Acoustic R&D projects & co-development
Acoustic performance shapes product quality and user experience, from consumer electronics to transportation systems. Mecanum goes beyond standard testing to co-develop acoustic solutions that fit your functional, technical, and financial constraints. Every solution is designed collaboratively, using numerical models, experimental validation, and continuous feedback, so it’s feasible, scalable, and acoustically effective. You get our independent acoustic lab and simulation software, plus access to large-scale transmission loss facilities through our academic partner, Université de Sherbrooke, for full-product assessment.
Advanced acoustic testing facilities
Leverage our independent acoustic lab, complete with high-end measurement tools and simulation software to optimize your product acoustics, from R&D to final validation.
Complete testing ecosystem
A modular test cabin for early-phase evaluation, plus large-scale transmission loss setups via Université de Sherbrooke for full-product assessment.
Metamaterials & low-frequency
Pioneering methods for metamaterial treatment and low-frequency isolation, critical in aerospace and automotive.
Scientific, collaborative development
Numerical models, experimental validation, and continuous feedback ensure feasibility, scalability, and effectiveness.
Bio-sourced & recycled fibrous materials
Micro-macro modeling to derive Biot parameters from microstructure, fiber-arrangement optimization, hollow-fiber models, all validated experimentally and built into NOVA.
Granular materials
Modeling ball stacks by compaction, binder integration, shape optimization for absorption, validated and built into NOVA.
PU foam micro-macro models
Compute Biot parameters from chemist-controllable inputs, cell size, strut diameter, open/closed window ratio, built into NOVA.
NAIMATA
New Acoustic Insulation Meta-material Technology for Aerospace.
Coming soon.