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Expand Your Motion Capture Volume with Wider Coverage and Sub-Millimeter Accuracy

Vicon Vero 4.2: 

Discover how the Vicon Vero 4.2 motion capture camera helps biomechanics laboratories, sports science researchers, and engineering teams capture reliable motion data across a larger measurement volume.

Why Every Corner of Your Motion Capture Lab Matters

In motion capture, accurate data should not be limited to the center of the capture volume. In larger laboratories, subjects may move toward the edges and corners, where tracking gaps can affect data continuity, increase post-processing efforts, and limit the usable capture area.

The Vicon Vero 4.2 addresses this challenge with an extra-wide, extra-tall field of view, a 4.2-megapixel sensor, and trusted Vicon motion capture accuracy.

Designed for teams that need reliable tracking across more of their available space, Vero 4.2 offers a practical approach to improving motion capture coverage without automatically resorting to adding more cameras.

What Is the Vicon Vero 4.2?

The Vicon Vero 4.2 is a mid-range, 4.2 MP motion capture camera designed to capture movement with high accuracy and flexible coverage.

Its key specifications include:

• Resolution: 4.2 MP (2048 × 2048 pixels)
• Maximum wide-end field of view: 98.7°
• Varifocal field of view: Adjustable from 98.7° wide to 43° tele
• Frame rate: Up to 180 FPS at full resolution
• Sensor format: 1:1 square sensor
• Integration: Drop-in compatibility with existing setups, as stated in the product brochure

These specifications make Vero 4.2 a compelling option for motion capture applications that require broad spatial coverage, flexible camera configuration, and reliable tracking performance.

1. Wider Coverage Across Your Capture Volume

One of the most distinctive features of the Vicon Vero 4.2 is its extra-wide field of view.

The brochure highlights a wide-end field of view of 98.7°, compared with up to 65° for the fixed-lens 4 MP cameras referenced in its comparison.

A wider field of view can help cameras observe a larger portion of the capture volume, including areas that might otherwise be more difficult to cover.

For laboratories working with capture volumes of up to 10 × 10 metres, this can be especially valuable when subjects move across the space rather than remaining near the centre.

The benefit: More usable coverage across the laboratory and greater flexibility when designing a motion capture setup.

2. Flexible Field of View with a Varifocal Lens

Motion capture laboratories have different spatial requirements. A setup designed for gait analysis may have different coverage needs from one used for sports movement analysis or engineering applications.

The Vicon Vero 4.2 features a varifocal lens that provides a field of view ranging from 98.7° at the wide end to 43° at the tele end.

This flexibility allows teams to adjust the camera's field of view to suit their measurement environment without changing to a different lens configuration.

For laboratories developing or adapting their motion capture facilities, this can simplify camera configuration and support changing application requirements.

3. Trusted Vicon Accuracy

Broad coverage is valuable only when the captured data meets the requirements of the application.

Vicon positions the Vero 4.2 as a mid-range 4 MP camera delivering sub-millimetre motion capture data.

For researchers and technical teams, measurement accuracy is an important consideration in applications such as movement analysis, biomechanics, sports science, and engineering research.

Actual measurement performance depends on the complete system configuration, calibration, capture volume, and experimental conditions.

4. Better Marker Visibility at the Edges

A common challenge in multi-camera motion capture is maintaining consistent marker tracking across the full measurement volume.

The Vero 4.2 brochure highlights two features intended to help address this challenge.

Full grayscale processing

The camera's full grayscale data is processed on the PC, helping overlapping markers to be separated more cleanly. This can reduce tracking gaps and the need for manual data cleanup.

Strobe illumination designed for coverage

The camera's strobe is designed to provide illumination across the full field of view rather than prioritizing maximum distance alone.

Together, these design features support the goal of maintaining more reliable marker visibility toward the edges of the capture volume.

5. High-Speed Capture at Full Resolution

The Vicon Vero 4.2 supports frame rates of up to 180 FPS at its full 2048 × 2048 resolution.

High-speed capture is useful when researchers need to record fast movements and analyse motion with greater temporal detail.

Depending on the experimental requirements, this capability can support movement analysis in biomechanics, sports performance, and technical research environments.

6. Designed to Fit Existing Setups

Upgrading a motion capture laboratory involves more than choosing a camera. Compatibility with the existing system and installation requirements is also important.

The Vero 4.2 brochure describes the camera as offering drop-in compatibility with existing setups.

For laboratories considering a camera upgrade, this can make Vero 4.2 worth evaluating as part of an existing Vicon motion capture infrastructure.

Before upgrading, laboratories should confirm compatibility with their current hardware, software, mounting arrangements, and intended configuration.

Applications of the Vicon Vero 4.2

The Vicon Vero 4.2 can be considered for a range of motion capture environments, including:

Biomechanics and gait analysis

Capture human movement in laboratory environments where consistent tracking across the measurement space is important.

Sports science and performance analysis

Support motion capture studies involving dynamic movement, athletic technique, and performance research.

Human movement research

Provide a camera option for research teams investigating movement patterns and motion-related variables.

Engineering and technical research

Support motion capture requirements in controlled experimental environments where spatial coverage and measurement quality are important.

The appropriate configuration will depend on the application, required capture volume, subject movement, and overall system design.

Vicon Vero 4.2: Key Specifications at a Glance

Why Consider Vicon Vero 4.2 for Your Laboratory?

Choosing a motion capture camera requires balancing spatial coverage, image resolution, frame rate, accuracy, and integration requirements.

The Vicon Vero 4.2 brings these considerations together in a mid-range camera designed to extend usable coverage across the capture volume.

Its wide-angle varifocal lens, 4.2 MP resolution, full-resolution 180 FPS capture, and coverage-focused illumination make it a solution worth evaluating for laboratories looking to improve their motion capture capabilities.

Explore Vicon Motion Capture Solutions with Texon Corporation

Texon Corporation supports the adoption of advanced motion capture technologies in India, serving research institutions, healthcare organizations, universities, sports science facilities, and engineering applications.

Our team can help you explore motion capture configurations based on your application requirements, laboratory dimensions, desired capture volume, and existing equipment.

Whether you are planning a new motion capture laboratory or evaluating an upgrade to an existing system, we can help you understand the available options.

Interested in the Vicon Vero 4.2?

Contact Texon Corporation on mocap@texon-corporation.com to discuss your motion capture requirements and arrange a product demonstration.