Carlos's Posts (1)

Sort by

IWz0uDxfgh-zg1ISDnaGpKlc_piXBvGA7zH7-KhAOwCNbRs-HZWb9N8BZ8r_L8yZX6eklR1kNQk0f0wr0UvOBKmfOoO6K6pH75rGQJrLm-hasytlPZsxDtnjI9w2n-G0IOpBOkO2

Since we made Erle-Brain we’ve got a lot of feedback on what’s most used and useful for users. With this in mind we are happy to announce we have released a new version of our brain: Erle-Brain 2, a more powerful unit, smaller, faster and cheaper brain for building robots and drones.

 

Erle-Brain 2 ships with a cost of €199, includes a quad-core Cortex-A7 with all the sensors needed to create copters, rovers, planes or even hexapods. It includes integrated optional 1080 HD 5MP camera, Wi-Fi, Bluetooth, 3G/4G networks, USB, Ethernet, I2C, HDMI and UART.



The weight of the whole system is 100g and the size is a bit smaller than his predecessor with 96 x 70 x 25mm.

 

xntXusAvTvTvhQZxGLBz2Z4u8SOmm5uPhvxcdns_WpfyLPijKYUg4i1C7JOy0Z-a3zX-OGG002f0Mn5XuQ_uePcpJpP6YUo-2LTRI0-CNUEH-lmCPcnU-S83DPxTyRVasbeGrR_a



Some specifications regarding the sensors included:

  • Accelerometers: MEMS digital-output triple-axis accelerometer with a full scale range of ±8g (or alternatively ±16g) and integrated 16-bit ADCs

  • Magnetometers: MEMS triple-axes 16 bit (15μT/LSB) with a full scale measurement range is ±4800μT

  • Gyroscopes: MEMS triple-axes with a full-scale range of ±1000 (or alternatively ±2000) °/sec and integrated 16-bit ADCs

  • Barometers: digital pressure sensor with 10 cm resolution

 

AXDxJsecJZOeG28iMb8E49Azi-NCSV02DujcvSjpBH8HeCSz7eJKBa0NxRx-yKRvcGLnccCk1YOQrD37KQmBbVvZD2jhwx9-KxRRYl3Cx4ECoL8VVHF21P1Dv-w65Uvezj2Q9zru

 

For those of you interested. Erle-Brain 2 has been built on top of the Raspberry Pi 2. This decision has been made mainly due to its popularity and existing support for this board already. We are looking forward to collaborate with other existing options based on this exact same board




Read more…