Success:
Batteries of any weight are easily ignorable when placed on the back of the wrist and or hand.
Problem 1:
Brand new factory produced gloves required significant bending stress applied for an extended period of time to the knuckle before any electronics are put inside.
Solution:
Machine is designed to fold and squash gloves / Buy capacitive bend sensors -> Research into price.
Problem 2:
The cheap motor vibrators take a split second amount of time to reach maximum output.
Solution:
Invest in more responsive but lower frequency motor vibrators / Introduce capacitance to the circuitry that builds up extra voltage.
Problem 3:
Wires are uncomfortable when they stick into the glove.
Solution:
Use ribbon cable and 3D print a container that fits the back of the hand comfortably.
Problem 4:
The motor vibrator wires are very fragile and tend to break and fray easily, which would not be ideal for something that is used in a glove
Solution:
Solder and mount the vibrator to a small circuitboard and hotglue the wires down to prevent any movement. 3D print an ergonomic case to house the vibrator in.
IMPACTVR 