Franky Autos Limited

23/04/2025

How Energy and Power Relate to Automobiles | Explained SimplyEver wondered what “horsepower” really means? Or how your car turns fuel into motion? In this video, we break down the key concepts of energy and power—and how they apply to the performance of an automobile.We’ll cover: • What is energy in a car? • The role of fuel (chemical energy) and batteries (electrical energy) • How engines convert energy into motion • What power means (and why it’s more than just speed!) • Horsepower vs torque – which matters more? • How to understand your car’s performance specsWhether you’re a car enthusiast, a student, or just curious, this video will help you understand the science behind what makes your vehicle go. Hit that like button, subscribe, and let’s get into it! https://www.youtube.com/

15/04/2025

Destroys CarsNot every “technician” is what they claim to be. In this video, we expose the dangers of trusting unqualified or fake mechanics who pretend to know what they’re doing—but end up causing serious damage to your vehicle.What you’ll see: • Real-life examples of botched repairs • How to spot a fraudulent or inexperienced technician • Tips to protect your car and wallet • The difference between a skilled pro and a pretenderDon’t let your car fall into the wrong hands. Watch and learn how to stay safe and make smart choices when it comes to auto repairs.Subscribe for more auto tips, mechanic insights, and real talk from the garage! https://www.youtube.com/

04/04/2025

📌 Rear Wheel Drive (RWD) is a vehicle configuration where power is transmitted to the rear wheels, which propel the vehicle.

Automotiv

It’s common in sports cars, trucks, and performance vehicles due to its dynamic handling and weight distribution.

—> Parts of RWD:
1. Engine: Generates power, usually at the front.
2. Transmission: Transfers power to the driveshaft.
3. Driveshaft: Delivers power to the rear axle.
4. Differential: Splits power between the rear wheels for smooth turns.
5. Rear Axle: Connects differential to the rear wheels.
6. Rear Wheels: Receive power and drive the vehicle.

—> Working:

The engine powers the transmission, which rotates the driveshaft. The driveshaft transfers torque to the differential, which then sends power to the rear wheels. This setup improves balance and performance.

—> Advantages:
1. Better Weight Distribution: Enhances handling and stability.
2. Improved Traction: Weight shifts to the rear under acceleration, boosting traction.
3. Enhanced Performance: Ideal for sharp handling and cornering in sports cars.
4. Towing Capacity: Better for towing heavy loads due to rear-wheel power.

—> Symptoms of RWD Issues:
1. Vibrations: Worn driveshaft or unbalanced wheels.
2. Noise: Grinding or whining indicates differential/axle issues.
3. Reduced Traction: Slipping or difficulty accelerating in wet conditions.
4. Uneven Tire Wear: Could signal misaligned wheels or differential problems.


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04/04/2025

“Land Rover engines are facing a critical overheating issue that demands immediate action. In this video, we dive deep into why it’s essential for the company to come together and tackle this problem head-on. From engineering to innovation, Land Rover needs a unified effort to not only resolve the overheating crisis but to enhance the performance and reliability of their engines. Watch as we explore potential solutions and the path forward for a stronger, more resilient Land Rover.” https://www.youtube.com/

27/03/2025

Carrying out a diagnosis on a vehicle is essential for several reasons: 1. Prevention of Major Issues: Regular diagnostic checks can identify potential problems early on before they become severe, helping to prevent costly repairs or breakdowns. 2. Safety: A diagnostic test can uncover issues related to critical systems like brakes, steering, and airbags, ensuring the vehicle operates safely and reducing the risk of accidents. 3. Efficiency and Performance: Diagnosing the vehicle helps to identify issues affecting its performance, such as poor fuel efficiency, engine misfires, or transmission problems, allowing for timely repairs that improve overall efficiency. 4. Longevity of the Vehicle: Regular diagnostic checks can help maintain the vehicle’s health, potentially extending its lifespan by addressing small issues before they lead to larger, more expensive problems. 5. Cost Savings: By identifying problems early, diagnostics help prevent more significant damage, potentially saving on expensive repairs in the future. It also aids in avoiding unnecessary repairs by pinpointing the exact issue. 6. Compliance with Emissions Regulations: Diagnostics ensure that a vehicle’s emissions system is functioning correctly, which is crucial for compliance with environmental regulations. 7. Resale Value: A well-maintained vehicle with a history of regular diagnostics can command a higher resale value, as it demonstrates to potential buyers that the car has been properly cared for.In essence, carrying out a diagnosis is vital for ensuring the vehicle’s safety, efficiency, longevity, and cost-effectiveness.

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21/03/2025

A gear position sensor is a crucial component in modern gearboxes, particularly in automatic transmissions and some manual systems with electronic control. Its primary function is to detect the position of the gears in a gearbox, allowing the vehicle’s electronic control unit (ECU) to monitor and manage gear shifts efficiently.Work in a Gearbox:In a gearbox, the gear position sensor provides real-time feedback about which gear is currently engaged. This data is critical for several reasons: 1. Shifting Control: The sensor informs the ECU about the gear the transmission is in, enabling smooth and timely gear shifts. The ECU can then adjust the engine’s power delivery, such as changing fuel injection or adjusting the throttle, to ensure optimal performance during the shift. 2. Transmission Health Monitoring: It helps in detecting issues with the gearbox, like a faulty shift, preventing damage and ensuring proper maintenance scheduling. If the sensor detects an incorrect gear engagement, it can trigger error codes or warning lights for the driver. 3. Fuel Efficiency and Emissions Control: In modern vehicles, the gear position sensor also plays a role in optimizing fuel efficiency and reducing emissions. By knowing the gear engaged, the ECU can adjust engine parameters to minimize fuel consumption during driving. 4. Safety: In some vehicles, the sensor helps prevent shifting errors, such as shifting into the wrong gear under certain driving conditions, which can lead to transmission damage or unsafe driving.Types of Gear Position Sensors:There are several types of gear position sensors, including: • Hall Effect Sensors: These use a magnetic field to detect the position of gears and are widely used due to their reliability and precision. • Potentiometric Sensors: These sensors use a resistive track to measure the change in position and are often used in less complex applications. • Optical Sensors: These sensors use light to detect the gear position and are less commonly used due to their sensitivity to dust and debris.Conclusion:In summary, a gear position sensor ensures that a gearbox functions smoothly, efficiently, and safely. By providing real-time data to the ECU, it plays an essential role in shifting performance, fuel economy, transmission health, and overall vehicle safety. https://www.youtube.com/

21/03/2025

📌📌 Camshaft vs Crankshaft: differences, running, advantages, and signs and symptoms explained:📌📌

The camshaft and crankshaft are critical additives of an engine, each gambling a unique role in its operation.

⚙️📌What is Camshaft?

The camshaft controls the hole and ultimate of the engine’s consumption and exhaust valves. It includes lobes (cams) that press towards rocker arms or lifters, inflicting the valves to open at an appropriate time. The camshaft operates at half of the rate of the crankshaft in a 4-stroke engine.

📌Working:

The camshaft is pushed by the crankshaft via a timing belt, chain, or tools machine. as the cam rotates, its lobes push towards valve lifters, beginning the valves for air-fuel consumption or exhaust gasoline expulsion.

1. Ensures particular valve timing for most appropriate engine overall performance.
2. Make a contribution to better fuel efficiency and decreased emissions.
three. enhances energy output with superior cam profiles.

📌Signs and symptoms of a faulty Camshaft:

1. Engine misfires or hard idling.
2. reduced energy and gasoline efficiency.
3. unusual tapping or ticking noise.

📌Crankshaft?

The crankshaft converts the linear motion of pistons into rotational motion, which drives the wheels. It’s the backbone of the engine’s strength delivery machine.

📌Running :

The pistons circulate up and down because of combustion, and their motion is transmitted to the crankshaft through connecting rods. The crankshaft’s counterweights make sure stability and smooth operation, while its rotation powers auxiliary additives just like the alternator and water pump.

📌Advantages:

1. Converts energy correctly into movement.
2. Allows easy engine operation with reduced vibrations.

📌signs and symptoms of a faulty Crankshaft:

1. Problem beginning the engine.
2. Knocking noises from the engine.
3. Poor acceleration and engine overall performance.

20/03/2025

Engine flush is important because it helps to remove built-up sludge, carbon deposits, and other contaminants that accumulate inside the engine over time. These deposits can block oil passages, reduce the efficiency of the engine, and lead to increased wear and tear on engine components. Flushing the engine ensures that the new oil can circulate freely and effectively lubricate the engine parts, improving overall performance, reducing the risk of overheating, and extending the engine’s lifespan. It also helps to maintain the engine’s fuel efficiency and reduce harmful emissions. Regular engine flushes are especially beneficial in older vehicles or those with a history of poor maintenance. https://www.youtube.com/

18/03/2025

Shout out to my newest followers! Excited to have you onboard!

Dub Stak, Ogele Sandra Chioma, Ariel Macay, Ebonyi Ndi Oma, Ifesinachi Nwanunkun, Godday Abah, Chukwudi Omiiko, Karen Mcgraw, Anthony Capello

17/03/2025

https://youtu.be/C_PJ3kmxLH8?si=gCIKUCvsgOB-IqGW

The four stages of engine operation, typically referring to an internal combustion engine, are: 1. Intake: During the intake stroke, the intake valve opens, ...

14/03/2025

A vehicle fire caused by cheap or improper workmanship can have devastating consequences. Poor repairs or substandard materials may lead to electrical malfunctions, fuel leaks, or other issues that spark a fire, often resulting in total vehicle destruction. This not only risks the safety of the driver and passengers, but also poses a significant threat of injury or fatality. The financial and legal repercussions for the service provider can be severe, including lawsuits, insurance claims, and reputational damage. Moreover, the environmental impact of the fire, due to the release of toxic gases and chemicals, further compounds the issue. Ultimately, cutting corners on vehicle repairs can lead to far greater costs than the initial savings, highlighting the critical importance of quality work in ensuring safety and reliability.