Signal

Hello , All users of exosynk please give me suggestions to improve this project

const int Q1 = 3; const int Q2 = 5; const int Q3 = 6; const int Q4 = 9; void setup() { pinMode(Q1, OUTPUT); pinMode(Q2, OUTPUT); pinMode(Q3, OUTPUT); pinMode(Q4, OUTPUT); } void loop() { digitalWrite(Q1, HIGH); digitalWrite(Q3, HIGH); digitalWrite(Q2, LOW); digitalWrite(Q4, LOW); delay(10); digitalWrite(Q1, LOW); digitalWrite(Q3, LOW); delayMicroseconds(100); digitalWrite(Q2, HIGH); digitalWrite(Q4, HIGH); delay(10); digitalWrite(Q2, LOW); digitalWrite(Q4, LOW); delayMicroseconds(100); }

@exosynk/rc-car-v2 @exosynk/rc-car-v2 we build a real RC car

Check this out: Hello This is test of Video Post @L/yashpatil/hello-this-is-test-of-video-post

🚗 Meet the flagship ExoSynk demo: an autonomous RC car that drives itself, dodges obstacles, survives tilt, talks to a virtual BT remote, and displays live telemetry — all in your browser. • L298N H-bridge with real PWM • HC-SR04 obstacle avoidance via pulseIn() • MPU6050 tilt detection over I²C (full register map) • SSD1306 OLED + 8-LED NeoPixel status • Beveled-box 3D chassis with revolved tires (STL-exportable) • Live physics map — watch the car drive Same sketch runs on real hardware. Build virtually, ship physically. Attached lab is ready to fork. Tutorial linked below. ↓

🚗 Meet the flagship ExoSynk demo: an autonomous RC car that drives itself, dodges obstacles, survives tilt, talks to a virtual BT remote, and displays live telemetry — all in your browser. • L298N H-bridge with real PWM • HC-SR04 obstacle avoidance via pulseIn() • MPU6050 tilt detection over I²C (full register map) • SSD1306 OLED + 8-LED NeoPixel status • Beveled-box 3D chassis with revolved tires (STL-exportable) • Live physics map — watch the car drive Same sketch runs on real hardware. Build virtually, ship physically. Attached lab is ready to fork. Tutorial linked below. ↓

🚗 Meet the flagship ExoSynk demo: an autonomous RC car that drives itself, dodges obstacles, survives tilt, talks to a virtual BT remote, and displays live telemetry — all in your browser. • L298N H-bridge with real PWM • HC-SR04 obstacle avoidance via pulseIn() • MPU6050 tilt detection over I²C (full register map) • SSD1306 OLED + 8-LED NeoPixel status • Beveled-box 3D chassis with revolved tires (STL-exportable) • Live physics map — watch the car drive Same sketch runs on real hardware. Build virtually, ship physically. Attached lab is ready to fork. Tutorial linked below. ↓

Hello @yashpatil

v0.12.9 is live. Three new parts in the 2D lab: • ESP32 DevKit — full GPIO/analog/3V3 • Raspberry Pi Pico — GP0..GP15 + VBUS + 3V3 • Hobby servo — rotating arm follows the position prop 0..180° Plus: the DC motor actually spins in the sim now (direction follows current polarity, speed scales with amps). Built a demo that uses all of it — ESP32 driving a servo with a status LED. Five parts, twenty lines of code. Full walkthrough: @L/exosynk/esp32-servo-sweep Or just Get a free forkable copy: @exosynk/esp32-servo-sweep