This study explored if an individual's aiming ability can be used to predict his or her overall performance in a precision assembly task. A tablet aiming test was developed. Ten participants in the Pilot group was asked to do both the tablet aiming test and the simulated assembly task to determine the number of trials that were required for participants to get familiar with each operation. Thirty participants in the Test group performed the both tasks at certain times based on the number of trials determined in the pilot test. Pearson correlation analysis shows that, among the seven performance measures extracted from the tablet aiming test, the Number of Miss (r = 0.39, p = 0.03), the Hit Rate (r = −0.38, p = 0.04), and the Miss Rate (r = 0.39, p = 0.03) each had a significant correlation with the time required to complete the simulated assembly task (p < 0.05). The findings provide insights into the potential development for predicting the efficiency of a precision assembly task.

这项研究探讨了个人的瞄准能力是否可以用来预测他或她在精密装配任务中的整体表现。开发了一种平板电脑瞄准测试。试点小组的十名参与者被要求同时进行数位板瞄准测试和模拟装配任务，以确定参与者熟悉每个操作所需的试验次数。测试小组中的30名参与者根据先导测试中确定的试验次数在特定时间执行了两项任务。皮尔逊相关分析表明，从平板电脑瞄准测试中提取的七个性能指标中 ，未命中数（r  = 0.39，p = 0.03），命中率（r  = -0.38，p = 0.04）， 而未命中率（r = 0.39，p  = 0.03）与完成模拟装配任务所需的时间均具有显着相关性（p  <0.05）。研究结果为预测精密组装任务的效率提供了潜在的发展见解。