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Insights from Everaxis experts

Radar performance depends on the stability and continuity of the systems that drive its rotation. Any loss of precision or consistency immediately affects tracking quality and target identification. In demanding operational conditions, rotary systems must deliver uninterrupted performance, 24/7. They must also resist shock, vibration and long periods without maintenance.

To explore these challenges, David Occhipinti (USA) and Harald Johansson (Sweden) share their insights. They explain the critical role of rotary systems in detection and how Everaxis technologies enhance sensor performance.

DETECT David Occhipinti Everaxis

David Occhipinti

DETECT Harald Johansson Everaxis

Harald Johansson

Threat evolution

How are current threats (drones, swarms, low-observable platforms) reshaping detection requirements?

Key technological levers for sensor performance

David Occhipinti: Use of fiber optics is a key lever for improving accuracy. They are immune to electromagnetic interference and can transmit high‑fidelity signals.

Improving responsiveness relies on several factors. These include optimized embedded algorithms, reduced processing latency, better mechanical stabilization of payloads and improved sensor quality.

Critical role of rotation systems in radar detection

Why is mastery of rotation systems a critical element in the detection chain?

The impact of sensor data fusion on situational awareness

How does sensor data fusion enhance tactical situational awareness?

Challenges in integrating advanced sensors on existing platforms

Everaxis’ added value in the radar detection chain

What specific value does Everaxis bring to the detection chain?

Meet David Occhipinti at Eurosatory

DETECT radar detection David Occhipinti Everaxis
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