# Intel Drone Aero

## [Intel Aero Ready to Fly Drone](https://click.intel.com/intel-aero-ready-to-fly-drone.html)

## ![](https://450959332-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-Lj1MxEFF6NBjAkcTWn7%2F-Lj1N-trFp8FOuVMhQJp%2F-Lj1NVr8FnYHgrBDuBBZ%2Fintel-aero-rtf.jpg?generation=1562334342075979\&alt=media)

Autonomous flight of Intel® Aero RTF Drone, it can perform its movements without the need of an RC Controller. Autonomous flight can be done because of certain algorithms and programming, available within Intel® Aero Platform creating specialized functions and features, allowing them to perform the tasks we instructed them to do or executing them under their own consent. These skills also allow our Drones to conduct multiple activities that could be difficult or dangerous to any human.

**The Intel Aero Ready to Fly Drone includes the following:**

* Intel Aero Compute Board
  * Intel® Atom™ x7-Z8750 processor
  * 4 GB LPDDR3-1600
  * 32 GB eMMC
  * MicroSD\* memory card slot
  * M.2 connector 1 lane PCIe for SSD
  * Intel® Dual Band Wireless-AC 8260
  * USB 3.0 OTG
  * Reprogrammable I/O via Altera® Max® 10 FPGA
  * 8MP RGB camera (front-facing) – one of the 3 camera modules included with the Aero Vision Accessory Kit
  * VGA camera, global shutter, monochrome (down-facing)
  * Open-source embedded Linux\*, Yocto Project
  * Insyde Software InsydeH2O\* UEFI BIOS optimized for the Intel® Aero Platform for UAVs.&#x20;
* Intel® RealSense™ camera (R200)
* Intel® Aero Flight Controller with Dronecode\* PX4\* autopilot
  * STM32\* microcontroller
  * Temperature compensated: 6 DoF IMU, magnetometer, and altitude sensors
  * Connected to the Aero Compute board over HSUART and communicates using MAVLink\* protocol
* Pre-assembled quadcopter
  * Carbon fiber airframe
  * GPS and compass
  * Power distribution board
  * 4 electronic speed controllers
  * 4 motors
  * 8 snap-on propellers
  * Spektrum\* DSMX\* Serial Receiver
* Spektrum DXe Transmitter (2.4GHz DSMX)
