonic sensors need to be connected at the same time, a transfer board is essential to connect with the GPS/I2C port of flight controller first, then expansion board to the transfer board.

Accessory, Purchased Individually

4P

1 Input Port, 2 I2C Ports and 1 GPS Serial Port

Extention of I2C Port and GPS Serial Port

Obstacle Avoidance of Arbitraty Two Synchronous Directions 

Two I2C ports can be used to connect with corresponding I2C modules such as one ultrasonic sensor SU04 to achieve altitude holding and an LED module.

Mini Pix/TURBO PiX Standard Pack

Work with SUI04, Overall Synchronous Obstacle Avoidance

With maximum 6 ultrasonic sensors SUI04 connected to the expansion board, aircraft can avoid obstacles from 5 directions (forward/backward/left/right/upward) and altitude hold downward.

Obstacle Avoidance

(forward)

Obstacle Avoidance

(downward)

Obstacle Avoidance

(upward)

Obstacle Avoidance

(right)

Obstacle Avoidance

(left)

Obstacle Avoidance

(backward)

I2C Expansion Board