32
_(levelUp.congrats)
_(levelUp.button.OK)
_(levelUp.button.share)
Click here to watch the latest ranked matches !
_(levelUp.congrats)
| _(rankInGame.thead.name) | _(rankInGame.thead.clan) | _(rankInGame.thead.score) | _(rankInGame.thead.souls) | _(rankInGame.thead.kill) | _(rankInGame.thead.death) | _(rankInGame.thead.mute) |
|---|
| _(rankInGame.thead.name) | _(rankInGame.thead.clan) | _(rankInGame.thead.score) | _(rankInGame.thead.souls) | _(rankInGame.thead.kill) | _(rankInGame.thead.death) | _(rankInGame.thead.mute) |
|---|---|---|---|---|---|---|
_(newGame.desc.zombie)
_(newGame.desc.team)
Free for all Deathmatch mode. Kill as many enemies as you can and try do die as little as possible. Dont team in this mode. Its all vs all!
1 versus 1 ranked mode. You get matched against another player in a 1 versus 1 battle. Both players have 5 lives. First player who dies 5 times, loses. Winner wins elo points and loser loses elo points.
| Score | 200 | Members | 2 |
|---|
...
Penguin
This code initializes the motor on M1 and spins it forward.
These break out the +5V, GND, and control lines for two hobby servo motors. They connect directly to Arduino's hardware timer pins (Digital Pins 9 and 10) for jitter-free PWM control. Logic and Control Pins (Occupied Pins)
Pins A0–A5 are broken out for sensors or as digital I/O .
The HW-130 allows you to control two DC motors or one stepper motor. It uses the L298P driver chip, which is mounted on the shield to handle the high currents that the Arduino cannot handle directly.
// Test Motor 2 Backward Serial.println("Motor 2 Backward"); digitalWrite(M2, LOW); // Set direction (Opposite logic) analogWrite(E2, 200); // Set speed delay(2000);
Most sellers just repost a messy schematic or a photo of the board. But don’t worry—I’ve dug through the reference designs and reverse-engineered the logic. Here is what the unofficial datasheet actually means for your project.
Summary
| Function | Arduino Pin | Description | | :--- | :---: | :--- | | | D10 | PWM control for Motor 1 (0-255 speed) | | M1 (Dir M1) | D12 | Direction control for Motor 1 (HIGH/LOW) | | E2 (Speed M2) | D11 | PWM control for Motor 2 (0-255 speed) | | M2 (Dir M2) | D13 | Direction control for Motor 2 (HIGH/LOW) |
The Ultimate Guide to the HW-130 Motor Control Shield for Arduino
The HW-130 shield uses two L293D motor driver ICs and one 74HCT595 shift register. This combination minimizes the number of Arduino pins required to drive your motors. 4.5V to 25V DC
3-pin header mapped directly to Arduino Digital Pin 10.
const int dirA = 12; const int speedA = 3;
int currentPin = A0; float voltage, current;
The is a powerful yet affordable expansion board that brings professional‑grade motor control to the Arduino ecosystem. Its L293D‑based design, combined with the 74HC595 shift register, delivers up to 4 DC motors or 2 stepper motors while occupying only a handful of I/O pins.
This code initializes the motor on M1 and spins it forward.
These break out the +5V, GND, and control lines for two hobby servo motors. They connect directly to Arduino's hardware timer pins (Digital Pins 9 and 10) for jitter-free PWM control. Logic and Control Pins (Occupied Pins)
Pins A0–A5 are broken out for sensors or as digital I/O .
The HW-130 allows you to control two DC motors or one stepper motor. It uses the L298P driver chip, which is mounted on the shield to handle the high currents that the Arduino cannot handle directly. hw 130 motor control shield for arduino datasheet
// Test Motor 2 Backward Serial.println("Motor 2 Backward"); digitalWrite(M2, LOW); // Set direction (Opposite logic) analogWrite(E2, 200); // Set speed delay(2000);
Most sellers just repost a messy schematic or a photo of the board. But don’t worry—I’ve dug through the reference designs and reverse-engineered the logic. Here is what the unofficial datasheet actually means for your project.
Summary
| Function | Arduino Pin | Description | | :--- | :---: | :--- | | | D10 | PWM control for Motor 1 (0-255 speed) | | M1 (Dir M1) | D12 | Direction control for Motor 1 (HIGH/LOW) | | E2 (Speed M2) | D11 | PWM control for Motor 2 (0-255 speed) | | M2 (Dir M2) | D13 | Direction control for Motor 2 (HIGH/LOW) |
The Ultimate Guide to the HW-130 Motor Control Shield for Arduino
The HW-130 shield uses two L293D motor driver ICs and one 74HCT595 shift register. This combination minimizes the number of Arduino pins required to drive your motors. 4.5V to 25V DC This code initializes the motor on M1 and spins it forward
3-pin header mapped directly to Arduino Digital Pin 10.
const int dirA = 12; const int speedA = 3;
int currentPin = A0; float voltage, current; Logic and Control Pins (Occupied Pins) Pins A0–A5
The is a powerful yet affordable expansion board that brings professional‑grade motor control to the Arduino ecosystem. Its L293D‑based design, combined with the 74HC595 shift register, delivers up to 4 DC motors or 2 stepper motors while occupying only a handful of I/O pins.