This page will describe the basic components needed to build a hardware platform for SMACCMPilot. There are two main components in SMACCMPilot: the mission computer and the flight controller. The mission computer manages networking with the ground control station (GCS) and hosting high-level applications (e.g., a webcam running on Linux). The flight controller executes the core flight functionality (e.g. stabilization and motor control).
The SMACCMPilot project uses the Pixhawk autopilot hardware. The official Pixhawk project website has information on this hardware and where it may be purchased.
We provide a set of steps to configure your hardware for the SMACCMPilot project in the smaccmpilot-hardware-prep repository. Clone this repository and follow the steps in the
README documents. This only needs to be done once even if you modify the flight controller software later.
The SMACCMPilot project supports quadcopter the Iris+, although it could be easily ported to support other Pixhawk-based plaftforms.
At this time, platforms with more than 4 motors are not supported. All motors must be PWM based, and use the first 4 channels connected to the PX4IO coprocessor.
SMACCMPilot can be used in two different configurations: Stand-alone flight and Demo flight
Stand-alone flight uses the stock Iris+ with added lidar and PX4Flow camera. You will also need the required accessories described below. Stand-alone flight uses only the flight controller and is a great way how to get started with SMACCMPilot.
Follow the mounting instructions to get your stand-alone hardware ready.
Demo flight on the other hand requires additional hardware (besides what is needed for stand-alone flight), such as Pixy cam and TK-1 with a daughterboad. This configuration simulates sophisticated UAVs with mission computer, surveillance camera and as a result a large attack surface for potential hackers.
SMACCMPilot needs to communicate with a ground control station (GCS) to operate.
You’ll need a pair of 3DR Radio radio modems for bidirectional communication between the air vehicle and GCS software running on your PC.
See the 3DR Radio setup page for information on how to setup and configure 3DR Radios for use with SMACCMPilot.
SMACCMPilot requires a hobby radio controller for safety. See our hobby radio controller page for information on what kind of system you need, and how to set it up.
Developers may want to use a JTAG/SWD debugger for inspecting programs as they run on the Pixhawk. We recommend the Black Magic Probe, but various other products will work with the STM32F4 microcontroller as well.