News
Dec 18, 2025
MIAU1000 — Compact & Versatile Interface Unit for Modern Avionics
The MIAU1000 is the latest addition to AEE’s family of advanced avionics and flight-control systems. Designed for the demanding needs of UAV, eVTOL and light-aircraft applications, it provides a compact and highly adaptable interface solution for complex flight control system configurations.
Developed following aviation-grade processes, the MIAU1000 can operate as a Data Concentrator Unit (DCU), as a Gateway, or— thanks to its high-performance microcontroller — even as a small Flight Control Computer in centralized and decentralized control setups. It complements AEE’s BARC1000 platform and supports scalable, modular avionics architectures.
Key Features
Certification-ready documentation package up to DAL A available
Includes documentation fulfilling AMC20-152A and utilizing DO-254; Software developed using DO-178C up to DAL A is available on a customer-specific basis.
High-performance microcontroller
Enables deterministic interface handling, actuator coordination and implementation of complex control functions.
Galvanic isolation across all interface types
Increases robustness, EMC resilience and clean separation within safety-critical system architectures.
Native compatibility with Volz actuator networks
Extends Volz RS485 architectures with CAN implementations.
Flexible operating modes
Configurable as DCU, Gateway, or Flight Control Computer depending on system requirements.
Compact, lightweight design
Ideal for constrained installation environments such as UAVs and EASA SC-VTOL platforms.
Designed to DO-160G environmental categories
Prepared for demanding aerospace operating conditions.
MIAU1000 in the AEE Avionics Ecosystem
Together with the BARC1000 — AEE’s modular and highly redundant flight-control computer platform — the MIAU1000 represents the next evolution of our engineering philosophy: technical precision, certified reliability and system-wide adaptability.
Both systems support long-term lifecycle strategies, offer high integration flexibility, and enable customers in industry, research and government to implement modern, safety-critical avionics architectures with confidence.
