Airborne systems are becoming more sophisticated by utilising new embedded computing technology, avionics software, airborne sensors, and recent considerable enhancements in size, weight, and power (SWaP). The increasing need for lightweight electronics and systems is prompting OEMs and system integrators to create materials and technologies that minimise the weight of flying systems. Mistral Solutions is a premier provider of design and development services for airborne systems across the aerospace and defence sectors. We offer comprehensive design, development, and systems engineering services for advanced airborne electronics systems that meet the size, weight, performance, and ruggedization requirements of the aerospace sector. Keysol remains informed about the swiftly advancing Airborne technologies and provides cutting-edge airborne systems and robust Avionics Software Development services that comply with the rigorous standards of DO-178B/C (for software systems), DO-254 (for hardware systems), and ARINC 661.
Our Expertise
Proficiency in the design of aerial systems that adhere to stringent airborne safety regulations. Keysol guarantees the creation of resilient and dependable aerial systems with a comprehensive understanding of requirements including DO-178C, DO-254, and DO-160G. Keysol utilises advanced technology, rigorous safety requirements, and a dedication to innovation to provide customised solutions that achieve optimal safety and performance for various airborne applications.
Our Approach
Our Aerospace and Defence team has a profound understanding of the development of intricate, integrated airborne systems, subsystems, and Avionics Software for a diverse array of applications. Airborne Electronics and systems, including Beam Steering, Fire Control Systems, Engine Control, Autopilot, Mission Computers, Video Telemetry, and Data Acquisition and Monitoring Systems, are among the others.
What We offer to Industry
Software Design & Development
Software Design & Development
Software Design & Development
Development of avionics software that is in compliance with DO-178B Systems that are based on VxWorks/LynxOS
Customisation of the HMI framework, storage, overlay, media, and display
DSP algorithms' implementation and integration
Airborne electronics software that is IV&V compliant with DO-178B
Validation and Testing
Hardware Design & Development
Software Design & Development
Software Design & Development
Multi-processor/multi-board solutions based on the VME/VPX architecture
FPGA/DSP/GPU signal processing platform High-speed digital and mixed signal hardware design for acquisition systems
LRUs that are qualified and adhere to MIL-STD 810F, MIL-STD 461E, and JSS55555
Development of hardware modules and power supplies that are tailored to specific applications
SWaP-efficient designs for airborne electronics
Mechanical Design
Integration /Testing and Validation
Integration /Testing and Validation
Structral and 3D modelling
Vibrational modelling and Simulation
Thermal modelling and Simulation
Qualification As per Mil.Stds.
Integration /Testing and Validation
Integration /Testing and Validation
Integration /Testing and Validation
Minimal weight, minimal power Airborne Systems Active Array
Antenna Unit and Controller Electronic Beam Steering Unit
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