Redesign of critical avionics equipment
Full interchangeability with existing fleets
Optimized performance, robustness, and costs
Context and key issues
Our client designs and develops displacement, position, and force sensors, as well as inertial systems for various industrial and aerospace markets. In this context, they wanted to redesign an inertial unit that had been in service for over 10 years, while ensuring its full compatibility with aircraft already in operation. The objectives were multiple: cost reduction, performance improvement, increased resilience to high-energy particles, and maintaining 100% interchangeability with the old model.
Complete redesign of an inertial unit used to determine aircraft position, speed, and orientation.
Management of the electronic design of the new model.
Maintaining integration characteristics:
Integration of performance and cost reduction objectives.
Support through to final validation phases.
Modernization of a critical product while ensuring interchangeability with existing fleets.
Improved reliability and robustness, particularly against high-energy particles.
Production cost optimization and limiting maintenance costs.
Qualification risk reduction through expert management of the final phase.
Accelerated time-to-market, with a finalized product undergoing qualification for flight tests.
Éléments techniques
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