AeroPin™ Achieves USBC Certification, Marking a New Competitive Upgrade for Bowling Centers

Flying Bowling, a professional bowling equipment manufacturer, is proud to announce that its new-generation AeroPin™ String Pinsetter has officially achieved USBC certification. This milestone means AeroPin is now qualified for use in USBC-certified competition settings and reflects Flying Bowling’s continued progress in the development of advanced string pinsetter systems.

As a new-generation USBC-certified string pinsetter, AeroPin has undergone systematic upgrades focused on several key issues in bowling center operations, including pinsetting efficiency, pin placement accuracy, anti-tangling performance, space utilization, and routine maintenance. Compared with the first-generation model, AeroPin features a more mature structural design and operating logic. Below are five major upgrades that distinguish AeroPin from the previous generation.

1. Faster: Higher Pinsetting Efficiency

In bowling center operations, speed drives revenue. By redesigning its mechatronic control system, AeroPin has reduced the pinsetting cycle to less than 8 seconds, improving operating efficiency by 30% over the previous generation. For bowlers, this means a smoother pace of play; for bowling centers, it means higher lane turnover and more stable daily operations.

2. More Accurate: Higher Pin Placement Accuracy

USBC certification demands exceptionally high standards of pin placement accuracy. AeroPin replaces the conventional basic fixture with an upgraded cylindrical suspension structure. Working together with laser positioning technology and servo motor control, the system keeps pin placement error within ±2 mm and achieves a pin upright rate of over 99.9%. Compared with the first-generation model, AeroPin delivers more consistent pin placement performance and is better suited to formal competitions and high-standard training environments where consistency is critical.

3. More Stable: Enhanced Anti-Tangling Capability

String tangling has long been a common pain point in string pinsetter systems. To address this issue, AeroPin introduces an independent string-lifting system and further optimizes the string material, connection method, and routing structure.

• Upgraded Material: AeroPin uses multi-strand semi-flexible fine steel cable instead of ordinary rope.
• Improved Structure: The independent string-lifting system, combined with a universal connection design, reduces the risk of string crossing and tangling at the structural level.
• Intelligent Protection: A built-in high-sensitivity overload sensor automatically stops the machine when abnormal tension is detected, providing immediate protection. The string-untangling success rate reaches 100%

Through these improvements, the system delivers greater stability under high-frequency operation while also reducing downtime and maintenance risks caused by string tangling.

4. More Efficient: Better Space Utilization

AeroPin adopts a more compact ball-return hood and an optimized ball-return structure, reducing ball return time to approximately 4–5 seconds. This not only improves ball-return efficiency but also reduces the system’s overall footprint. As a result, the back-end layout of the bowling center becomes more flexible, while bowlers benefit from a more spacious approach area. This upgrade improves both the playing experience and overall venue space efficiency.

5. Easier to Maintain: Simpler Routine Maintenance

To help technical staff handle everyday maintenance more efficiently, AeroPin has been optimized in several practical ways:

• Visual Inspection: A highly transparent PC cover replaces the traditional fabric curtain, allowing operators to observe the machine’s internal operating status without stopping the machine.
• More Convenient Maintenance: Key string-adjustment points and service positions are arranged at the rear of the machine. Together with the LED touch interface and a dedicated maintenance ladder, routine inspection and servicing become easier and more efficient.

At the same time, hidden sensor installation and a composite shock-absorption system help reduce operating noise and extend mechanical service life, ensuring long-term stable and reliable performance.

Conclusion

Achieving USBC certification is not only recognition of AeroPin’s performance but also Flying Bowling’s commitment to bowling center operators worldwide. These technical upgrades represent more than structural refinement—they mark a comprehensive improvement in efficiency, stability, and serviceability across the entire system. For centers seeking to improve operational efficiency, optimize maintenance costs, and meet higher competition standards, AeroPin offers a more mature and dependable solution.