Hybrid virtual reality object lifting matches real-world object lifting

= 15) lifted and stabilized an object with an asymmetric mass distribution. Across real-world and hybrid-VR conditions, the rate of anticipatory force control, trial-to-trial position-force adjustment, and switch-related interference were indistinguishable. These results demonstrate that hybrid-VR reproduces hallmark features of dexterous manipulation, providing a foundation for future studies isolating proprioceptive reliability.