Ommatidia LiDAR at MetroAutomotive 2025: Advancing NVH Testing with Massively Parallel Laser RADAR
Ommatidia LiDAR at MetroAutomotive 2025 demonstrated the company’s commitment to high-precision, scalable metrology for the automotive industry. Held in Parma, Italy, from June 25–27, the international event focused on the latest tools for automotive diagnostics, production control, and in-line inspection.
At the exhibition, Ommatidia presented live demonstrations of its Q2 Laser RADAR and introduced the ANT Series. These systems showcased how massively parallel laser RADAR is reshaping NVH testing, 3D surface metrology, and automated quality assurance across vehicle production lines.
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Q2 Live Demo at MetroAutomotive: A New Benchmark in NVH and Modal Testing
One of the main highlights of Ommatidia LiDAR at MetroAutomotive was the live demonstration of the Q2 Laser RADAR. The system’s performance drew interest from NVH engineers, quality specialists, and automation professionals alike.
Moreover, the demo illustrated how Q2 provides:
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✅ Full-field, non-contact vibration measurements with sub-micron precision
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✅ Real-time data acquisition: 65 to 13,000 points per second
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✅ Simultaneous interferometric and Doppler sensing for displacement and velocity
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✅ No targets, no surface prep, no alignment — just place and measure
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✅ Flexible integration into labs, end-of-line test rigs, and factory lines
As a result, Q2 supports a faster, more accurate approach to vibration diagnostics and structural validation across complex automotive components like battery packs, engine mounts, and suspension frames.
Q2 Laser Radar by Ommatidia during high accuracy Vibration testing at a lab
Laser RADAR for Automotive NVH: Clean, Scalable, Contactless
Ommatidia LiDAR at MetroAutomotive 2025 also emphasized how Q2 improves NVH (Noise, Vibration, and Harshness) testing by eliminating the constraints of single-point sensors. With massively parallel laser RADAR, engineers can now measure entire surfaces in real time — without contact or scanning.
In addition, Q2 is perfectly suited for:
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🛠️ Modal analysis of doors, dashboards, and subframes
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🚗 EV acoustics, helping reduce motor whine and structural noise
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🧪 End-of-line QA, identifying vibrational faults before delivery
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🔄 Continuous monitoring of resonance patterns and material behavior
Therefore, Q2 is not only a measurement device — it is a scalable tool for smarter, faster manufacturing.
Introducing the ANT Series: Embedded Laser RADAR for Component Diagnostics 
At MetroAutomotive 2025, Ommatidia also introduced the ANT Series — chip-scale laser RADAR modules designed for embedded diagnostics and sensor fusion in smart automotive systems.
These ultra-compact units bring real-time, non-contact diagnostics to:
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⚡ Electric drivetrains
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🧱 Structural enclosures
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🔍 Component-level health monitoring
Furthermore, ANT modules support predictive maintenance and in-system vibration tracking in confined, hard-to-access environments — delivering insights that would be difficult to achieve with traditional sensors.
Ommatidia LiDAR at MetroAutomotive: Driving Future-Ready Innovation
Ommatidia LiDAR at MetroAutomotive showed how laser RADAR-based platforms are setting a new standard for automation, precision, and repeatability in automotive metrology. With growing demands in EV development, lightweight materials, and zero-defect manufacturing, the need for scalable, non-contact diagnostics has never been greater.
Finally, we thank the MetroAutomotive organizers and all the visitors to our stand for their time, questions, and collaboration. The future of smart automotive QA is here — and Ommatidia is proud to be building it.
📩 Want to see how Q2 Laser RADAR can improve your NVH testing or in-line inspection? Contact us to schedule a live demo or learn more.
