 This research demonstrated that combining autonomous controllers with haptic feedback provides users of myoelectric upper limb prostheses with greater success in performing dexterous tasks without vision. The study found that vibrotactile feedback combined with synthetic reflexes was superior to both the standard prosthesis and a combination of pressure feedback and synthetic reflexes. Additionally, vibrotactile feedback and synthetic reflexes outperformed pressure feedback alone for grasp placement accuracy. This suggests that autonomous controllers and haptic feedback are beneficial for users of myoelectric upper limb prostheses when performing complex tasks without visual cues. This article was authored by Neha Thomas, Farima Fazlalahi, Catherine J. Kuckenbecker and others.