UVID 2026 · Demo 3

Tank / Heavy APC C-UAS Detection

RGB and thermal drone detection and tracking for tanks and heavy APCs.

Neuronic Booth 13

At the booth

What you will see

  • Camera processing and control on the vehicle
  • Drone detection in RGB and thermal video
  • Shahed-type aerial target detection
  • Continuous tracking of detected aerial targets

How it works

RGB and thermal cameras connect over Camera Link to the FantoVision40, where FPGA pre-processing and Jetson inference run Neuronic perception.

Detected drones are tracked and reported to the crew. This demo covers detection and tracking only; it is not an interception system.

Main battle tank with an electro-optical sensor on the turret
Illustration — not a software screenshot

Hardware

Platform
Gidel FantoVision40
Processing
NVIDIA Jetson + FPGA
Cameras
RGB and thermal, Camera Link

Protocols & interfaces

Camera LinkCamera processing and control

Brochures

Neuronic Video Analytics Suite (Perception)

Quick answers

Tank / Heavy APC C-UAS Detection: common questions

What does the Tank / Heavy APC C-UAS Detection demo show?
RGB and thermal drone detection and tracking for tanks and heavy APCs.
How does the Tank / Heavy APC C-UAS Detection workflow run?
RGB and thermal cameras connect over Camera Link to the FantoVision40, where FPGA pre-processing and Jetson inference run Neuronic perception. Detected drones are tracked and reported to the crew. This demo covers detection and tracking only; it is not an interception system.
Which interfaces and protocols does Tank / Heavy APC C-UAS Detection use?
Tank / Heavy APC C-UAS Detection uses Camera Link, Camera processing and control.
What hardware runs the Tank / Heavy APC C-UAS Detection demo?
Platform: Gidel FantoVision40; Processing: NVIDIA Jetson + FPGA; Cameras: RGB and thermal, Camera Link.

Discuss your platform and mission

Tell us the platform, sensor and mission. We will walk you through integration options and arrange a technical demonstration.