Is your Perodua Axia 2017 Advance driver-side door handle broken or loose? You're not alone—this is a common issue due to internal plastic cracking. In this guide, we’ll walk you through the full replacement process based on an actual repair done on the Axia RH (right-hand) driver’s side.
Driver Door Handle Replacement (Right Side)
🪛 Step-by-Step Instructions
Step 1: 🔍Identify the Problem
The door handle is cracked inside and feels loose. This makes it impossible to open the door from the outside—a clear sign that the internal plastic mechanism has failed.
Step 2: 🧩Disassemble the Door Panel
Start by accessing the internal door components:
Remove the screw near the inner door handle.
Slightly pull out the rear part of the armrest and insert a trim tool to lift it fully.
Disconnect the mirror control connector.
Remove the screw at the rear of the panel.
Detach the lower door frame bracket garnish (RH).
Remove the door glass run channel if necessary.
Step 3: 🔧Remove the Trim Panel (Clip Disengagement)
Before removing the full door panel:
Disengaged the specific clip shown in the video using a pry tool or flathead screwdriver
Carefully work your way around the panel, prying out the clips one by one.
Step 4: 🛡️Access the Handle Area
Once the panel is off:
Carefully peel back the plastic moisture barrier to access the inner door mechanism.
Step 5: 🔩Remove the Broken Handle
Remove the bolts holding the handle from the inside.
Disconnect the door lock linkage and electrical connector (for the handle button).
Pull out the broken handle—it should be visibly cracked or snapped.
Step 6: 🆕Install the New Handle
Insert the new handle from the outside.
Reconnect the lock linkage and electrical connector.
Step 7: 🧱Reassemble the Door Panel
Install all components in the reverse order of removal.
Reapply the plastic moisture barrier.
Reinstall the door glass run channel.
Reattach the door trim panel by engaging the clip as shown in the video.
Reconnect the control window switch connector and snap the panel back into place.
Step 8: ✅Final Test
Press the lock/unlock button on the handle to ensure the electronics work.
Open and close the door several times to confirm smooth operation.
✅ Conclusion
Replacing a broken driver-side door handle on the Perodua Axia 2017 Advance might seem like a job for the workshop, but with the right tools and a bit of patience, it’s a DIY task you can confidently handle at home.
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Installing a screen protector shouldn’t feel like rocket science. With WSKEN’s automatic installation kit, you can get a perfect fit with zero dust and zero bubbles — even if it's your first time. In this post, we’ll walk you through the exact steps from our YouTube tutorial on installing the WSKEN screen protector for the iPhone 15 Pro Max.
WSKEN auto-install kit for iPhone 15 Pro Max
📦 What’s Inside the WSKEN Kit?
When you open the box, you’ll get:
WSKEN screen protector for iPhone 15 Pro Max
2 tempered glass screen protectors
A scraper to remove bubbles on the screen protector
2 x Tempered Glass Screen Protectors
2 x Installation Tools (auto-alignment box)
1 x Scraper
1 x Manual
Cleaning tools: wet wipes, dry cloth, and dust absorber
Everything is packed to make your install quick and error-free.
Step-by-Step Instructions
Step 1: Remove Your Old Protector
Start by gently peeling off any cracked or old screen protector.
Take your time — avoid scratching the screen
Step 2: Align the New Screen Protector
Next, insert one of the new screen protectors into the top part of the installation box.
Use the alignment holes so it locks perfectly into place
Step 3: Place Your Phone and Clean the Screen
Put your iPhone 15 Pro Max into the base of the installation box. Use the provided wet wipe, microfiber cloth, and dust absorber to clean the screen thoroughly.
Use a wet wipe to remove dirt, grease and etc.
After using the wet wipe, dry the screen completely with the microfiber cloth.
Dab or tap the sticker across the screen to lift off any leftover dust before installing the screen protector
Step 4: Close the Box
Close the lid.
Your phone is now sealed in and protected from any airborne dust during the next step.
Step 5: Pull the Release Film
Grab the orange pull tab and slide it smoothly. Wait around 20 seconds to let bubbles naturally push out. Then, press on the marked center (usually where the fingerprint reader icon is) to secure the center adhesion.
This automatically applies the screen protector, aligned and leveled by the tray system.
Step 6: Remove the Protective Layer
Peel off the top film from the screen protector.
Your iPhone should now look clean, clear, and polished.
Step 7: Fix Any Remaining Bubbles
If you see any bubbles left, use the included scraper to push them gently toward the edges.
Apply light, even pressure—don’t press too hard.
Step 8: Final Touch — Test Sensitivity
Give the screen a final wipe with the cloth, then unlock your phone, swipe, and type.
Check if the screen is still responsive — it should feel just like the bare screen.
✅ Conclusion
Installing the WSKEN screen protector is quick and easy. With the tools provided—wet wipe, cloth, dust absorber, and scraper—you can get a clean, bubble-free result in just a few steps.
It’s perfect for anyone who wants a smooth, stress-free installation. No dust, no mess, just a clear and protected screen for your iPhone 15 Pro Max.
If you found this helpful, don’t forget to like the video, leave a comment, and subscribe to our channel for more tech tips and tutorials! Your support means a lot. 🙌
OLED displays are a great way to bring interactivity and visual feedback to your electronics projects. In this tutorial, we’ll walk you through how to test a 1.3-inch OLED display using an Arduino Uno and the GyverOLED library — one of the simplest and fastest ways to get started with I²C OLED modules using the SSH1106 driver.
OED 1.3" with Arduino
📏 OLED 1.3" Specifications
Here’s a quick overview of the OLED 1.3"specifications:
OLED 1.3" specifications
Components Required
To get started, you will need the following components:
Components required for this tutorial
✅ Arduino UNO board
✅ OLED 1.3"
✅ Jumper Wires
✅ USB cable for Arduino
🛠️ Circuit Wiring
Here’s how to wire the components correctly:
Connection OLED 1.3"
The connection between OLED 1.3" and Arduino
Wiring diagram
✅ VCC (OLED) → 5V
✅ GND (OLED)→ GND
✅ SCL (OLED) → A5
✅ SDA (OLED) → A4
Install the GyverOLED Library
To make coding easy, we’ll use the GyverOLED library by AlexGyver. Open the Arduino IDE > Go to Sketch > Include Library > Manage Libraries > In the Library Manager, search for "GyverOLED" > Click Install.
This library is lightweight, fast, and supports SSH1106 out of the box.
Programming the Arduino
Here’s a simple sketch to display "HELLO WORLD" on OLED, or you can download the code HERE.
#include <GyverOLED.h>
GyverOLED oled;
void setup() {
oled.init(); // Initialize the OLED
oled.clear(); // Clear the display
oled.setScale(2); // Set text size slightly smaller
oled.setCursor(10, 2); // Set cursor position
oled.print("HELLO WORLD"); // Display text
oled.update(); // Refresh the display
}
void loop() {
// Nothing needed in loop for a simple test
}
Open Arduino IDE and copy-paste the code
🧪 Test
Once the code is uploaded and your wiring is correct, you should see "HELLO WORLD". Displayed on the OLED in white or blue, depending on your module. If nothing shows up, double-check your I²C connections and OLED address.
"HELLO WORLD" blue display characters
📌 Conclusion
And that’s it! You’ve successfully tested your 1.3” OLED display using Arduino and the GyverOLED library. What you learned: OLED wiring via I2C, installing and using GyverOLED, and displaying text using Arduino.
If you’re looking for a beginner-friendly, flexible way to add multiple user inputs to your Arduino projects, the Membrane Keypad 3×4 is a fantastic option. In this tutorial, we’ll learn how to connect a 3×4 membrane keypad to an Arduino Uno and display button presses in the Serial Monitor using basic wiring and a simple Arduino sketch — no extra libraries needed!
Membrane keypad 3x4 with Arduino
📌 What is a Membrane Keypad 3x4?
A Membrane Keypad 3×4 is a compact, ultra-slim keypad featuring twelve individual keys arranged in a 3-column × 4-row grid. It works by closing a circuit when a key is pressed, creating contact between conductive layers inside the membrane. This type of keypad is lightweight, reliable, and commonly used in home appliances, control panels, password systems, and DIY electronics.
📏 Membrane Keypad 3x4 Specifications
Here’s a quick overview of the module’s specifications:
Membrane keypad 3x4 specifications
Components Required
To get started, you will need the following components:
Components required for this tutorial
✅ Arduino UNO board
✅ Membrane Keypad 3x4
✅ Jumper Wires
✅ USB cable for Arduino
🛠️ Circuit Wiring
Here’s how to wire the components correctly:
Connection membrane keypad 3x4
The connection between membrane keypad 3x4 and Arduino
Wiring diagram
✅ Keypad Pin 1 → Arduino Pin 6
✅ Keypad Pin 2 → Arduino Pin 7
✅ Keypad Pin 3 → Arduino Pin 8
✅ Keypad Pin 4 → Arduino Pin 2
✅ Keypad Pin 5 → Arduino Pin 3
✅ Keypad Pin 6 → Arduino Pin 4
✅ Keypad Pin 7 → Arduino Pin 5
Programming the Arduino
Here’s a simple sketch to detect button presses and display them on the Serial Monitor, or you can download the code HERE.
const int ROWS = 4;
const int COLS = 3;
const int rowPins[ROWS] = {5, 4, 3, 2};
const int colPins[COLS] = {8, 7, 6};
char keys[ROWS][COLS] = {
{'1', '2', '3'},
{'4', '5', '6'},
{'7', '8', '9'},
{'*', '0', '#'}
};
void setup() {
Serial.begin(9600);
for (int i = 0; i < ROWS; i++) {
pinMode(rowPins[i], INPUT_PULLUP);
}
for (int i = 0; i < COLS; i++) {
pinMode(colPins[i], OUTPUT);
digitalWrite(colPins[i], HIGH);
}
}
void loop() {
for (int c = 0; c < COLS; c++) {
digitalWrite(colPins[c], LOW);
for (int r = 0; r < ROWS; r++) {
if (digitalRead(rowPins[r]) == LOW) {
Serial.println(keys[r][c]);
delay(200); // Debounce delay
while (digitalRead(rowPins[r]) == LOW);
}
}
digitalWrite(colPins[c], HIGH);
}
}
Open Arduino IDE and copy-paste the code
🧪 Testing the GSM Module
After uploading the code to your Arduino, open the Serial Monitor in the Arduino IDE and press each button on the 3x4 keypad.
You should see outputs like this when each button is pressed.
📌 Conclusion
That’s it — a simple, practical way to connect a Membrane Keypad 3×4 to an Arduino Uno and read user inputs via the Serial Monitor. This setup is ideal for beginner projects like password entry systems, digital locks, calculators, or menu navigation.
