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RT @Heavy02011: @diyrobocars : A Home-brew computer club* for Connected Autonomous Driving. talk at #piandmore @PiAndMore on Jan 23rd h…
RT @a1k0n: New blog post! Deep dive into my ceiling light based localization algorithm which runs in 1ms on a Raspberry Pi 3:
https://t.co/…
Great new guide to using @donkey_car
https://custom-build-robots.com/donkey-car-e-book-en
RT @chr1sa: The next @DIYRobocars virtual AI race is tomorrow morn at 9:00am PT. You can watch live on Twitch
https://www.meetup.com/DIYRobocars/events/275268196/
New version of Intel OpenBot! This resolves many of the issues with the first version, including a much smoother tr… https://twitter.com/i/web/status/1352395636369313798
RT @Heavy02011: @diyrobocars : A Home-brew computer club* for Connected Autonomous Driving on Jan 23rd, 2021 https://www.meetup.com/Connected-Autonomous-Driving/events/275728684/ #Meetu…
RT @Heavy02011: @diyrobocars Autonomous Driving Assembly at #rC3. join us at https://rc3.world/rc3/assembly/diyrobocars-f1tenth/ @f1tenth @DAVGtech @DWalmroth…
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Digital servos have frame rate ut to 333Hz (or around it) with 1520uSec mid-point, some servor - up to 560Hz with 760uSec mid-point!!!
The big problem is if you generate a command that stalls the servo. An out of range PWM frequency or duty cycle can get interpreted as a 360' movement. Hitech HS-56's burn out instantly if you do that. Haven't had any problem with Futaba S3102's at 200Hz.