Ladion Automotive Parts and Services

Ladion Automotive Parts and Services Repair of all automotive vehicles

Car's Braking System breakdown! 🔧🚗 🚀
19/11/2025

Car's Braking System breakdown! 🔧🚗

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🔩The image displays four common automotive relays, which are electrically operated switches used to control higher power...
21/07/2025

🔩The image displays four common automotive relays, which are electrically operated switches used to control higher power circuits with a lower power signal.

🔩Each relay is labeled with its specific function:

👉Start Relay (Black):
This relay is crucial for initiating the engine's starting process, typically activating the starter motor.

👉Fuel Pump Relay (Red):
This relay controls the power supply to the fuel pump, ensuring fuel is delivered to the engine.

👉Fan Relay (Blue):
This relay manages the operation of the cooling fan, which helps regulate the engine's temperature.

👉High Beam Relay (Grey):
This relay controls the high beam headlights, allowing for brighter illumination when needed.

13/07/2025

Sa may SASAKYAN dyan,,,, gani to ang ingay na maaring marinig nyo habang kayo at nagmamaneho.

Layer parts of engine
24/06/2025

Layer parts of engine

Unlocking the Brain of Your Car: The Engine Control Module (ECM)What Is the ECM?Ever wondered how your car keeps everyth...
18/06/2025

Unlocking the Brain of Your Car: The Engine Control Module (ECM)

What Is the ECM?
Ever wondered how your car keeps everything running smoothly? The answer lies in the Engine Control Module (ECM)—also known as the Engine Control Unit (ECU). This is your car’s onboard computer, responsible for managing engine performance. By collecting data from a network of sensors, the ECM adjusts various engine functions to maximize fuel efficiency, reduce emissions, and deliver reliable performance.

Key Components the ECM Monitors and Controls:

Bank Angle Sensor – Detects the tilt of the vehicle, important for safety and stability.

Fuel Pump – Supplies fuel from the tank to the engine.

MAP Sensor (Manifold Absolute Pressure) – Measures pressure inside the intake manifold.

TPS (Throttle Position Sensor) – Tracks the position of the throttle valve.

Crank Position Sensor – Reads the position and speed of the crankshaft.

Ignition Coil – Generates the high voltage needed for spark plugs to ignite fuel.

Intake Air Temperature Sensor – Gauges the temperature of incoming air.

Speed Sensor – Monitors vehicle speed.

Fuel Injectors – Precisely spray fuel into engine cylinders.

Oxygen (O2) Sensors – Analyze oxygen levels in the exhaust to optimize combustion.

Engine Temperature Sensors – Monitor engine heat levels to prevent overheating.

Idle Air Control Valve (or Solenoid) – Regulates airflow into the engine when idling.

How It All Comes Together:
The ECM acts like a conductor in an orchestra—taking input from all these sensors and making real-time adjustments. It fine-tunes fuel injection, ignition timing, and other parameters to keep the engine running efficiently. It also performs self-checks, logs trouble codes, and alerts you when something isn’t right.

Why It Matters:
Knowing how the ECM works can give you insight into engine performance and potential issues. If your car starts acting up—such as poor gas mileage, stalling, or loss of power—a malfunctioning sensor or ECM could be to blame. Understanding these components can help you communicate better with mechanics or even troubleshoot minor issues yourself.

17/06/2025

Mga uri ng usok ng sasakyan at ang dahilan nito

đź“Ś Disc Brakes vs Drum Brakes Explained: Pros, Cons, and Which One You Should Choose:Drum and disc brakes are the two mos...
02/06/2025

đź“Ś Disc Brakes vs Drum Brakes Explained: Pros, Cons, and Which One You Should Choose:

Drum and disc brakes are the two most commonly used braking systems in cars. Though both serve the same purpose—slowing down or stopping a vehicle—they differ significantly in design, performance, and application.

1. Drum Brake System

Working Principle:
Drum brakes consist of a brake drum attached to the wheel. Inside the drum, there are brake shoes and a wheel cylinder. When the brake pedal is pressed, hydraulic pressure pushes the brake shoes outward, pressing against the inner surface of the drum to create friction and slow the vehicle.

---> Pros:

🔹 Cost-effective: Drum brakes are cheaper to manufacture and maintain.

🔹 Better for parking brake systems: They naturally hold better due to internal shoe placement.

🔹 Longer life in enclosed systems: Since the components are inside a drum, they are less exposed to dirt and moisture.

---> Cons:

🔹 Heat dissipation is poor: The enclosed design retains heat, leading to brake fade under heavy use.

🔹 Less effective in wet conditions: Moisture can reduce braking efficiency.

🔹 Heavier and bulkier: A more complex design makes them heavier than disc brakes.

2. Disc Brake System

Working Principle:
Disc brakes use a metal disc (rotor) attached to the wheel. A caliper containing brake pads clamps onto the rotor when the brake pedal is applied, creating friction to stop the wheel.

---> Pros:

🔹 Superior heat dissipation: Open design allows for better cooling, reducing brake fade.

🔹 Consistent performance: Works effectively in both dry and wet conditions.

🔹 Easier to inspect and service: Components are more accessible for maintenance.

🔹 Lighter and compact: Better for modern car design and handling.

---> Cons:

🔹 More expensive: Both manufacturing and maintenance costs are higher.

🔹 Less self-energizing: Unlike drum brakes, they need more force or assistance from the brake booster.

CAR AIR CONDITION SYSTEM The car air-conditioning (AC) system ensures a comfortable cabin by cooling and eliminating air...
02/06/2025

CAR AIR CONDITION SYSTEM

The car air-conditioning (AC) system ensures a comfortable cabin by cooling and eliminating air moisture. Using a closed loop cooling process to remove the heat from the cabin and release it outside.

KEY COMPONENT:

1. Compressor
Refrigerant gas compression and circulating through the system.

2. Condenser
Cooling refrigerant gas, turning it into a high-pressure liquid by releasing heat.

3. Receiver Drier / Accumulator
Removes moisture and filters dirt from the refrigerator.

4. Extension Valve / Or***ce Tube
Lowering refrigerant pressure before entering the evaporator.

5. Evaporator
Soaking up the heat from the cabin air, cooling it down before departing back.

6. Blower Fans
Distributing the cool air in the cabin.

7. Cooling off
The fluid responsible for bringing heat to the whole system.

HOW IT WORKS:
Low pressure refrigerant compressor becomes high pressure gas.
Cooling flows to the condenser, where it releases heat and boils into liquid.
Liquid coolant travels through the extension valve, lowers the pressure and temperature.
In an evaporator, a refrigerant absorbs the heat from the cabin air and turns it into gas. The blower fan spreads cool air.
Refrain back to compressor to repeat cycle.

ADVANTAGES:
Keeping the cabin cool and comfortable in the hot weather.
Reduce humidity, prevent window fogging.
Improve driver's focus and reduce fatigue during long journeys.

COMMON PROBLEM:
Weak or warm air flow.
The awesome sounds of an air conditioning system.

THE STINK.
Refrigerator leak or visible component damage.

Color code for Car electrical wiring
23/05/2025

Color code for Car electrical wiring

Types of Automotive Steering 🛞Mechanical Steering ⚙️ – A traditional system that uses physical linkages and gears to ste...
21/05/2025

Types of Automotive Steering 🛞

Mechanical Steering ⚙️ – A traditional system that uses physical linkages and gears to steer the wheels.

Hydraulic Steering 💧 – Uses hydraulic fluid pressure to assist steering, making it easier to turn the wheel.

Electro-Hydraulic Steering ⚡💧 – Combines electric power with hydraulic assistance for better efficiency and control.

Electric Steering (EPS) 🔋 – Not shown in the image but commonly used today; relies entirely on electric motors to assist steering, improving fuel efficiency and precision.

Functions of Electronic Control Unit or ECU
09/05/2025

Functions of Electronic Control Unit or ECU

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