One System, Countless Possibilities

The FreeScan Trak Nova was designed to solve one of the biggest challenges in professional 3D measurement: accurately scanning large and complex objects without sacrificing flexibility, efficiency, or portability.

By combining wireless operation, dynamic optical tracking, integrated video photogrammetry (VPG), and high-speed laser scanning, the Trak Nova extends far beyond the capabilities of traditional handheld scanners. The result is a system that can adapt to an extraordinary range of industries and applications while maintaining the accuracy required for professional engineering and inspection workflows.

Whether measuring a vehicle body, inspecting industrial machinery, digitizing marine structures, or documenting large infrastructure components, the Trak Nova is designed to bring metrology-grade measurement directly to the part.

Built for Large-Scale Measurement

Many scanning systems perform well on small objects but become increasingly difficult to manage as part size grows. Large components introduce challenges such as extended scan paths, alignment drift, marker management, and complex setups.

The FreeScan Trak Nova addresses these challenges through its optical tracking architecture. The tracking system continuously monitors scanner position in real time, allowing users to move freely around large objects while maintaining accurate spatial positioning. Combined with a large tracking volume and integrated Video Photogrammetry (VPG), the system enables efficient scanning of components that would traditionally require extensive preparation and setup.

This makes the Trak Nova particularly effective for projects where scale, accessibility, and efficiency are critical.

Automotive Applications

The automotive industry presents a wide variety of scanning challenges, from reverse engineering custom parts to inspecting complete vehicle assemblies.

The Trak Nova is well suited for capturing vehicle exteriors, chassis components, body panels, suspension systems, and custom modifications. Because the system can efficiently handle large objects while maintaining accurate tracking, users can scan broad surfaces without constantly repositioning equipment or placing large quantities of markers.

For manufacturers, race teams, restoration specialists, and custom fabricators, this creates a streamlined workflow for design verification, digital documentation, inspection, and reverse engineering. Automotive engineering is one of the industries highlighted within SHINING 3D's optical tracking ecosystem.

Aerospace and Aviation

Aircraft components demand accuracy, traceability, and efficient inspection workflows.

The Trak Nova's ability to scan large parts without physical contact makes it particularly valuable for aerospace applications where delicate or high-value components require careful handling. Wings, fuselage sections, composite structures, tooling, and maintenance inspections can all benefit from high-resolution digital measurement.

Because the system combines dynamic tracking with photogrammetry-assisted accuracy, users can confidently capture large aerospace structures while maintaining measurement integrity across the entire project. Civil aviation remains one of the primary industries supported by SHINING 3D's metrology portfolio.

Heavy Equipment and Industrial Machinery

Large industrial equipment often presents significant measurement challenges due to its size, weight, and operating environment.

Traditional inspection methods can require extensive setup time or physical measurement tools that struggle to capture complex geometry. The Trak Nova allows technicians and engineers to capture complete digital models of machinery, castings, structural components, and production equipment directly on-site.

Real-world deployments have included large machinery inspection, condition assessment, engineering documentation, and reverse engineering projects involving oversized industrial assets. SHINING 3D specifically highlights applications involving heavy machinery and large industrial components as key use cases for the Trak Nova platform.

Marine and Boat Building

Marine manufacturing and repair often involve large curved surfaces, custom fabrication, and components that are difficult to transport for inspection.

The FreeScan Trak Nova enables shipbuilders, marine fabricators, and repair facilities to digitize hull sections, molds, decks, and fabricated components directly where they are built or serviced. The system's wireless operation and portability make it especially valuable in environments where mobility is essential.

SHINING 3D has documented Trak Nova implementations within marine fabrication workflows, where the system has been used for high-precision inspection, mold production, and fabrication verification.

Manufacturing and Quality Control

Modern manufacturing increasingly relies on digital inspection to improve quality and reduce production errors.

The Trak Nova can be used to compare scanned parts against CAD models, verify dimensional accuracy, inspect tooling, and validate manufactured components. Dynamic tracking technology reduces setup complexity while allowing inspection teams to work efficiently across parts of varying size and complexity.

For manufacturers dealing with large assemblies, welded structures, molds, fixtures, and tooling, the ability to rapidly collect accurate measurement data can significantly improve productivity and decision-making.

Reverse Engineering Large Components

Reverse engineering is often associated with small mechanical parts, but some of the most challenging projects involve large structures and assemblies.

The Trak Nova excels in these scenarios by providing accurate digital capture of objects that are too large for traditional desktop scanners or difficult to document using manual measurement methods. Engineers can use the resulting scan data to recreate CAD models, redesign legacy components, document existing equipment, or develop replacement parts.

Its large measurement volume and reduced marker requirements make it particularly effective for capturing complex assemblies that would otherwise require lengthy measurement sessions.

Infrastructure and Field Measurement

Not every measurement project takes place in a controlled inspection lab.

Infrastructure components, energy systems, transportation equipment, and public utility assets often require measurement directly in the field. The Trak Nova's wireless operation, portable design, and integrated computing capabilities make it well suited for these environments.

Users can bring the system directly to the asset rather than transporting large components to a measurement facility, reducing downtime and improving overall workflow efficiency.

Why the Trak Nova Stands Out

What makes the FreeScan Trak Nova unique is not a single feature, but the combination of technologies working together.

Dynamic optical tracking reduces reliance on markers. Integrated Video Photogrammetry improves large-scale accuracy. Wireless operation increases mobility. High-speed laser scanning accelerates data collection. Together, these technologies create a platform capable of adapting to an exceptionally wide range of professional applications.

Rather than being limited to a single industry or workflow, the Trak Nova serves as a flexible measurement solution that can move between manufacturing, aerospace, automotive, marine, infrastructure, and engineering environments with ease.

Conclusion

The FreeScan Trak Nova was built for professionals who need more than just a scanner. It is a complete large-scale measurement platform capable of supporting inspection, reverse engineering, quality control, engineering analysis, and digital documentation across countless industries.

From automotive workshops and aerospace facilities to marine fabrication yards and industrial production floors, the Trak Nova demonstrates that when dynamic tracking, wireless mobility, and advanced photogrammetry come together, the potential applications become nearly limitless.