The accessibility focused pet treat dispenser is a voice-activated automatic dispenser with the purpose of dropping treats for the user’s pets automatically after receiving a user-set dispense phrase. The dispenser is capable of setting and storing three activation phrases that can be reset by the user and will persist through a system power reset. After receiving a dispense command, the dispenser will activate and drop treats within five seconds. The on-system microphone is capable of more than 80% accuracy when the user is within one meter of the dispenser. The system is capable of consistent dispense timing by using a hall effect sensor that is able to sense magnets set into the rotating disc of the dispenser. This allows for consistent rotation of the disc every time, even after a power reset. Key programming technologies implemented in this project include Arduino IDE, C++, HTML, and API communication. Mechanical key components include multiple custom CAD models used for 3D printing, with a DC brushed motor implemented to rotate the dispense disc. Key technologies include DC-DC converters, LEDs, custom PCB design, Raspberry Pi, and an ESP-32. A notable accomplishment is that the system was able to be activated from over a meter away.