Unique Chassis Designs for UAV Programs

UAVs Are Today’s Essential Data Acquisition Platforms

Today’s defense and intelligence operations rely on unmanned aerial vehicles (UAVs) to carry sensors and embedded computing systems that capture, process, store, and transmit mission-critical data. These applications place demanding requirements on size, weight and power (SWaP), cooling, environmental performance, and system reliability. The FAA provides additional background on unmanned aircraft systems (UAS).

Atrenne Houses the Critical UAV Electronics

Atrenne designs and delivers rugged chassis that house, power, monitor, and cool sophisticated embedded systems for UAV applications. This solutions brief highlights three distinctly different systems developed to address challenging SWaP, thermal, altitude, and performance requirements. Atrenne SB_Unique Chassis Desig…

Explore Atrenne’s ATR chassis and rugged enclosure solutions for additional airborne and mission-critical embedded computing options. Atrenne’s current ATR portfolio includes lightweight, conduction-cooled, forced-air, and liquid-cooled configurations for demanding applications.

This solutions brief demonstrates how Atrenne applies custom engineering and thermal-management expertise to solve unique UAV packaging challenges—from high-altitude small-form-factor systems to larger platforms requiring multiple embedded computing chassis.