Attach the NeoPixel stick to the electronics mount with M2.5 screws and nuts.

Insert a CR1220 coin cell battery into the RTC breakout.

Attach M2.5 stand-offs with M2.5 screws into the mounting holes above the NeoPixel stick on the electronics mount.

Attach the RTC breakout to the M2.5 stand-offs with M2.5 screws.

Plug in a STEMMA QT cable to the RTC breakout.

Peel off the paper covering the adhesive on the front of the oval speaker. Insert it into the mount at the top of Adabot's head.

Mount the button through the hole at the top of Adabot's head.

Insert the electronics mount into Adabot's head. Line up the mount's holes with the holes at the bottom of the head. Secure the mount with M2.5 screws and stand-offs in the mounting holes closest to the front of the head.

Insert M2.5 stand-offs into the mounting holes on the Feather. Secure them with M2.5 nuts. Plug the STEMMA QT cable from the RTC breakout into the STEMMA QT port on the Feather. Insert the wires from the components into the terminal screw block on the Feather:

• Speaker positive to Feather VO+
• Speaker negative to Feather VO-
• Button output to Feather Btn
• Button GND to Feather G
• NeoPixel GND to Feather G
• NeoPixel DIN to Feather Neo
• NeoPixel 5V to Feather 5V

The ground wires from the button and NeoPixel stick will both be inserted into the G terminal screw block together.

Mount the Feather to the electronics mount using M2.5 screws. The USB port should be lined up with the USB cut-out on the side of Adabot's head. The head has a lot of room for the component wires to be pushed in.

Finish up the build by closing up Adabot's head with the back lid.