Globex Driving Academy

26/02/2026

FIRE 🔥 SAFETY:
Vehicle fires can happen due to fuel leaks, electrical faults, overheating, accidents, or poor maintenance. Understanding vehicle fire safety helps prevent fires and ensures quick, safe action if one occurs.

🔥 Common Causes of Vehicle Fires
1. Fuel system leaks – Petrol or diesel leaks can ignite easily.
2. Electrical faults – Short circuits, damaged wiring, or battery issues.
3. Overheating engine – Poor cooling system maintenance.
4. Oil leaks – Oil dripping onto hot engine parts.
5. Accidents – Collisions may damage fuel lines or electrical systems.
6. Improper modifications – Poorly installed accessories.

🛡️ Fire Prevention Tips

1️⃣ Regular Maintenance
• Check fuel lines and tanks for leaks.
• Inspect electrical wiring.
• Maintain proper engine cooling system.
• Fix oil leaks immediately.

2️⃣ Carry a Fire Extinguisher
• Keep a small ABC dry powder fire extinguisher in your vehicle.
• Ensure it is easily accessible and not expired.
• Know how to use it (PASS method):
• Pull the pin
• Aim at the base of the fire
• Squeeze the handle
• Sweep side to side

3️⃣ Safe Driving Habits
• Avoid overloading the vehicle.
• Do not smoke inside the vehicle.
• Turn off the engine when refueling.
• Avoid transporting flammable materials improperly.

🚨 What To Do If Your Vehicle Catches Fire
1. Stop immediately in a safe place.
2. Turn off the engine.
3. Evacuate everyone from the vehicle.
4. Move at least 30 meters away.
5. Call emergency services.
6. Use a fire extinguisher only if the fire is small and manageable.
7. Do NOT open the hood fully if fire is inside—open slightly and spray.

⚠️ Important Safety Reminders
• Never pour water on a fuel fire.
• Do not attempt to fight a large fire.
• Keep children away from the scene.
• Regular servicing greatly reduces fire risk.

✅ Benefits of Vehicle Fire Safety Awareness
• Protects lives
• Reduces property damage
• Prevents injuries
• Ensures quick emergency response
• Promotes responsible vehicle ownership

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26/02/2026

Can Defensive Driving Save Your Life??

✅🚗Defensive driving techniques are safe driving strategies that help you anticipate potential hazards, reduce risks, and avoid accidents—even when other drivers make mistakes.

1. Stay Alert and Focused
• Keep your full attention on the road.
• Avoid distractions (phone use, eating, adjusting controls).
• Regularly scan mirrors and check blind spots.

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2. Maintain a Safe Following Distance
• Follow the 3-second rule (increase to 4–6 seconds in bad weather).
• This gives you enough time to react if the vehicle ahead stops suddenly.

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3. Anticipate Other Drivers’ Actions
• Expect sudden lane changes or braking.
• Watch for signs of distracted or aggressive drivers.
• Be cautious at intersections — many accidents happen there.

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4. Control Your Speed
• Follow speed limits.
• Adjust speed based on road, traffic, and weather conditions.
• Slow down in rain, fog, or heavy traffic.

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5. Use Proper Lane Discipline
• Stay in your lane.
• Avoid unnecessary lane changes.
• Use indicators/signals early.

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6. Be Prepared for Emergencies
• Keep both hands on the steering wheel (9 and 3 position).
• Know how to react to skidding or brake failure.
• Keep your vehicle well-maintained.

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7. Observe Road Signs and Markings
• Pay attention to traffic signals and warning signs.
• Follow road markings for safe lane usage and turning.

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8. Stay Calm and Avoid Road Rage
• Do not engage with aggressive drivers.
• Stay patient in traffic.
• Focus on safety, not winning the road.

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9. Adjust to Weather and Road Conditions
• Increase following distance in rain or fog.
• Use headlights appropriately.
• Avoid sudden braking on slippery roads.

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10. Always Plan an Escape Route
• Leave space on at least one side of your vehicle.
• Be aware of shoulders or safe areas in case you need to move quickly.

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In Simple Terms:

Defensive driving means driving in a way that protects you from accidents caused by others’ mistakes.

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21/02/2026

🚦 Benefits of Road Safety Signs & Road Markings

Road safety signs and road markings play a crucial role in maintaining order, preventing accidents, and ensuring smooth traffic flow.

🔥For a driving school like Globex Driving Academy, understanding these benefits is essential for every learner driver and our advanced drivers.

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30/01/2026

1. Regulatory (Mandatory) Signs

🔴 Purpose: Tell road users what they must or must not do. These are legally enforceable.

Sub-types & Examples
Prohibitory Signs (Red circle)
• No Entry
• No U-Turn
• No Overtaking
• Speed Limit
Mandatory Signs (Blue circle)
• Turn Left Only
• Keep Right
• Roundabout
Control Signs
• STOP
• GIVE WAY (Yield)

📌 Failure to obey = traffic offence

2. Warning (Cautionary) Signs

⚠️ Purpose: Warn drivers of potential hazards ahead so they can slow down or prepare.

Examples
• Sharp Bend
• Slippery Road
• Pedestrian Crossing
• School Zone
• Steep Hill
• Road Narrows

📐 Shape: Usually Red triangle
🎨 Color: White background with black symbols

3. Informative (Guide) Signs

ℹ️ Purpose: Provide useful information to help drivers navigate and make decisions.

Sub-types & Examples
• Direction Signs
• City names and distances
• Route numbers
• Service Signs
• Hospital
• Petrol Station
• Parking
• Rest Area
• Location / Facility Signs
• Bus Stop
• Taxi Stand
• Airport

🎨 Common Colors: Blue, Green, or White

4. Temporary / Road Work Signs

🚧 Purpose: Warn or guide traffic during construction, maintenance, or emergencies.

Examples
• Men at Work
• Diversion Ahead
• Temporary Speed Limit
• Lane Closed

🎨 Color: Orange or Yellow
📍 Use: Short-term situations only

5. Supplementary (Additional) Signs

➕ Purpose: Provide extra information to support another sign.

Examples
• Distance: “200 m”
• Time restrictions: “6am – 6pm”
• Vehicle type: “Trucks Only”

📌 Always used with a main sign

6. Special Road Markings & Signals (Often grouped with signs)

Although not upright signs, they are part of road safety control:
• Traffic Lights 🚦
• Pedestrian Crossings (Zebra)
• Lane Markings
• Stop Lines
• Arrows

Quick Memory Trick
• Regulatory → Obey it
• Warning → Prepare for danger
• Informative → Find your way
• Temporary → Be alert
• Supplementary → More details

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19/01/2026

Summary: Vehicle Lubricating System

The vehicle cooling system is essential for engine longevity, performance, and safety. It ensures the engine operates at a safe temperature, prevents thermal stress, and maintains fuel efficiency. Proper maintenance of coolant, hoses, and radiator is critical to avoid overheating and engine damage.

26 likes, 3 comments. “✅Prt 3: Vehicle Systems( Lubricating Systems) ⚠️Have you wondered how the engine prevents wear and tear of engine mechanical parts? ⚠️Have you wondered how engine temperature is also controlled? All this is possible with the proper functioning of the Lubricating Sy...

19/01/2026

Vehicle Cooling System Overview

The vehicle cooling system is a critical subsystem of an internal combustion engine designed to maintain optimal operating temperature. Engines generate large amounts of heat during combustion, and without proper cooling, excessive heat can cause engine damage, reduced efficiency, or failure.

The primary purpose of the cooling system is to remove excess heat from the engine block and cylinder head, prevent overheating, and maintain a consistent temperature for efficient combustion and mechanical reliability.

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Types of Vehicle Cooling Systems
1. Liquid Cooling System (most common)
• Uses coolant (water + antifreeze) circulated through the engine block and cylinder head.
• Components:
• Radiator: Dissipates heat to the atmosphere.
• Water Pump: Circulates coolant through the engine and radiator.
• Thermostat: Regulates coolant flow to maintain temperature.
• Hoses and Pipes: Direct coolant flow.
• Cooling Fan: Increases airflow across the radiator when vehicle speed is low.
• Technical Note: Maintains engine temperature in an optimal range (typically 80–105°C).
2. Air Cooling System
• Uses airflow over fins attached to the engine to remove heat.
• Common in motorcycles, scooters, and small engines.
• Simpler design but less effective at high loads or in extreme heat.

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Technical Functions
• Heat Transfer: Coolant absorbs heat from the engine block and carries it to the radiator.
• Temperature Regulation: Thermostat ensures the engine stays within optimal temperature limits.
• Prevention of Overheating: Protects engine components such as pistons, valves, and gaskets.
• Enhances Efficiency: Optimal temperature improves fuel combustion and reduces emissions.

26 likes, 3 comments. “✅Prt 3: Vehicle Systems( Lubricating Systems) ⚠️Have you wondered how the engine prevents wear and tear of engine mechanical parts? ⚠️Have you wondered how engine temperature is also controlled? All this is possible with the proper functioning of the Lubricating Sy...

19/01/2026

Summary: Vehicle Cooling System

The vehicle cooling system is essential for engine longevity, performance, and safety. It ensures the engine operates at a safe temperature, prevents thermal stress, and maintains fuel efficiency. Proper maintenance of coolant, hoses, and radiator is critical to avoid overheating and engine damage.

Check out Globex Driving Academy’s video.

19/01/2026

Vehicle Cooling System Overview

The vehicle cooling system is a critical subsystem of an internal combustion engine designed to maintain optimal operating temperature. Engines generate large amounts of heat during combustion, and without proper cooling, excessive heat can cause engine damage, reduced efficiency, or failure.

The primary purpose of the cooling system is to remove excess heat from the engine block and cylinder head, prevent overheating, and maintain a consistent temperature for efficient combustion and mechanical reliability.

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Types of Vehicle Cooling Systems
1. Liquid Cooling System (most common)
• Uses coolant (water + antifreeze) circulated through the engine block and cylinder head.
• Components:
• Radiator: Dissipates heat to the atmosphere.
• Water Pump: Circulates coolant through the engine and radiator.
• Thermostat: Regulates coolant flow to maintain temperature.
• Hoses and Pipes: Direct coolant flow.
• Cooling Fan: Increases airflow across the radiator when vehicle speed is low.
• Technical Note: Maintains engine temperature in an optimal range (typically 80–105°C).
2. Air Cooling System
• Uses airflow over fins attached to the engine to remove heat.
• Common in motorcycles, scooters, and small engines.
• Simpler design but less effective at high loads or in extreme heat.

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Technical Functions
• Heat Transfer: Coolant absorbs heat from the engine block and carries it to the radiator.
• Temperature Regulation: Thermostat ensures the engine stays within optimal temperature limits.
• Prevention of Overheating: Protects engine components such as pistons, valves, and gaskets.
• Enhances Efficiency: Optimal temperature improves fuel combustion and reduces emissions.

Check out Globex Driving Academy’s video.

19/01/2026

1. Vehicle Fire Safety Overview

A vehicle fire can occur due to electrical faults, fuel leaks, overheating, engine malfunctions, or collisions. Fire safety in vehicles involves preventive measures, early detection, and safe response to minimize damage, injury, and fatalities.

From an engineering perspective, modern vehicles are designed with fire-resistant materials, insulated wiring, and safety systems to reduce the likelihood of fire. Understanding engine compartments, fuel lines, battery systems, and exhaust systems is critical in preventing fire hazards.

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2. Common Causes of Vehicle Fires
1. Fuel System Leaks
• Gasoline, diesel, or LPG leaks can ignite near hot engine parts or sparks.
2. Electrical Faults
• Short circuits, exposed wiring, or battery malfunctions can create sparks.
3. Engine Overheating
• Excessive heat from the engine, brakes, or exhaust can ignite flammable fluids.
4. Collisions or Accidents
• Mechanical damage may rupture fuel tanks or electrical components, starting fires.
5. Improper Maintenance
• Oil or grease accumulation in hot engine compartments can be a fire risk.

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3. Vehicle Fire Safety Measures
• Regular maintenance: Check fuel lines, wiring, brakes, and engine condition.
• Fire-resistant compartments: Engine bay insulation and heat shields prevent ignition.
• Fire extinguishers: Carry class B/C or ABC dry chemical extinguishers in the vehicle.
• Emergency planning: Keep exits clear and educate passengers on evacuation procedures.
• Battery safety: For electric or hybrid vehicles, follow manufacturer guidelines to prevent thermal runaway.

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4. Firefighting Techniques
1. Immediate Action
• Stop the vehicle safely, switch off ignition, and evacuate passengers.
• Call emergency services if fire is large or spreading.
2. Use of Fire Extinguishers
• Class B / C / ABC dry chemical extinguishers are most suitable for fuel and electrical fires.
• Aim at the base of the flames, not the top.
• Maintain a safe distance and approach from upwind direction if outdoors.
3. Do Not Use Water
• Water can spread fuel fires and conduct electricity in battery/electrical fires.
• Only small fires involving non-electrical materials may tolerate water.
4. Containment
• Prevent fire from spreading to nearby vehicles or structures.
• Keep a safe perimeter and avoid inhaling smoke.

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5. Technical Notes
• Fire prevention is more effective than firefighting, achieved through regular inspections, safe fuel handling, and thermal management.
• Vehicles with automatic engine shutdown systems or thermal cutoffs reduce fire risk.
• Knowledge of engine layout, fuel system, and electrical architecture improves firefighting efficiency.

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19/01/2026

1. Cockpit Drill Overview

A cockpit drill is a systematic pre-driving routine where the driver prepares the vehicle and themselves before starting and moving the car. This ensures safety, comfort, and effective control over the vehicle. Cockpit drills are essential for both manual and automatic cars, particularly in training and learner scenarios.

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2. DSSSM Technique

DSSSM is a structured mnemonic used to check critical controls and vehicle readiness:
1. D – Doors
• Ensure all doors, including fuel cap and boot, are properly closed and locked.
• Prevents accidents from accidental openings while driving.
2. S – Seat
• Adjust the driver’s seat for optimal reach to pedals, steering, and visibility.
• Correct posture reduces fatigue and allows better clutch, brake, and accelerator control.
3. S – Steering
• Adjust the steering wheel to a comfortable position and ensure free movement.
• Hands should be positioned for maximum control and quick response.
4. S – Seatbelt
• Fasten seatbelt properly; ensures driver safety in case of sudden braking or collision.
• Mechanically, it locks under sudden acceleration/deceleration forces.
5. M – Mirrors
• Adjust rear-view and side mirrors for maximum visibility and minimal blind spots.
• Critical for lane discipline, reversing, and situational awareness.

Check out Globex Driving Academy’s video.

19/01/2026

1. Road Safety Signs

Road safety signs are visual signals installed along roads and highways to provide information, warnings, and regulatory instructions to drivers and pedestrians. They help reduce accidents, control traffic flow, and improve overall road safety.

Types of road safety signs:
1. Regulatory Signs
• Indicate laws and rules (e.g., speed limits, stop, no entry).
• Non-compliance may result in legal penalties.
• Usually red or white with clear symbols or text.
2. Warning Signs
• Alert drivers to potential hazards or changes in road conditions (e.g., sharp curves, intersections, pedestrian crossings).
• Typically triangular with yellow or orange background.
• Helps drivers adjust speed, steering, or braking preemptively.
3. Information / Guide Signs
• Provide directions, distances, or facility information (e.g., exits, hospitals, fuel stations).
• Usually rectangular or square with blue or green background.
• Support route planning and safe navigation.

Technical Note:
• Road signs must be reflective or illuminated to ensure visibility in low light.
• Placement and size are designed based on vehicle speed, stopping distance, and driver reaction time.

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2. Road Markings

Road markings are painted or thermoplastic lines and symbols on road surfaces that guide and regulate traffic. They provide continuous, real-time instructions to drivers, complementing signs.

Common types of road markings:
1. Longitudinal Lines
• Solid lines: Indicate no crossing (e.g., lane separation, edge of carriageway).
• Broken lines: Allow lane changing when safe.
• Double lines: Restrict overtaking, often on two-way roads.
2. Transverse Lines
• Stop lines / pedestrian crossings: Indicate points where vehicles must stop.
• Speed humps and road narrowing indicators help reduce vehicle speed.
3. Symbols and Arrows
• Lane arrows, turn markings, bus lanes, and cycle lanes guide lane discipline and maneuvering.

Technical Note:
• Road markings are designed for durability, visibility under wet or low-light conditions, and skid resistance.
• Reflective beads or thermoplastic paint improve night-time visibility.

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Importance for Vehicle Dynamics and Safety
• Proper signs and markings allow anticipatory driving, reducing harsh braking, sudden steering, and collision risks.
• They help maintain safe following distances, lane discipline, and speed control, which are critical for vehicle stability, braking performance, and overall road safety.

31 likes, 4 comments. “ 🇬🇭Part 7| Road Safety Signs ✨ As a professional driver, your understanding of the Road Safety Signs, Types, meaning and how they communicate to the driver is very key to your Defensive Driving Techniques. Th...