Scaling New Heights: Linkfast Techology Company Uses RIEGL VZ-600i to Deliver Fast, Precise Laser Scanning of the Taipei Dome

The project focused on capturing the intricate interior geometry of the Taipei Dome, one of Asia’s most complex and expansive stadium structures. The most technically demanding aspect was the Dome’s massive steel roof, a notoriously difficult area for conventional measurement techniques due to its scale, elevation, and dense, overlapping structural elements.

Tackling the Dome’s Structural Challenges
The Taipei Dome’s steel roof spans a vast area and features multi-layered beams, dense cross-bracing, and numerous occluded angles. Traditional surveying methods often fall short in such environments, unable to deliver the comprehensive and accurate data required for engineering-grade analysis.

The project’s objective was clear: generate a complete, high-resolution 3D point cloud model to support ongoing facility maintenance, structural health monitoring, and digital asset documentation. With limited time windows between scheduled events, speed and precision were paramount.

Why the RIEGL VZ-600i Was the Scanner of Choice
The RIEGL VZ-600i was selected for its unmatched performance in large-scale, high-detail scanning applications. Its advanced capabilities enabled the team to overcome the unique challenges posed by the Dome’s architecture:

• Ultra-High Pulse Repetition Rate (1,200 kHz) with a Long Range (up to 320 m): Allowed each scan station to capture extensive portions of the roof, including elevated and distant elements.
• Flexible Multi-Station Deployment: 100 strategically placed scan stations ensured full coverage of the structure, eliminating blind spots and minimizing occlusions.
• Rapid Execution: The entire scan campaign, including setup and repositioning, was completed in under four hours, showcasing the system’s operational efficiency.
• Real-Time Registration: Automatic registration of scan positions during acquisition drastically reduced post-processing time and labor costs.

Efficiency That Meets Real-World Demands
In active public venues like the Taipei Dome, where events are held almost daily, downtime is a luxury. Surveying teams must work within tight operational windows, and any errors or delays can result in costly rework. The RIEGL VZ-600i’s speed, reliability, and precision proved essential in delivering results without compromise.

Dean Yang, President at Linkfast Technology Company commented on his impressions from the project:

“Unmatched speed, precision, and reliability—that’s our conclusion from the Taipei Dome scanning project. There’s simply no other solution capable of completing a project of this scale in such a short time with guaranteed data integrity using a single terrestrial scanner. This proves that RIEGL’s VZ-600i is the most competitive terrestrial laser scanner on the market.”

Marcos Garcia, Managing Director for RIEGL Asia Pacific commenting on the project’s success, noted:

“Linkfast did an incredible job showcasing the unique capabilities of the RIEGL VZ-600i. Where most terrestrial laser scanners struggle is precisely where the VZ-600i excels. Longer ranges and higher speeds are not a problem for the most versatile and efficient TLS scanner on the market for these purposes. The live demos truly highlighted its real-world performance—whether capturing high-density point clouds across complex terrains or operating flawlessly in dynamic environments, the VZ-600i continues to set the benchmark for innovation and reliability.”

The Taipei Dome project exemplifies how cutting-edge technology like the RIEGL VZ-600i is reshaping the future of structural surveying. By delivering rapid, high-fidelity data in one of the most demanding environments imaginable, the VZ-600i not only met expectations, it set a new benchmark for performance and reliability. As infrastructure grows more complex and time constraints more critical, RIEGL remains committed to empowering professionals with the tools they need to work smarter, faster, and with absolute confidence.

www.riegl.com

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