As aircraft become increasingly electrified and mission systems continue to grow in capability, effective power and thermal management has become critical to overall platform performance. Modern aircraft must manage heat generated by avionics, sensors, communications equipment, electronic warfare systems, batteries, and onboard electronics while maintaining reliable operation across demanding flight environments. Industry leaders increasingly focus on integrated thermal architectures that combine cooling, environmental control, and power management into optimized airborne systems.
Bascom Hunter develops advanced power and thermal management systems that help aircraft operators maximize mission capability, improve reliability, and support next-generation airborne technologies. Our solutions are designed for aerospace and defense applications where performance, efficiency, and SWaP optimization are critical. Our current aircraft engine inlet system is capable of dissipating up to 50 kW.
Our engineering teams design systems that efficiently remove heat from mission equipment while minimizing size, weight, and power consumption. Whether cooling sensitive avionics, supporting electronic warfare payloads, or managing thermal loads from electrified aircraft systems, our solutions are engineered to perform in challenging operational environments. Modern aerospace thermal systems commonly incorporate compressors, turbines, heat exchangers, and environmental control technologies to maintain critical system temperatures.
Using Multidisciplinary design analysis and optimization (MDAO), Bascom Hunter engineers each Engine Inlet Heat Exchanger configuration to balance thermal effectiveness, pressure loss, inlet flow quality, and structural constraints. The result is a lightweight, scalable, and platform-agnostic heat exchanger capable of supporting next-generation aircraft missions.
| Heat Rejection Capability | Configurable to support high-power electronic, mission, and directed energy systems |
| Thermal Effectiveness | High-effectiveness architecture optimized via multi-physics thermal and fluid analysis |
| Operating Evelope | Compatible with wide flight envelopes and mission profiles |
| Flow Distortion Control | Designed to limit inlet flow distortion and preserve engine operability |
| Heat Sink Medium | Aircraft engine inlet airflow |
| Key Benefits | Scalable & Configurable, Lightweight, Compact Architecture, Aerodynamic & LO-Aware Design |
| Applications | Manned and unmanned fixed-wing aircrafts, Aircraft electronic and mission system pods, Directed energy weapon pods |
Avionics & Electronic Warfare Cooling
Today’s airborne platforms generate unprecedented thermal loads from advanced electronics, sensors, radar systems, communications equipment, and electronic warfare payloads. Effective cooling is essential to maintaining system reliability, mission availability, and operational performance.
Bascom Hunter develops specialized avionics and electronic warfare cooling systems for high-density electronics operating in demanding airborne environments. Our solutions support fixed-wing aircraft, rotorcraft, unmanned systems, and next-generation aerospace platforms, providing efficient thermal management for mission-critical electronics as airborne ISR and EW system demands continue to grow.
Air Cycle Machines
In addition to thermal management, Bascom Hunter develops air cycle systems that support airflow control systems, environmental control architectures, and mission-specific aerospace applications.
These solutions support: