Cao ljudi, pocecu u ovom postu polako da ubacujem sve vezano za ovaj projekat, pa da mozemo da nastavimo dalji razvoj ukoliko ima voljnih i zainteresovanih. Osnovne parametre cu pisati na engleskom, kako bismo povecali citljivost.
Project:
- USB device, no need for drivers, Windows reports it as Joystick with FFB capability
- based on microcontroler Arduino Leonardo
- replacement or upgrade for Logitech G29 or Thrustmaster T300
Functions (software):
- 1 analog axis for 16bit steering (optical encoder)
- 3 analog axis for 12bit pedals (load cell brake supported)
- 16 press buttons (separate Arduino Nano as button box)
- FFB output with 2 channel PWM (adjustable modes, frequency and resolution)
- 500Hz USB polling rate, 500Hz FFB calculation rate
- full 16bit FFB effects (no custom force)
To be done:
- selection of FFB actuator and its driver board or circuit (dc brushed motor, dc brushless motor, AC servo motor..)
- mechanical design (gear drive, belt drive, direct drive..)
Project:
- USB device, no need for drivers, Windows reports it as Joystick with FFB capability
- based on microcontroler Arduino Leonardo
- replacement or upgrade for Logitech G29 or Thrustmaster T300
Functions (software):
- 1 analog axis for 16bit steering (optical encoder)
- 3 analog axis for 12bit pedals (load cell brake supported)
- 16 press buttons (separate Arduino Nano as button box)
- FFB output with 2 channel PWM (adjustable modes, frequency and resolution)
- 500Hz USB polling rate, 500Hz FFB calculation rate
- full 16bit FFB effects (no custom force)
To be done:
- selection of FFB actuator and its driver board or circuit (dc brushed motor, dc brushless motor, AC servo motor..)
- mechanical design (gear drive, belt drive, direct drive..)