Gumstix, Inc., a manufacturer of computers-on-module (COMs), has announced the latest update to its AeroCore series of micro-aerial vehicle (MAV) electronics, providing all the intelligence needed to build the next generation of aircraft. Comprising a full suite of hardware and software development tools, the AeroCore 2 is available in variants compatible with DuoVero or with Overo COMS. Designed with Gumstix’ Geppetto, the AeroCore 2 gives MAV developers greater selection in finding a computing solution tailored to their needs, with high precision GPS, WiFi connected autopilot, and video streaming functionality.
The AeroCore 2 runs NuttX real-time OS on an ARM Cortex-M4 microcontroller, with space on board for a Linux-powered supervisor COM. Gumstix COMs have successfully powered many applications in the field of MAVs, from real-time airborne target tracking to flying, self-organized wireless networks. The two-tier architecture provides a hard RTOS for machine controls and sensors, and high-level Linux programs to manage mission intelligence. RC radio control can be implemented by connecting a standard RC receiver.
The AeroCore 2 supports Gumstix’ new precision geopositioning boards, based on u-blox’ NEO-7 modules. The PreGO board featuring the NEO-7M module offers standard ±2.5 meter accuracy at a reduced cost, while the PreGO PPP board with the NEO-7P module offers precise, sub-meter level accuracy using PPP technology at an unbeatable price, with supported RTK capability.
“The AeroCore 2 combines the flexible, high-level integration of the AeroCore control board with both our best-selling series of COMs, Overo, and dual core processing power with our DuoVero COMs,” said W. Gordon Kruberg, M.D., president and CEO of Gumstix, Inc. “COMs have been at the heart of many user projects in the MAV field, and with the recent expansion of interest in MAV applications, the AeroCore 2 offers our users a sophisticated yet simple way to get offer wifi enabled autopilot and swarm technology.”
The AeroCore 2 is fully compatible with the PX4 open-hardware project’s suite of software, including MAVLink for autopilot communications and QGroundControl as its ground station. In addition, ArduPilot, Mission Planner and APM Planner 2.0 are now supported.
