The newly designed apparatus offers a novel approach to gauging the vertical mobility of rodents. This aspect, despite its significance in understanding the behavior of rodents inhabiting three-dimensional spaces, has remained relatively unexplored. Existing studies often fall short by solely focusing on XY positioning, overlooking the intricacies of vertical movement. Traditionally, the assessment of climbing behavior and vertical mobility has relied on labor-intensive manual procedures across various scientific domains. These investigations span from inquiries into muscle functionality (Ueno et al., 2022) to explorations of antidepressant efficacy (Perona et al., 2008), stroke pathophysiology (Jin et al., 2017), Parkinson’s disease mechanisms (Sundstrom et al., 1990), gender disparities in behavior (Borbelyova et al., 2019), locomotor activity patterns and kinematics (Green et al., 2012), and the effects of neuroleptic medications and dopamine agonists (Costall et al., 1982; Pinsky et al., 1988; Medvedev et al., 2013). Moreover, investigations into XYZ activity (Wexler et al., 2018), opioid receptor modulation (Michael-Titus et al., 1989), and the management of neuropathic and cancer-induced pain (Falk et al., 2017) have also been conducted. The Climbing System represents a significant advancement in this area, aiming to furnish researchers with a streamlined and automated solution for quantifying vertical climbing behavior within a cylindrical framework. This innovation promises to cater to the needs of scientists interested in unraveling the complexities associated with this crucial parameter in their respective research endeavors.