Seeing what doesn’t exist yet. That’s our strength.

The key to the success of any logistics contract is good logistics management. The key to good management is the ability to identify the needs of the client and the countries in which the work will take place, as well as being in a position to advise the best way forward. In today’s international and remote locations, experience and understanding of logistics operations and local networks is vital. With the many years of experience in our team, we have a detailed understanding of the criticality or every aspect of the logistics world.

Focus can provide logistics personnel to meet the needs of your company or portfolio. From logistics managers to warehousemen, logistics controllers to transport coordinators, we can assist you. We provide personnel for one-off portfolio as well as long or short-term agency personnel, assist in the recruitment of permanent staff, or we can manage your logistics department for you.

When travelling to a foreign country, most people are nervous of the obstacles that will be there for them to overcome. When a full marine crew travels en-mass to a vessel mobilisation, it is imperative that they arrive on time and safely, especially in a remote location.

Focus provides meet-and-greet facilities through our network of specialist companies. From hotel reservations and taxi arrangements to a full pick-up facility, with or without armed guards, this can be arranged.

CSS is designed to keep your content readable. Let’s explore situations in which you might encounter overflow in your web designs and how CSS has evolved to create better ways.

– Sophie Brown

Ever had a last minute requirement for items to be in a country where you do not have a visa to enter? Are you frustrated at having to hand-carry important documents to your client, which takes you out of the office for days? Let Focus help you. Our personnel are available 24-hours-a-day for these important deliveries. This leaves you free to concentrate on your business.

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Remember – The Next Inspector Is The Customer.

The key to the success of any logistics contract is good logistics management. The key to good management is the ability to identify the needs of the client and the countries in which the work will take place, as well as being in a position to advise the best way forward. In today’s international and remote locations, experience and understanding of logistics operations and local networks is vital. With the many years of experience in our team, we have a detailed understanding of the criticality or every aspect of the logistics world.

Focus can provide logistics personnel to meet the needs of your company or portfolio. From logistics managers to warehousemen, logistics controllers to transport coordinators, we can assist you. We provide personnel for one-off portfolio as well as long or short-term agency personnel, assist in the recruitment of permanent staff, or we can manage your logistics department for you.

When travelling to a foreign country, most people are nervous of the obstacles that will be there for them to overcome. When a full marine crew travels en-mass to a vessel mobilisation, it is imperative that they arrive on time and safely, especially in a remote location.

Focus provides meet-and-greet facilities through our network of specialist companies. From hotel reservations and taxi arrangements to a full pick-up facility, with or without armed guards, this can be arranged.

CSS is designed to keep your content readable. Let’s explore situations in which you might encounter overflow in your web designs and how CSS has evolved to create better ways.

– Sophie Brown

Ever had a last minute requirement for items to be in a country where you do not have a visa to enter? Are you frustrated at having to hand-carry important documents to your client, which takes you out of the office for days? Let Focus help you. Our personnel are available 24-hours-a-day for these important deliveries. This leaves you free to concentrate on your business.

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Manufacturing Relationships. Distributing Quality.

The key to the success of any logistics contract is good logistics management. The key to good management is the ability to identify the needs of the client and the countries in which the work will take place, as well as being in a position to advise the best way forward. In today’s international and remote locations, experience and understanding of logistics operations and local networks is vital. With the many years of experience in our team, we have a detailed understanding of the criticality or every aspect of the logistics world.

Focus can provide logistics personnel to meet the needs of your company or portfolio. From logistics managers to warehousemen, logistics controllers to transport coordinators, we can assist you. We provide personnel for one-off portfolio as well as long or short-term agency personnel, assist in the recruitment of permanent staff, or we can manage your logistics department for you.

When travelling to a foreign country, most people are nervous of the obstacles that will be there for them to overcome. When a full marine crew travels en-mass to a vessel mobilisation, it is imperative that they arrive on time and safely, especially in a remote location.

Focus provides meet-and-greet facilities through our network of specialist companies. From hotel reservations and taxi arrangements to a full pick-up facility, with or without armed guards, this can be arranged.

CSS is designed to keep your content readable. Let’s explore situations in which you might encounter overflow in your web designs and how CSS has evolved to create better ways.

– Sophie Brown

Ever had a last minute requirement for items to be in a country where you do not have a visa to enter? Are you frustrated at having to hand-carry important documents to your client, which takes you out of the office for days? Let Focus help you. Our personnel are available 24-hours-a-day for these important deliveries. This leaves you free to concentrate on your business.

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Let us help you invest in sustainable infrastructure.

The key to the success of any logistics contract is good logistics management. The key to good management is the ability to identify the needs of the client and the countries in which the work will take place, as well as being in a position to advise the best way forward. In today’s international and remote locations, experience and understanding of logistics operations and local networks is vital. With the many years of experience in our team, we have a detailed understanding of the criticality or every aspect of the logistics world.

Focus can provide logistics personnel to meet the needs of your company or portfolio. From logistics managers to warehousemen, logistics controllers to transport coordinators, we can assist you. We provide personnel for one-off portfolio as well as long or short-term agency personnel, assist in the recruitment of permanent staff, or we can manage your logistics department for you.

When travelling to a foreign country, most people are nervous of the obstacles that will be there for them to overcome. When a full marine crew travels en-mass to a vessel mobilisation, it is imperative that they arrive on time and safely, especially in a remote location.

Focus provides meet-and-greet facilities through our network of specialist companies. From hotel reservations and taxi arrangements to a full pick-up facility, with or without armed guards, this can be arranged.

CSS is designed to keep your content readable. Let’s explore situations in which you might encounter overflow in your web designs and how CSS has evolved to create better ways.

– Sophie Brown

Ever had a last minute requirement for items to be in a country where you do not have a visa to enter? Are you frustrated at having to hand-carry important documents to your client, which takes you out of the office for days? Let Focus help you. Our personnel are available 24-hours-a-day for these important deliveries. This leaves you free to concentrate on your business.

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Steering angle sensor: function, failure symptoms, and testing

A steering angle sensor (SAS) is a critical component in a vehicle’s electronic stability control system. Its primary function is to monitor the position and angle of the steering wheel and provide this information to various systems within the vehicle. Here’s a breakdown of its function, common failure symptoms, and testing procedures.

The steering angle sensor is a critical component within a vehicle’s electronic stability control system, responsible for measuring and transmitting the angle of the steering wheel to the electronic control unit (ECU). This information is vital for the proper operation of safety and stability systems, including traction control and electronic stability control.

When the steering angle sensor experiences issues, discernible symptoms emerge, such as inconsistent or inaccurate readings on the vehicle display, activation of stability control warning lights, and potential disturbances in the functionality of safety features like traction control.

To identify potential problems with the steering angle sensor, diagnostic methods come into play. Utilizing a diagnostic scanner allows for the retrieval of error codes from the vehicle’s ECU. Additionally, a thorough visual inspection of the sensor and its wiring is essential to detect any signs of damage or corrosion. In certain cases, dynamic calibration procedures may be necessary. This involves real-time observation of the sensor’s readings while the vehicle is in motion to pinpoint irregularities and ensure accurate functionality.

Function:

  1. Stability Control: The SAS is a vital part of the vehicle’s electronic stability control system. It constantly measures and reports the angle and position of the steering wheel to the vehicle’s onboard computer.
  2. Yaw Rate and Lateral Acceleration Sensors: The SAS data is used in conjunction with information from the yaw rate sensor and lateral acceleration sensor to determine the vehicle’s actual direction and movement. This helps the vehicle’s stability control system respond appropriately to sudden changes in steering or unexpected road conditions.
  3. Traction Control: SAS data also assists in traction control by helping the vehicle determine whether there is understeer (front wheels losing grip) or oversteer (rear wheels losing grip), allowing the traction control system to make adjustments.

Failure Symptoms:

  1. Stability Control Warning Light: A malfunction in the SAS is often indicated by the illumination of the stability control warning light on the dashboard.
  2. Loss of Traction Control: A failed SAS can lead to a loss of stability and traction control functionality, which can be particularly noticeable during hard cornering or slippery road conditions.
  3. Unexpected ABS Activation: If the SAS isn’t providing accurate data to the stability control system, the anti-lock braking system (ABS) may engage unexpectedly during normal driving, causing the brake pedal to pulsate.
  4. Incorrect Steering Assist: Some vehicles may use SAS data for electric power steering systems, and a failure can lead to changes in steering effort or feel.

Testing:

If you suspect an issue with the steering angle sensor, you can perform the following tests:

  1. Scan Tool Diagnosis: Most modern vehicles have onboard diagnostics that can read fault codes. Using a scan tool, you can check for any diagnostic trouble codes (DTCs) related to the SAS. If there’s a code, it will help pinpoint the issue.
  2. Visual Inspection: Visually inspect the wiring harness and connectors associated with the SAS for damage, corrosion, or loose connections. Ensure that the sensor itself is securely attached to the steering column.
  3. Recalibration: Some vehicles allow for recalibrating the SAS by turning the steering wheel to specific angles and following a prescribed procedure outlined in the service manual. This can sometimes resolve minor sensor alignment issues.
  4. Resistance Testing: You can measure the resistance of the SAS using a multimeter to check for any open circuits or shorts. Consult the vehicle’s service manual for the appropriate resistance values.
  5. Replacement: If the SAS is determined to be faulty, it may need to be replaced. This should ideally be done by a trained mechanic or technician who can calibrate the new sensor correctly.

It’s important to address any issues with the steering angle sensor promptly since it’s an integral part of the vehicle’s safety and stability control systems. If you’re not experienced in automotive diagnostics, it’s recommended to consult a qualified mechanic or technician for proper testing and repair.

Related products

[et_products quantity=”9″ columns=”3″ columns_tab_port=”2″ columns_tab_land=”3″ category=”steering” carousel=”true” layout=”list” rows=”2″ navigation_position=”top-right” ajax=”true”]

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Steering angle sensor: function, failure symptoms, and testing

A steering angle sensor (SAS) is a critical component in a vehicle’s electronic stability control system. Its primary function is to monitor the position and angle of the steering wheel and provide this information to various systems within the vehicle. Here’s a breakdown of its function, common failure symptoms, and testing procedures.

The steering angle sensor is a critical component within a vehicle’s electronic stability control system, responsible for measuring and transmitting the angle of the steering wheel to the electronic control unit (ECU). This information is vital for the proper operation of safety and stability systems, including traction control and electronic stability control.

When the steering angle sensor experiences issues, discernible symptoms emerge, such as inconsistent or inaccurate readings on the vehicle display, activation of stability control warning lights, and potential disturbances in the functionality of safety features like traction control.

To identify potential problems with the steering angle sensor, diagnostic methods come into play. Utilizing a diagnostic scanner allows for the retrieval of error codes from the vehicle’s ECU. Additionally, a thorough visual inspection of the sensor and its wiring is essential to detect any signs of damage or corrosion. In certain cases, dynamic calibration procedures may be necessary. This involves real-time observation of the sensor’s readings while the vehicle is in motion to pinpoint irregularities and ensure accurate functionality.

Function:

  1. Stability Control: The SAS is a vital part of the vehicle’s electronic stability control system. It constantly measures and reports the angle and position of the steering wheel to the vehicle’s onboard computer.
  2. Yaw Rate and Lateral Acceleration Sensors: The SAS data is used in conjunction with information from the yaw rate sensor and lateral acceleration sensor to determine the vehicle’s actual direction and movement. This helps the vehicle’s stability control system respond appropriately to sudden changes in steering or unexpected road conditions.
  3. Traction Control: SAS data also assists in traction control by helping the vehicle determine whether there is understeer (front wheels losing grip) or oversteer (rear wheels losing grip), allowing the traction control system to make adjustments.

Failure Symptoms:

  1. Stability Control Warning Light: A malfunction in the SAS is often indicated by the illumination of the stability control warning light on the dashboard.
  2. Loss of Traction Control: A failed SAS can lead to a loss of stability and traction control functionality, which can be particularly noticeable during hard cornering or slippery road conditions.
  3. Unexpected ABS Activation: If the SAS isn’t providing accurate data to the stability control system, the anti-lock braking system (ABS) may engage unexpectedly during normal driving, causing the brake pedal to pulsate.
  4. Incorrect Steering Assist: Some vehicles may use SAS data for electric power steering systems, and a failure can lead to changes in steering effort or feel.

Testing:

If you suspect an issue with the steering angle sensor, you can perform the following tests:

  1. Scan Tool Diagnosis: Most modern vehicles have onboard diagnostics that can read fault codes. Using a scan tool, you can check for any diagnostic trouble codes (DTCs) related to the SAS. If there’s a code, it will help pinpoint the issue.
  2. Visual Inspection: Visually inspect the wiring harness and connectors associated with the SAS for damage, corrosion, or loose connections. Ensure that the sensor itself is securely attached to the steering column.
  3. Recalibration: Some vehicles allow for recalibrating the SAS by turning the steering wheel to specific angles and following a prescribed procedure outlined in the service manual. This can sometimes resolve minor sensor alignment issues.
  4. Resistance Testing: You can measure the resistance of the SAS using a multimeter to check for any open circuits or shorts. Consult the vehicle’s service manual for the appropriate resistance values.
  5. Replacement: If the SAS is determined to be faulty, it may need to be replaced. This should ideally be done by a trained mechanic or technician who can calibrate the new sensor correctly.

It’s important to address any issues with the steering angle sensor promptly since it’s an integral part of the vehicle’s safety and stability control systems. If you’re not experienced in automotive diagnostics, it’s recommended to consult a qualified mechanic or technician for proper testing and repair.

Related products

[et_products quantity=”9″ columns=”3″ columns_tab_port=”2″ columns_tab_land=”3″ category=”steering” carousel=”true” layout=”list” rows=”2″ navigation_position=”top-right” ajax=”true”]

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How does a brake pressure regulator work?

A brake pressure regulator, also known as a brake proportioning valve, is a component in a vehicle’s braking system designed to distribute brake fluid pressure to the front and rear brakes in a way that ensures optimal braking performance. The regulator works by adjusting the brake fluid pressure to compensate for the differing braking needs of the front and rear wheels, improving stability and control during braking. Here’s how a brake pressure regulator works:

1. Balancing Front and Rear Brakes:

  • In a typical vehicle, the front brakes handle more of the braking force because weight shifts forward during braking. This is because the vehicle’s weight distribution is not evenly balanced between the front and rear. As a result, the front brakes need more hydraulic pressure to effectively stop the vehicle.

2. Preventing Rear Wheel Lockup:

  • If the rear brakes receive too much pressure during heavy braking, they can lock up, causing the rear wheels to skid. This can lead to a loss of control and fishtailing. To prevent this, a brake pressure regulator is used to reduce the hydraulic pressure delivered to the rear brakes, ensuring they don’t lock up prematurely.

3. Maintaining Balanced Braking:

  • The brake pressure regulator continuously monitors the pressure in the brake lines. If the vehicle’s weight shifts during braking, the regulator adjusts the hydraulic pressure to the rear brakes to maintain balanced braking. It does this by reducing the pressure to the rear brakes relative to the front brakes.

4. Improved Control and Stability:

  • By preventing rear wheel lockup and distributing the braking force more evenly, the brake pressure regulator enhances the vehicle’s stability and control during braking, especially in situations like hard stops or slippery road conditions.

5. Load Sensing Mechanisms:

  • Some modern vehicles use load sensing mechanisms in the brake pressure regulator. These mechanisms take into account the load in the vehicle, adjusting the brake force distribution accordingly. For example, when a vehicle is heavily loaded, the load sensing mechanism can increase the pressure to the rear brakes to maintain balanced braking.

In summary, a brake pressure regulator plays a crucial role in ensuring that the front and rear brakes receive the appropriate amount of hydraulic pressure, which helps prevent rear wheel lockup, optimize braking performance, and improve vehicle stability and control during braking. This component is particularly important in vehicles with front-rear weight imbalances or those that are susceptible to uneven brake wear.

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Engine piston in a car: What is it and how does it work?

An engine piston is a key component in an internal combustion engine that plays a vital role in the engine’s operation. It is a cylindrical piece of metal, typically made of aluminum alloy or cast iron, that moves up and down inside the engine’s cylinder. Here’s a basic explanation of what a piston is and how it works:

Function of an Engine Piston:

The primary function of an engine piston is to convert the pressure generated by the combustion of fuel and air into mechanical motion. It accomplishes this by moving up and down within the engine cylinder, which is part of a reciprocating engine’s cylinder block. There are typically multiple pistons in an engine, one for each cylinder.

How an Engine Piston Works:

  1. Intake Stroke: The engine piston begins its cycle at the top of the cylinder, near the engine’s cylinder head. During the intake stroke, the intake valve opens, and a mixture of fuel and air is drawn into the cylinder as the piston moves downward. This creates a low-pressure area within the cylinder.
  2. Compression Stroke: After the intake stroke, the intake valve closes, and the piston starts moving upward. This compresses the fuel-air mixture within the cylinder, which increases its pressure and temperature. The compression stroke is crucial for efficient combustion.
  3. Power Stroke: When the piston reaches the top of the cylinder, a spark plug ignites the compressed fuel-air mixture. The rapid combustion of the mixture creates a high-pressure explosion. The force generated by this explosion drives the piston downward with significant power. This is the power stroke, where the engine generates mechanical energy to turn the crankshaft.
  4. Exhaust Stroke: After the power stroke, the exhaust valve opens, and the piston begins moving back up the cylinder. This upward movement forces the burnt gases out of the cylinder and into the exhaust system, preparing the cylinder for the next intake stroke.

The process described above is part of the four-stroke cycle, which is the standard operating cycle for most gasoline and diesel engines. Diesel engines operate in a similar way but do not use a spark plug for ignition; instead, they rely on the heat generated by compressing the air to ignite the diesel fuel.

Engine pistons are attached to the connecting rods, which, in turn, are connected to the engine’s crankshaft. The reciprocating motion of the pistons is transferred to the crankshaft, causing it to rotate. This rotation of the crankshaft is what ultimately drives the vehicle’s wheels or powers other mechanical systems, such as generators or pumps.

Pistons are subjected to high temperatures, pressure, and mechanical stress during their operation. They are designed to withstand these conditions and are typically made of durable materials. Proper lubrication is essential to reduce friction and wear on the piston and cylinder wall. Piston rings are used to seal the gap between the piston and the cylinder walls and prevent the loss of combustion pressure and oil into the combustion chamber.

In summary, the engine piston is a crucial component in an internal combustion engine, playing a central role in converting the energy from fuel combustion into mechanical motion to propel the vehicle or power other machinery.

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Heater not working, starting problems, and other faults


Issues with a vehicle’s heater not working, starting problems, and other faults can be caused by various factors. To address these problems, it’s important to identify the root causes. Here are some common causes and solutions for each issue:

1. Heater Not Working:

  • Coolant Level: Check the coolant level in your vehicle’s radiator. Low coolant can lead to insufficient heat. Top off the coolant if it’s low.
  • Thermostat: A malfunctioning thermostat can cause the engine to not reach the proper operating temperature. If your engine doesn’t get hot enough, the heater won’t blow warm air. Consider replacing the thermostat if it’s faulty.
  • Heater Core Issues: The heater core is responsible for heating the air. If it’s clogged or leaking, it can lead to heating problems. A mechanic can diagnose and repair heater core issues.
  • Air in the Cooling System: Air trapped in the cooling system can block the flow of coolant to the heater core. “Bleeding” the cooling system can resolve this issue.

2. Starting Problems:

  • Dead Battery: A common cause of starting problems is a dead or weak battery. Check the battery voltage, and if it’s low, recharge or replace the battery.
  • Starter Motor: A faulty starter motor can prevent the engine from cranking. If you hear a clicking sound when turning the key, it might be the starter motor. Replace it if necessary.
  • Ignition Switch: Problems with the ignition switch can also lead to starting issues. If turning the key doesn’t engage the starter, the ignition switch may be faulty and need replacement.
  • Fuel System Issues: Issues with the fuel system, such as a clogged fuel filter or a failing fuel pump, can prevent the engine from starting. Ensure there’s fuel delivery to the engine.

3. Other Faults:

  • Electrical System Issues: Many vehicle problems are related to the electrical system. Faulty wiring, blown fuses, or damaged sensors can lead to various issues. Inspect the electrical components and replace any damaged parts.
  • Sensors and Check Engine Light: If the check engine light is illuminated, it’s essential to have the vehicle’s onboard diagnostic system scanned for trouble codes. These codes can help pinpoint specific issues related to the engine, emissions, or other systems.
  • Exhaust System Leaks: Leaks in the exhaust system can cause unusual noises, reduced engine performance, and even carbon monoxide (CO) poisoning. Address any visible leaks or unusual exhaust noises promptly.
  • Transmission Problems: Transmission issues, such as slipping gears, rough shifts, or fluid leaks, can impact vehicle performance. Consult a professional for transmission diagnostics and repair.

Remember that diagnosing and repairing vehicle issues can be complex, and it’s often best left to trained mechanics. If you’re unsure about the cause of any of these problems or if the solutions described above don’t resolve the issue, it’s advisable to seek professional assistance from a qualified auto technician. They can perform comprehensive diagnostics and make the necessary repairs to get your vehicle back in good working order.

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Fuel temperature sensor: function and failure symptoms


A fuel temperature sensor is a component in a vehicle’s fuel system that monitors the temperature of the fuel. It plays a crucial role in ensuring the proper operation and performance of the engine. Here’s an explanation of its function and common failure symptoms:

Function:

The primary function of a fuel temperature sensor is to measure the temperature of the fuel as it flows through the fuel system. The sensor typically consists of a temperature-sensitive element, often a thermistor, and it is connected to the vehicle’s engine control unit (ECU) or engine management system. The ECU uses the data from the fuel temperature sensor to make real-time adjustments to the engine’s air-fuel mixture, ignition timing, and other parameters to optimize engine performance and emissions. Here’s how it works:

  1. Optimizing Combustion: Fuel temperature can affect the vaporization and combustion characteristics of the fuel. Colder fuel may not vaporize efficiently, leading to incomplete combustion, while overly hot fuel can cause knocking and poor performance. The sensor provides information to the ECU so that it can make adjustments for optimal combustion.
  2. Cold Start Enrichment: The sensor’s data is crucial during cold starts. Cold fuel needs a richer air-fuel mixture for efficient combustion. The ECU uses the fuel temperature data to adjust the mixture for cold start conditions.
  3. Emissions Control: Monitoring fuel temperature also aids in reducing emissions. By adjusting the air-fuel mixture based on fuel temperature, the engine can produce fewer pollutants.

Failure Symptoms:

When a fuel temperature sensor fails or malfunctions, it can lead to various issues, including:

  1. Poor Fuel Economy: A faulty fuel temperature sensor may provide inaccurate data to the ECU, leading to an incorrect air-fuel mixture. This can result in decreased fuel efficiency and poor gas mileage.
  2. Rough Idling: Incorrect fuel temperature data can cause the engine to idle roughly or even stall.
  3. Engine Performance Problems: The sensor’s failure may lead to reduced engine power, acceleration issues, or an overall decrease in performance.
  4. Check Engine Light (CEL): A malfunctioning fuel temperature sensor can trigger a check engine light (CEL) and store diagnostic trouble codes (DTCs) related to the sensor’s performance.
  5. Cold Start Issues: During cold starts, the engine may have difficulty starting or may not run smoothly if the sensor is not providing accurate data for cold start enrichment.
  6. Emissions Problems: A malfunctioning fuel temperature sensor can result in increased emissions, potentially causing a vehicle to fail emissions tests.
  7. Detonation or Knocking: Inaccurate fuel temperature data can lead to engine knocking or detonation, which can damage the engine if not addressed.

If you experience any of these symptoms or suspect a problem with the fuel temperature sensor, it’s advisable to have the sensor tested and, if necessary, replaced by a qualified mechanic. They can use diagnostic equipment to assess the sensor’s performance and ensure that it is providing accurate data to the engine control unit. Replacing a faulty sensor can help restore proper engine operation and efficiency.

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