OptiTrack mini duo

OptiTrack
1,950.00€
Excl. VAT
To order

The Mini Duo 13 is a lightweight and compact optical motion capture system consisting of two synchronized cameras, designed for confined spaces or portable installations.

- Compact and lightweight design

- Native frame rate

- Tracking accuracy

- Resolution of approximately 1.3 megapixels

Product details

General

Features

  • Brightness
  • Resolution 1280 x 1024 pixels
  • Connections
  • Tracking accuracy

OptiTrack Mini Duo 13: a compact and accurate motion capture solution

The OptiTrack Mini Duo 13 is an optical motion capture system designed to offer professional accuracy in an extremely compact format. It stands out thanks to the integration of two synchronized cameras within a single module, enabling reliable 3D tracking even in environments where space is limited.

Equipped with a 1.3-megapixel sensor and an acquisition rate of up to 120 frames per second, the Mini Duo 13 is capable of capturing fast movements with great fluidity. It is based on optical tracking technology using passive reflective markers, combined with integrated infrared lighting, ensuring accurate detection of positions in space, with millimeter-level accuracy.

With its lightweight and discreet design, the Mini Duo 13 is particularly suitable for portable installations, robotic platforms, virtual or augmented reality experiences, and small capture sets. It can be easily integrated into embedded devices or used in temporary configurations without compromising tracking quality.

The system is fully compatible with OptiTrack's Motive software, which enables calibration, real-time visualization, and export or streaming of motion data to 3D engines, animation tools, or research applications. This compatibility makes it a versatile tool, used in animation, robotics, academic research, and virtual production.

In summary, the OptiTrack Mini Duo 13 combines precision, compactness, and ease of integration, offering an ideal solution for projects requiring reliable motion tracking in confined spaces or mobile environments.