At Red Feather, we specialize in the "black magic" of engineering—transforming complex RF challenges into seamless, high-performance embedded systems. We operate as a high-velocity R&D partner, offering the flexibility to integrate into any stage of your development lifecycle, from initial feasibility studies to final manufacturing handoff. Our expertise is defined by a rigorous approach to custom solutions, ensuring that every design is tailored to the specific environmental and technical constraints of our partners.
We thrive in the high-stakes domain of mission-critical systems. Our engineering team prioritizes fault tolerance, security, and uncompromising reliability, architecting hardware and software that perform under extreme conditions. Whether it is a high-reliability aerospace component or a secure dual-use technology where failure is not an option, we provide the technical depth required to build resilient, future-proof systems for the most demanding applications.
Domain Experts
Concept-to-Prototype
Proven Designs
Units Deployed
High-performance PCB layouts that seamlessly integrate custom RF solutions with robust digital hardware
We deliver end-to-edge software excellence, ranging from ultra-efficient bare-metal firmware to complex Embedded Linux systems.
High-reliability engineering in industrial, military and aerospace. We design for fault tolerance and performance in extreme environments.
De-risking your path to certification. EMC/EMI troubleshooting, spectrum analysis, and design reviews to prepare your product for FCC and CE testing
Architectural optimization for battery-operated and energy-harvesting devices, squeezing every microamp of efficiency
We act as your extended innovation lab. From feasibility studies and rapid prototyping to manufacturing support, we manage the entire product development lifecycle
UAV telemetry and control communication module optimized for secure, interference-resilient RF links in defense applications.
High-performance UAV communication module optimized for secure, resilient, and extended-range RF links in contested RF environments.
RF front-end expansion module optimized to improve sensitivity, output power, and link stability for UAV platforms.