Spontaneous second hand cars in Eswatini

Spontaneous second hand cars in Eswatini *We are dedicated to assist all buyers and sellers in their separate needs
*We do local and import

JMC TRUCK - 2TON - (Engine ceasing)Fresh inside and outside Asking price: E56kCall: 76301534 | 79101922
13/04/2026

JMC TRUCK - 2TON - (Engine ceasing)

Fresh inside and outside

Asking price: E56k

Call: 76301534 | 79101922

MAN TRUCK TGM18244 * In 100% perfect condition (Zero issues)* Just for service now* Ready for work with valid permit* No...
13/04/2026

MAN TRUCK TGM18244

* In 100% perfect condition (Zero issues)
* Just for service now
* Ready for work with valid permit
* No Accident records

Asking price: R460k neg

Contact: 76301534 | 79101922
First come first serve for serious buyers only

CHEVROLET SPARK - 1.2 L ENGINE* Manual transmission * Very low mileage ( 85k on the clock)* Super clean and intact* Zero...
12/04/2026

CHEVROLET SPARK - 1.2 L ENGINE

* Manual transmission
* Very low mileage ( 85k on the clock)
* Super clean and intact
* Zero issues with no accident records
* Petrol saver (1.2L)
* Good for daily business errands

Asking Price: E42,000.00 slightly negotiable

For further enquiries: 76301534 | 79101922

COMBO TRUCKS SALE - R165,000.002 TON JMC AND A 4 TON TOYOTA DYNA TRUCKSJMC truck, 3L dieselVery FreshNo accident history...
09/10/2024

COMBO TRUCKS SALE - R165,000.00

2 TON JMC AND A 4 TON TOYOTA DYNA TRUCKS

JMC truck, 3L diesel
Very Fresh
No accident history
Needs some attention on steering power system that will cost you all about R25k
It's lonely sale price was R125k as is.

TOYOTA 4 TON
Just a Start n Go truck
You only need to put a new head.
Engine n gearbox very good condition
Was selling at R70k as is

Asking price - R165k you take both

Check pictures below

Contact us; 7630 1534 | 34020440

11 Symptoms Of Bad Wheel Bearing1- Humming SoundThe first sign you will notice is the distinctive sound. It serves as a ...
19/08/2024

11 Symptoms Of Bad Wheel Bearing
1- Humming Sound
The first sign you will notice is the distinctive sound. It serves as a form of trademark for this issue.

Typically, first comes a barely audible buzzing sound that is readily confused with, for instance, an underinflated tire. As the issue worsens, though, the buzzing becomes nearly as loud as the engine in its latter stages.

2- Howling And Squealing Sound
In most cases, the humming is followed by a sound first described as a howl and later as a screeching.

As the wheel bearing sustains additional damage and uses up an increasing amount of its oil, it dries out. After that, the sounds are caused by an increase in the friction that exists between the inner metal parts. When you drive faster, more force is applied to the bearing, which increases noise.

3- Clicking Sound
When the problem has progressed to a later stage, you may hear a clicking sound from the wheel while driving. Itโ€™s not all that loud, but if you open the window while driving, you can hear it.

Initially, it sounds like a small metal ball striking the wheel, but it gets significantly more noticeable as time passes.

As was the case with the humming sound, this is easily misunderstood as a malfunctioning CV joint, for example. If this is the only symptom you are experiencing, it is essential to thoroughly examine the undercarriage to prevent making an error.

4- Grinding Sound
The wheel bearing has reached the end of its useful life when it begins to make a grinding sound. In most cases, this indicates that the bearingโ€™s internal components are barely holding together and that a total failure of the bearing is on the horizon.

Even to the point where itโ€™s possible for the bearing to become jammed, preventing the wheel from turning. There is a loud, distinctive sound similar to metal, and it sounds like bits of metal are grinding together. I feel obligated to point out that you should strive not to let the problem reach this point and act before the grinding begins.

5- Steering wheel vibration
A faulty wheel bearing might produce vibrations in the steering wheel, particularly if the front wheels are afflicted. If only the rear wheel bearings are faulty, the vibration is primarily felt beneath the seats.

Unbalanced wheels typically cause steering wheel vibration; consequently, you should only investigate a faulty wheel bearing if the vibrations are accompanied by a humming or grinding sound.

6- ABS Warning Light Comes Up On The Dashboard
Since the speed sensor is (in the vast majority of instances) placed within the same wheel assembly, the ABS warning light may illuminate. When the wheel bearing has reached the end of its useful life, it may wobble, leading to a fault in the ABS.

7- Wheel Wobble
This is one of the indications of a severely deteriorated wheel bearing. Similar to the grinding sound, if you see this symptom, you should immediately replace the wheel bearing. Since the bearing holds the entire wheel to the drive shaft, damage results in undesirable play.

This indicates that the entire wheel has undesirable play. The most typical cause of this is damage to the cage and rollers within the wheel bearing. This can be easily detected by raising the vehicle and attempting to rotate the wheel from side to side. The play will then begin.

8- Vehicle Pulls To One Side
Since the wheel is practically unbalanced, you may notice that your vehicle pulls to one side in addition to the wheel wobbling. Itโ€™s very similar to when a carโ€™s tires arenโ€™t correctly balanced or when one of the tires isnโ€™t inflated to the correct level. In the beginning, the pull is hardly perceptible; nevertheless, if you do not take action in time, it may pull significantly to one side.

10- Steering Wheel Response
The fact that the wheel hub assembly on one side isnโ€™t functioning correctly will manifest in the vehicleโ€™s steering if the problem persists. It is possible that, rather than having the normal snappy response, it will feel somewhat delayed or as though it is putting up a bit of a battle. Overall, this is one of the negative symptoms associated with the wheel bearing, and it feels bizarre.

11- Greasy Marks On The Wheel Hub, Wheel Rim, Or HubCap
The last symptom on this list, greasy stains on the wheel hub or rim, is possibly the least obvious. In most cases, all of the initial symptoms are already present. Therefore you will likely not notice this. Nonetheless, if you see this, such as when changing a tire or performing an inspection, give it a second look. Make an immediate inspection if you notice thick, typically black or green, oil around the center of the wheel hub, on the inner portion of the wheel rim, or on the hubcap.

This is caused by a broken or missing seal on the bearing, which allows all lubricants to escape. Lacking lubrication, the wheel bearing will eventually become severely damaged.

Conclusion
When discussing problematic wheel-bearing symptoms, it is crucial to recognize them.

๐—˜๐˜…๐—ฐ๐—ฎ๐˜ƒ๐—ฎ๐˜๐—ผ๐—ฟ๐˜€: Versatile Heavy Equipment for ConstructionExcavators are a type of heavy machinery widely used in constructi...
18/08/2024

๐—˜๐˜…๐—ฐ๐—ฎ๐˜ƒ๐—ฎ๐˜๐—ผ๐—ฟ๐˜€: Versatile Heavy Equipment for Construction

Excavators are a type of heavy machinery widely used in construction, mining, and demolition projects. These powerful machines are designed to perform a variety of tasks, including digging, excavating, and material handling.

Key Components of an Excavator:

1. Undercarriage: The base of the excavator, consisting of tracks or wheels and a supporting frame that provides stability and mobility.

2. Upper Structure: This houses the operator's cab, the engine that powers the machine, and the hydraulic system that controls the excavator's movements.

3. Boom: The main articulated arm that extends from the upper structure, allowing the excavator to reach and manipulate materials at a distance.

4. Arm (Stick): Attached to the boom, this additional arm provides extra reach and digging force for the excavator.

5. Bucket: The tool at the end of the arm used for scooping, digging, and loading materials.

6. Hydraulic System: A complex network of hydraulic pistons and valves that powers the movement and operation of the boom, arm, and bucket.

7. Engine: The power source that drives the hydraulic system and enables the excavator to move and perform its various tasks.

The combination of these components allows excavators to be highly versatile and adaptable for a wide range of construction, mining, and demolition applications. These machines play a crucial role in numerous infrastructure and development projects, making them an essential piece of equipment in the construction industry.

Pay attention to 5 reasons that lead to mixing engine oil with radiator water!1) Cracked head gasket:It is the most impo...
09/08/2024

Pay attention to 5 reasons that lead to mixing engine oil with radiator water!

1) Cracked head gasket:
It is the most important reason for mixing engine oil with radiator water, as the head gasket works to tightly seal the engine cylinders to obtain maximum pressure and prevents engine oil or coolant from leaking into the cylinders. The head gasket is located between the engine block and the cylinder head. If it is damaged, it may lead to mixing oil with radiator water.

2) Crack in the cylinder head:
It is one of the reasons for mixing engine oil with radiator water, which occurs due to high temperatures or as a result of traffic accidents. This crack leads to an error in directing the radiator water, which may lead to mixing it with oil in the long term.

3) Damage to the engine block:
It is considered one of the reasons for mixing engine oil with radiator water, as the engine block is the structure that includes the cylinders and combustion chambers in the engine and most of the moving parts that use oil. Any damage to the engine block may lead to mixing fluids with each other.

4) High engine temperature:
High engine temperature is one of the reasons for mixing engine oil with radiator water, as it may cause damage to the head gasket and thus may lead to mixing fluids, especially in diesel engines.

5) The car passing through high water:
It is one of the reasons for mixing engine oil with radiator water. When the car enters high water capable of completely submerging the engine, this water may enter the engine through any open part in the engine or through the car's exhaust (muffler).

A wiper system is a crucial safety component in automotive vehicles, designed to maintain driver visibility by clearing ...
08/08/2024

A wiper system is a crucial safety component in automotive vehicles, designed to maintain driver visibility by clearing rain, snow, and other debris from the windshield. This system comprises several interconnected components working in unison.

Core Components of a Wiper System
- Wiper Motors: These electric motors power the wiper arms, converting electrical energy into mechanical motion.
- Wiper Arms and Blades: The arms connect to the wiper motor and hold the rubber blades that clear the windshield.
- Wiper Linkage: A system of rods and linkages that converts the rotational motion of the motor into the back-and-forth movement of the wiper arms.
- Washer System: Includes a reservoir, pump, and nozzles to distribute windshield washer fluid.
- Intermittent Wiper Control: A mechanism that allows for adjustable wiper intervals.
- Sensor (Optional): Some vehicles feature rain sensors that automatically activate the wipers based on precipitation levels.

How it Works
- Motor Activation: The driver engages the wiper switch, activating the wiper motor.
- Arm Movement: The motor's rotational motion is converted into the back-and-forth movement of the wiper arms through the linkage system.
- Blade Contact: The rubber blades on the wiper arms make contact with the windshield, removing water and debris.
- Washer Fluid: The washer pump delivers fluid to the windshield when needed, improving cleaning efficiency.

Types of Wiper Systems
- Conventional Wipers: Utilize two wiper arms that move in an arc across the windshield.
- Intermittent Wipers: Allow for adjustable wiping intervals based on precipitation levels.
- Rain-Sensing Wipers: Automatically adjust wiper speed based on rain intensity.
- Rear Wipers: Similar to front wipers but typically smaller and with a single arm.

Wiper Blade Technology
Modern wiper blades incorporate advanced materials and designs to enhance performance:
- Rubber Composition: High-quality rubber compounds improve wiping efficiency and durability.
- Spoiler Design: Reduces lift and improves blade-to-glass contact.
- Frameless Blades: Sleek design with integrated spoiler for better performance.
- Proper wiper maintenance, including regular blade replacement and cleaning, is essential for optimal visibility and safety.

Know the condition of the engine from the spark plugs ๐Ÿ‘Œ1- Good condition2- Saturated with oil due to a problem in the pi...
08/08/2024

Know the condition of the engine from the spark plugs ๐Ÿ‘Œ

1- Good condition

2- Saturated with oil due to a problem in the piston

3- Needs to adjust the (gap) in the new spark plug

4- Evidence that the spark plugs have not been changed for long periods and needs to be changed immediately

5- Saturated with lead due to a high percentage of lead in the fuel

6- Saturated with carbon due to poor combustion, the fuel pump and air filter need to be checked

7- As a result of the engine temperature increasing above its normal rate, and therefore we check the system

8- Needs to change the type of fuel (for example, instead of 80 gasoline, it is 90 or 92 gasoline) or change the valves if it happened in a short period (less kilometers)

9- Evidence of a mechanical problem or a foreign body in the combustion chamber

Engine ComponentsEngine Block:  The basic structure of the engine and contains the cylinders inside which the pistons mo...
07/08/2024

Engine Components

Engine Block: The basic structure of the engine and contains the cylinders inside which the pistons move.

Engine Head: Covers the engine block and contains the intake and exhaust valves and spark plugs (in gasoline engines).

Cylinders: Cylindrical cavities inside the engine block inside which the pistons move.

Pistons: Metal parts that move up and down inside the cylinders, and convert the energy resulting from the combustion of fuel into linear motion.

Connecting Rods: Connect the pistons to the crankshaft, and convert the linear motion of the pistons into rotational motion.

Crankshaft: The main shaft that converts the linear motion of the pistons into rotational motion, and transmits this motion to the transmission.

Camshaft: Controls the opening and closing of the intake and exhaust valves at the appropriate time for the combustion process.

Valves: Control the flow of fuel and air mixture into the cylinders and the exit of exhaust gases from them.

Spark plugs: Generate an electric spark to ignite the fuel and air mixture inside the cylinders (in gasoline engines).

Fuel injector: Sprays fuel precisely into the cylinders at the right time (in modern gasoline engines).

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