r o v a

ball pickup tests

#22 | collab | 5.5.2018

ball pickup tests

#21 | collab | 5.5.2018

ball pickup tests

#20 | collab | 5.5.2018

pickup mechanism with 3D-printed parts and mounted on the car

#19 | nom nom | 5.3.2018

testing Canny edge detection

#18 | openCV | 5.3.2018

testing strict thresholding

#17 | openCV | 5.3.2018

a blueprint of the ball pick-up mechanism.

#16 | misc | 4.26.2018

pickup mechanism with new motor and less smoke

#15 | nom nom | 4.26.2018

FSM test with turning and tackle (a WIP pickup command)

#14 | vroom x OpenCV | 4.12.2018

testing distance calculation

#13 | OpenCV | 4.12.2018

four 90 degree n-point turns to create an "in-place-turning" substitute

#12 | vroom vroom | 4.12.2018

SSH-controlled car

#11 | vroom vroom | 4.5.2018

our water-wheel pickup mechanism attached to our weaker motor

#10 | nom nom | 4.5.2018

testing PWM with our weaker motor

#9 | nom nom | 4.5.2018

a prototype of our pick-up mechanism

#8 | nom nom | 3.29.2018

testing a basic FSM

#7 | vroom vroom | 3.29.2018

here's the RC car responding to PWM steering instructions. unfortunately, the servo's neutral position is quite offset.

#6 | vroom vroom | 3.22.2018

a blueprint of the ball pick-up mechanism.

#5 | nom nom | 3.22.2018

we gave an overview of our setup and managed to arm the ESC.

#4 | vroom x openCV | 3.22.2018

we couldn't arm the ESC, so we tried sending PWM signals after the transmitter did the arming for us.

#3 | vroom vroom | 3.8.2018

better tennis ball detection thanks to the presence of sunlight.

#2 | openCV | 3.8.2018

first attempt at tennis ball detection in a room with poor lighting and no sunlight.

#1 | openCV | 3.8.2018