Automark

Dear Readers according to market study Principal manufacturer of renowned Brands can play a vital role in promoting exports of pre-established vendor parts to other countries world engaged in same brand range, especially during a local economic recession.

However, it’s essential to acknowledge that expanding into new markets during an economic downturn also comes with risks. Economic uncertainties, currency fluctuations, and regulatory challenges may pose obstacles that need to be carefully considered and managed. Nonetheless, with a well-thought-out strategy and leveraging the advantages of an established brand and vendor setup, the principal manufacturer usually play a vital role in promoting exports and expanding its reach during a local economic recession.

Here’s how:

1. Brand Recognition: A renowned brand carries significant weight in the global market. Consumers in other parts of the world may have a higher level of trust in products associated with a well-known brand, which can make it easier to penetrate new markets and gain acceptance.The brand recognition can be leveraged to attract potential buyers in other parts of the world, even during an economic downturn, as consumers may seek trusted products from well-known brands.
2. Quality Assurance: The Principal manufacturer can vouch for the quality and reliability of the vendor’s setup, ensuring that the assembled vehicles meet international standards and customer expectations. This quality assurance can be a significant selling point when targeting new markets.
3. Economies of Scale: During an economic recession, the Principal manufacturer may experience reduced domestic demand. Exporting to other parts of the world can help utilize excess production capacity, allowing the manufacturer to benefit from economies of scale and maintain profitability.Economic Incentives: Governments in some countries may offer incentives to foreign companies to set up manufacturing operations in their territories, especially if it leads to job creation and technology transfer. These incentives can help offset some of the risks associated with expanding during an economic downturn.Boosting Local Economy: Exporting vehicles / parts from the vendor setup to other parts of the world can provide a positive impact on the local economy. It can create additional jobs and support the businesses within the supply chain, contributing to the economic recovery of the region where the principal manufacturer is located.
4. Diversification of Revenue: Expanding to new markets reduces dependence on the local economy. Diversifying revenue streams can provide stability and a buffer against economic downturns in a specific region.
5. Support to Vendors: The Principal manufacturer can provide technical assistance, training, and support to the vendors involved in assembling vehicles for export. This collaboration strengthens the vendor’s capabilities and increases their competitiveness on the global stage.Utilizing Existing Vendor Setup: The principal manufacturer can use its pre-established vendor setup to assemble similar range of vehicles in other regions. This setup likely includes a network of suppliers, manufacturers, and distribution channels that are already in place, which can significantly reduce the time and cost required to start operations in new locations.

6. Government Incentives: During a recession, governments may offer incentives for companies to boost exports and strengthen the country’s balance of trade. The Principal manufacturer can leverage these incentives to make exporting more financially attractive.
7. Market Research and Access: The Principal manufacturer likely has extensive market research and distribution networks in various regions. Utilizing this knowledge can help identify promising markets and establish distribution channels more efficiently.Exporting to Emerging Markets: During a local economic recession, demand for vehicles in the manufacturer’s home market may decrease. However, in other parts of the world, particularly in emerging markets, there could still be demand for vehicles. By tapping into these regions, the manufacturer can diversify its revenue streams and reduce its dependence on the domestic market.
8. Building Alliances: The Principal manufacturer can collaborate with other organizations, such as trade associations or government bodies, to form alliances and promote the export of locally assembled vehicles / parts. This collective effort can have a more substantial impact and improve the chances of success.Long-term Strategy: Expanding into new markets during a local economic recession can be a strategic move for the principal manufacturer. It allows them to gain a foothold in new regions, which can prove beneficial once the economic situation stabilizes and demand increase.

Automobile related exports from Asia:Asia is a significant player in the global automotive industry, with several countries being major exporters of vehicles and automotive parts. Some of the prominent Asian countries with significant automobile exports include:

1. Japan: Historically, Japan has been one of the leading exporters of automobiles and automotive components, with major brands like Toyota, Honda, Nissan, and others dominating the global market.
2. South Korea: South Korean brands like Hyundai and Kia have gained popularity worldwide, contributing to the country’s strong export figures in the automotive sector.
3. China: China has become the world’s largest automobile market and has also expanded its export presence in recent years. Many international automakers have manufacturing facilities in China, leading to increased export figures.
4. India: India is known for its competitive automotive manufacturing sector, and brands like Maruti Suzuki and Tata Motors have been exporting vehicles and components to various countries.
5. Thailand: Thailand has emerged as a major production and export hub for automobiles and automotive parts in Southeast Asia.

This exclusive article has been written by @Aqeel Bashir and published in Automark Magazine’s printed edition of August-2023

Reflection from the discussion in the group that if the main brake failed (stops working) due to any reasons, whether the hand brake will work?

The reply is yes, but again it depends from model to model. In this article, we will talk about the effectiveness of hand brakes in an emergency situation. The hand brake, also known as the parking brake (PKB), can work when the main brakes fail, this is the most noticeable reason why the hand brake is important, If the hydraulic lines or master cylinder in a vehicle’s braking system fail, the hand brake will still allow you to stop the car.

The hand brake is a separate system from the main brakes, and it uses cables to apply the rear brakes. This means that even if the main brakes fail due to a hydraulic issue, the hand brake (PKB) will still work.In older vehicles and some modern models, the handbrake is usually a mechanical system that operates independently of the main hydraulic brake system.

A mechanical handbrake can still function if the main brake system fails and may provide some degree of braking power. However, it’s important to note that the hand brake is not designed to provide the same level of braking power as the main brakes. It is primarily intended for use when parking the vehicle or as a backup in case of brake failure.

Therefore, relying solely on the hand brake for braking in an emergency situation is not recommended. Furthermore, the effectiveness of PKB can vary depending on factors like the condition of the handbrake, the terrain, and the speed of the vehicle. It might not be as powerful as the main brakes, but it could help slow the vehicle down and potentially bring it to a stop, whereas in many modern cars, especially those equipped with electronic parking brake systems, the handbrake may be linked to the main brake system.

If the main brake system fails, the electronic handbrake may also be affected and might not work as expected. However, some electronic systems have fail-safe mechanisms allowing the handbrake to function independently in emergencies. However, it is important to note that the hand brake is not as strong as the main brakes.

This means that it will take longer to stop your car with the hand brake, and your stopping distance will be longer. Additionally, if you pull the hand brake too hard, you could lock up the rear wheels, which could cause you to lose control of your car.If your main brakes fail, you should use the hand brake to slow down your car and bring it to a stop. However, you should be prepared for a longer stopping distance and the possibility of losing control.Here are some tips for using the hand brake to stop your car if your main brakes fail.

In case of emergency, pull the hand brake slowly and steadily, stay calm and focused, and activate your hazard lights to aware other drivers. Do not pull the hand brake too hard, as this could lock up the rear wheels, and downshift to lower gears (if you have a manual transmission) to help slow down the vehicle. Use the main brakes as well, if they are still working, need to apply steady and gradual pressure to the hand brake while keeping the steering wheel straight to avoid skidding.

Be prepared and keep in mind that the stopping distance is longer with the hand brake application. If you are driving in a hilly area, you should use the hand brake to hold your car in place when you are parked, this will help to prevent your car from rolling away.

In case you start to skid, applying the hand brake can help to regain control of your car, this is because the hand brake applies a braking force to the rear wheels, which can help to straighten out the car. This is essential to note that relying solely on the handbrake to stop a vehicle in the event of a main brake failure is not recommended at all, the handbrake is primarily designed for parking and emergency situations and might not have enough stopping power to handle the full weight and momentum of a moving vehicle. If the main brakes fail, it’s crucial to take additional safety measures:

Brakes (main braking system) are an essential part of any vehicle, and they play a vital role in safety, without brakes, it would be very difficult to control a moving vehicle, and accidents would be much more common. In addition to these safety benefits, brakes also help to extend the life of your tires. When you brake, the kinetic energy of your vehicle is converted into heat.

This heat is dissipated through the friction between the brake pads and the rotors or drums. If your brakes are not working properly, they will not be able to dissipate this heat as effectively, which can lead to premature wear of tires. Here are some of the reasons why brakes are so important in automotive. The main brake system, allowsthe driver to stop the vehicle, this is obviously essential for safety, as it allows you to avoid collisions and other hazards.

It allows you to slow down your vehicle, this can be important in a variety of situations, such as when approaching a stop sign or red light, or when driving in bad weather. The proper braking system enables the driver to maintain a safe distance from other vehicles, or for navigating curves or hills. As we know that skidding can be dangerous, as it can cause you to lose control of your vehicle, the braking mechanism helps to prevent skidding by providing a smooth and controlled deceleration.

A brake is a mechanical device that inhibits motion by absorbing energy from a moving system. It is used for slowing or stopping a moving vehicle, wheel, or axle, or to prevent its motion, most often accomplished by means of friction. There are many different types of brakes, but they all work on the same basic principle. When the brake is applied, a force is created that opposes the motion of the system.

This force can be created by friction, electromagnetism, or other means. The most common type of brake is the friction brake. This type of brake uses friction to slow down or stop a moving object. The friction brake is typically made up of two surfaces, one of which is stationary and the other of which is movable. When the brake is applied, the movable surface is forced against the stationary surface, creating friction. The friction between the two surfaces slows down or stops the movable surface. Other types of brakes include electromagnetic brakes, which use electromagnetism to create a force thatopposes the motion of the system, and hydraulic brakes, which use hydraulic fluid to transmit force from the brake pedal to the brake pads.

Here are some different types of brakes:

• Disc brakes: These brakes are the most common type of brake on cars and trucks. They consist of a rotor, which is attached to the wheel, and brake pads, which are mounted in a caliper. When the brake pedal is pressed, the caliper moves the brake pads against the rotor, creating friction that slows down the wheel.
• Drum brakes: These brakes were once more common than disc brakes, but they are now less common. They consist of a drum, which is attached to the wheel, and brake shoes, which are mounted in a backing plate. When the brake pedal is pressed, the backing plate moves the brake shoes against the drum, creating friction that slows down the wheel.
• Anti-lock brakes (ABS): These brakes help to prevent skidding by automatically pumping the brakes when the wheels start to lock up. ABS is a very important safety feature, and it is now standard on most cars and trucks.

For all of these reasons, it is important to keep your brakes in good working order. You should have your brakes inspected regularly by a qualified mechanic, and you should replace them as needed.

By taking care of your brakes, you can help to keep yourself and others safe on the road. There are some tips for maintaining your brakes like you should always get your brakes to be inspected regularly by a qualified mechanic. This will help to ensure that they are in good working order and that they will not fail unexpectedly.

Replace your brakes as needed, this can vary depending on the type of brakes you have, your driving habits, and the environment in which you drive. You should always avoid driving with low brake fluid levels, low brake fluid levels can cause the brakes to become spongy or unresponsive.Avoid riding your brakes. 

Riding your brakes means applying them lightly for a long period of time. This can cause the brakes to overheat and fail.

Take away from this article>Automotive technology is the practical application of knowledge about self-propelled vehicles, considering the fast-moving technology that is being used by vehicle manufacturers and is well considered for safety as first priority.

This exclusive article has been written by Muhammad Rafique and published in Automark Magazine’s August-2023 printed edition.

“In this article, we delve into the concept of the self-recharging solar roof, explore its benefits, highlight key challenges, and showcase companies at the forefront of this transformative technology.”

Introduction

In the quest for sustainable energy solutions, the automotive industry has witnessed a groundbreaking development: the integration of solar panels into vehicle roofs. This innovation allows vehicles to harness the power of the sun for self-recharging; presenting a remarkable solution to reduce reliance on traditional energy sources and mitigate the environmental impact of transportation. The transportation sector is one of the largest contributors to greenhouse gas emissions, accounting for about 29% of global emissions in 2020. Electric vehicles (EVs) offer a promising solution to this problem, as they produce zero emissions when running on electricity.

However, one of the main challenges with EVs is their range anxiety, or the fear of running out of battery power before reaching your destination. Self-recharging solar roofs for vehicles offer a potential solution to range anxiety. These roofs use solar panels to generate electricity, which can be used to power the vehicle’s battery. This can help to extend the range of an EV and make it more convenient to own.

Harnessing Solar Power for Sustainable Mobility

Integrating solar panels into a vehicle’s roof unlocks the potential to capture sunlight and convert it into electricity. Photovoltaic (PV) cells, the core technology of solar panels, utilize the photovoltaic effect to generate electric current when exposed to sunlight. These cells contain semiconductor materials like silicon, which absorb photons and release electrons, creating a flow of electricity.

Revolutionary Benefits for Vehicles

Extended Range: By leveraging the power of the sun, a self-recharging solar roof can supplement the vehicle’s power supply, leading to an extended driving range. Solar panels continuously generate electricity during daylight hours, allowing for ongoing battery recharging while the vehicle is in use.Solar roofs can generate up to 7.5 miles of additional range per hour of charging. This means that, in theory, a vehicle with a solar roof could be driven indefinitely as long as it is parked in the sun.

Energy Efficiency Boost: Solar panels integrated into the vehicle’s roof enhance energy efficiency by harnessing solar energy and reducing reliance on fossil fuels. This renewable energy source enables the vehicle to be more environmentally friendly and economically sustainable in the long run.

Reduced Environmental Footprint: The self-recharging solar roof significantly reduces the carbon footprint associated with transportation. By utilizing clean and renewable solar energy, vehicles equipped with solar roofs actively contribute to reducing air pollution and combating climate change.

Leading Companies Pioneering Self-Recharging Solar Roofs

Tesla

Renowned for its innovative electric vehicles, Tesla has been at the forefront of integrating solar technology into its cars. With their Model S, Model 3, and Model X, Tesla offers an optional glass roof equipped with solar panels that contribute to charging the vehicle’s battery. While the primary charging still relies on traditional methods, the solar roof provides supplementary power.These solar panels help increase the overall efficiency and range of the vehicles.

Lightyear

Lightyear, a Dutch startup, has developed the Lightyear One, an electric vehicle equipped with solar panels covering its roof and hood. These advanced solar panels are designed to be more efficient than conventional ones, allowing the vehicle to charge its battery both while driving and when parked. The Lightyear One boasts an impressive range, partially achieved through its self-recharging solar roof.The Lightyear One’s solar roof significantly extends its driving range.

Sono Motors

German startup Sono Motors has gained recognition for its Sion, an electric vehicle featuring integrated solar panels. The Sion’s solar panels are embedded in the body and roof, enabling it to charge its battery while being driven or parked. Sono Motors promotes the concept of “exterior charging” by utilizing the vehicle’s surface area to capture solar energy and reduce dependence on external charging stations.

These are just a few examples of vehicles that have already implemented self-recharging solar roof technology. As the demand for sustainable transportation grows, more manufacturers are likely to explore and integrate this innovative solution into their vehicle designs, expanding the options available to environmentally conscious consumers.

Challenges and Future Developments

Transparent Solar Materials: Designing solar sunroofs that maintain transparency while efficiently generating electricity is a challenge that requires innovative approaches to material science and engineering.

Flexibility and Adaptability: Creating solar panel modules that can adapt to various vehicle roof designs while maintaining optimal energy generation is a unique design consideration in electric vehicles with solar sunroofs.

UserInterface and Feedback: Providing real-time feedback on solar energy generation and usage through intuitive user interfaces enhances the user experience and promotes sustainable driving habits.

Smart Energy Management: Integrating solar energy into advanced energy management systems enables intelligent power distribution, optimizing the usage of solar power for various vehicle systems and charging requirements.

Customization Options: Offering customization options for solar sunroofs allows vehicle owners to personalize their vehicles, presenting design challenges in terms of modularity, compatibility, and ease of installation.

Materials and Manufacturing Processes: Developing lightweight and durable materials specifically designed for solar sunroofs in electric vehicles requires sustainable manufacturing practices and innovative material choices.

Advanced Tracking Systems: Implementing tracking systems that adjust the angle and orientation of solar panels for optimal sunlight exposure adds complexity to the design process, requiring reliable and efficient mechanisms.

Regenerative Solar Charging: Exploring technologies that enable solar panels to generate electricity while the vehicle is in motion introduces design complexity related to energy generation, storage, and power transfer optimization.Efficiency Enhancement: Improving the efficiency of solar panels is crucial for maximizing energy conversion. Ongoing research focuses on enhancing panel design, exploring new materials, and optimizing energy-capturing technologies to increase the efficiency of solar cells.

Cost Reduction: The cost of integrating solar panels into vehicles remains a significant obstacle. However, as solar technology advances and economies of scale are achieved through mass production, the cost is expected to decrease, making it more accessible for consumers.

Weather Effect:Solar roofs can be affected by weather conditions, such as clouds and rain, which can reduce their efficiency. However, solar roofs can still generate electricity in cloudy conditions, and they can even generate electricity in the rain.

The Future Outlook

Despite the challenges, the self-recharging solar roof has the potential to revolutionize the automotive industry and pave the way for sustainable transportation. Continued research and technological advancements are expected to improve solar panel efficiency and decrease manufacturing costs. As the world becomes more environmentally conscious, the demand for eco-friendly vehicles is likely to increase, making self-recharging solar roofs an attractive option for consumers.

Conclusion

The integration of self-recharging solar roofs in vehicles represents a paradigm shift toward sustainable transportation. With benefits such as extended range, enhanced energy efficiency, and reduced environmental impact, this technology holds immense promise. Pioneering companies like Tesla, Lightyear, and Sono Motors are leading the way by incorporating solar panels into their vehicle designs. While challenges such as space limitations and cost-effectiveness persist, ongoing advancements and increasing consumer demand for eco-friendly solutions are driving the future of self-recharging solar roofs.

By harnessing the power of the sun, vehicles equipped with this technology contribute to a greener and more sustainable mobility landscape. As a result, I believe that self-recharging solar roofs for vehicles will become increasingly common in the years to come. They have the potential to revolutionize the way we power our vehicles and make a positive impact on the environment.

This exclusive article has been published in Automark Magazine’s July-2023 printed edition, written by Ejaz Ahmed

Dear Readers according to study duringeconomic recession with high taxes on the automobile and related industry, businesses may need to implement contingency plans to mitigate the impact on their operations. Here are some potential strategies & threats one would be considering:

1. Cost Reduction Measures: Implement cost-cutting measures across the organization to offset the impact of high taxes. This could involve reducing non-essential expenses, renegotiating contracts with suppliers, and optimizing operational efficiency to minimize wastage.
2. Diversification of Revenue Streams:Explore opportunities to diversify revenue streams by expanding into new markets or product lines. For example, automobile manufacturers could consider investing in electric or hybrid vehicles, which may have different tax incentives or customer demand during a recession.
3. R&D and Innovation: Emphasize research and development efforts to create innovative and cost-effective solutions. This could involve investing in technology advancements, streamlining manufacturing processes, and developing more fuel-efficient or environmentally friendly vehicles.
4. Market Expansion: Seek opportunities to expand into international markets with more favorable tax environments. This may involve forming partnerships or establishing manufacturing facilities in countries with lower taxes or supportive policies for the automobile industry.
5. Government Advocacy: Engage in dialogue with government officials and industry associations to advocate for more favorable tax policies. Collaborate with other industry players to present a unified voice and propose alternatives that can help mitigate the negative impact on the industry and preserve jobs.
6. Customer Incentives and Marketing Strategies: Implement customer incentives such as discounts, rebates, or financing options to stimulate demand during an economic downturn. Adjust marketing strategies to highlight the value proposition of products and services despite higher taxes, emphasizing factors like fuel efficiency, durability, or cost savings over the long term.
7. Workforce Optimization: Assess workforce needs and make adjustments accordingly. This may involve temporarily reducing work hours, implementing hiring freezes, or exploring remote work options to optimize labor costs while maintaining productivity.
8. Financial Planning and Risk Management: Strengthen financial planning and risk management practices to ensure the business remains resilient. This includes maintaining sufficient cash reserves, managing debt levels, and diversifying suppliers to mitigate potential disruptions in the supply chain.
9. Job losses and economic impact: The decline in automobile sales and production can result in job losses across the industry. As automakers and related businesses cut back on their workforce, unemployment rates may rise, and workers may face financial difficulties. Additionally, the economic impact spreads beyond the industry itself, affecting businesses that rely on the automotive sector, such as suppliers, dealerships, and service providers.
10. Decreased investment: High taxes on the automobile industry can also discourage investment in the sector. Investors may view the higher tax burden as a barrier to profitability and, therefore, choose to invest their capital in other industries with more favorable tax conditions. Reduced investment can limit the industry’s ability to innovate, develop new technologies, and create jobs, further exacerbating the economic challenges during a recession.
11. Decline in sales and production: Reduced consumer demand directly affects the sales and production of automobiles. When fewer cars are sold, automakers may experience a decline in revenue and profitability. To cope with the lower demand, they may reduce production, leading to layoffs or reduced working hours for employees. This can have a ripple effect on the entire automotive supply chain, including parts manufacturers, dealerships, and other related industries. It’s important to note that the specific contingency plans will vary depending on the nature and size of the business, as well as the prevailing tax policies and economic conditions. Businesses should closely monitor the situation, adapt their strategies accordingly, and seek professional advice when necessary.

This Exclusive article has been published in Automark Magazine – International, printed edition of July-2023. By Aqeel Bashir

Dear readers !!!

Hope you had read my last article published in Automark magazine of April edition with the title of “the significance of Dojos in Automotives” The outcome from last article was to understand the concept and importance of Dojo in the Automotive industry.

Dojo is an integral part and this program serves as a dedicated space for individuals to train and develop the arts and skills for the team, with the specific practices. The core principle of Dojo is to provide a place where the company provides an opportunity to improve the knowledge, and skills of their team, develop a character like customer handling, and bring the team as part of an exciting system by following the defined procedure, this is a powerful approach to have a focus towards the problem-solving and continuous improvement in the process that promotes cross-functional collaboration, skill development, a culture of continuous improvement, and sustainable solutions.

The Dojo training program helps to improve the quality of the products being produced, reduce costs during manufacturing, enhance innovation while practicing, standardize processes and sequence of the work, and most important, is to develop skill and talent.

This month’s article, I would like to share the success story of implementing the Dojo of Fix It Right with Toyota IMC. This “Fix It Right” dojo concept was a structured approach to problem-solving, providing a platform with a dealership network for continuous improvement in the dealership network, inspired by Lean and Six Sigma principles.

It involves bringing together a cross-functional team to rapidly identify, analyze, and solve problems or process inefficiencies in a collaborative manner. The goal is to fix the root causes of the problems rather than just addressing symptoms and to create sustainable solutions that prevent a recurrence.

The benefit of implementing the “Fix It Right” dojo concept in organizations is that this is a faster problem-solving approach, the dojo concept promotes a structured and disciplined approach to problem-solving, allowing teams to quickly identify and analyze issues, and implement solutions in a timely manner. This helps organizations address problems promptly and prevent them from escalating into larger issues.

The dojo concept provides an opportunity for team members to skill development and approach development towards their problem-solving, critical thinking approach, and analytical skills through hands-on problem-solving exercises, team members can learn and apply various tools and techniques for root cause analysis, data analysis, and solution implementation, enhancing their overall problem-solving capabilities. The dojo concept encourages bringing together individuals from different functions or departments to work collaboratively on problem-solving.

This promotes a holistic approach to problem-solving, as team members with diverse perspectives and expertise contribute their ideas and insights. This can lead to more innovative and effective solutions. By addressing the root causes of problems, the “Fix It Right” dojo concept can lead to cost savings (practicing to avoid repeat repair jobs) in the extensive, by eliminating inefficiencies, reducing defects and errors, and optimizing processes, dealerships can achieve cost reductions and improved financial performance. This can result in significant cost savings over time, contributing to the organization’s bottom line.

The dojo concept fosters a culture of continuous improvement, where teams are encouraged to identify and address problems proactively. It promotes a mindset of learning from failures and using them as opportunities for improvement, rather than blaming individuals or departments for problems.

This helps create a positive and collaborative work environment where continuous improvement becomes part of the organization. The dojo concept emphasizes addressing the root causes of problems rather than just treating symptoms. This helps organizations to implement long-term solutions that prevent the recurrence of problems, leading to sustainable improvements in processes and performance.

Employee engagement and empowerment: The dojo concept encourages frontline employees to participate in problem-solving and improvement initiatives, giving them a sense of ownership and empowerment. This can lead to increased engagement and motivation among employees, as they see their contributions making a tangible impact on the organization’s success.

The beauty of Toyota is its outstanding framework. Since Frameworks play a critical role in the automotive industry, providing a structure for designing, developing, and producing vehicles and after sales support.

Toyota provides comprehensive training and education programs for dealership personnel, including sales, after sales service, and management training. These programs aim to improve the skills and knowledge of dealership staff, allowing them to better serve customers and achieve higher sales and customer satisfaction.

As a leading automotive manufacturer, Toyota offers various programs for dealership development to support their dealers and enhance their business operations.

Overall, Toyota’s dealership development programs offer a wide range of benefits to support their dealers in improving their operations, increasing profitability, and ultimately providing the best quality service and delivering excellent customer service like with the concept of “Best in Town” Service, Quality Service to every customer.

These programs help dealerships stay competitive in the automotive market and enhance their relationship with Toyota as a business partner. These frameworks are typically complex systems that enable manufacturers to streamline the production process, improve quality control, and reduce costs.

The importance of the framework in the automotive industry enables manufacturers to produce high-quality vehicles that meet specific requirements and regulations, while also improving efficiency and reducing costs. Frameworks help to ensure that the manufacturing process is consistent and that vehicles meet a high level of quality. This is essential for maintaining customer satisfaction and loyalty.

By improving efficiency, reducing waste, and standardizing processes, frameworks can help manufacturers reduce costs and increase profitability. This is important for staying competitive in a highly competitive industry. Frameworks help to standardize the design and development process, allowing manufacturers to produce vehicles that meet specific requirements and regulations. This ensures that vehicles are safe, reliable, and meet industry standards.

Take away from this article:

Overall, the “Fix It Right” dojo concept is a powerful approach to problem-solving and continuous improvement that promotes cross-functional collaboration, skill development, a culture of continuous improvement, and sustainable solutions. By implementing this concept, organizations can achieve faster problem resolution, improve their processes, engage and empower employees, and drive overall organizational success. So, it is worth considering as a valuable approach for organizations seeking to improve their problem-solving capabilities and achieve sustainable improvements in their operations.

In the last, I’d like to share a quote that I found really impactful: “If you don’t step forward, you will remain in place”. So, keep moving!

This article has been published in Automark Magazine’s May-2023 printed edition.

People visit the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

The Hycan ATELIER concept car is on display during the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

People look at an AITO M5 on display during the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

People look at a Nio ES6 on display during the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

A Yangwang U8 SUV is on display during the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

People visit the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

People look at a BMW concept car on display during the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

People look at a Lamborghini Revuelto supercar during the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

A Hongqi E001 electric car is on display during the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

People visit the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters.

People visit the exhibition area of Ora, a brand under Chinese automaker Great Wall Motors (GWM), during the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters. (Xinhua/Wang Xiang)

People look at a Neta GT Speedster on display during the 20th Shanghai International Automobile Industry Exhibition in Shanghai, east China, April 25, 2023. The exhibition, also known as Auto Shanghai 2023, is the first A-class international auto show held in China since the country adjusted its COVID-19 response. With 13 indoor exhibition halls, it boasts an exhibition area of more than 360,000 square meters. Source: Xinhua/Wang Xiang – China

Electric bikes, or e-bikes, have been around for a while now and are becoming increasingly popular worldwide. They offer an eco-friendly alternative to traditional bikes, with the added convenience of an electric motor to help you along. In Pakistan, e-bikes are still a relatively new concept, but with the country’s growing environmental concerns and a push towards sustainable transport options, the future of electric bikes in Pakistan looks bright.
First, let’s take a look at the current state of e-bikes in Pakistan. While they have been available in the country for a few years now, they have yet to gain widespread adoption. One of the main reasons for this is the cost. E-bikes are generally more expensive than traditional bikes, which can be a barrier for many people. Additionally, there is a lack of awareness about e-bikes and their benefits, which can make people hesitant to invest in one.
However, there are some signs that this may be changing. In recent years, there has been a push towards more sustainable transport options in Pakistan, with a focus on reducing air pollution and congestion. This has led to initiatives such as the introduction of electric buses in major cities and the promotion of cycling as a means of transportation. E-bikes could fit into this trend nicely, as they offer a way to cycle without having to worry about getting too tired or sweaty, which can be a deterrent for some people.
Another factor that could drive the adoption of e-bikes in Pakistan is the country’s geography. Pakistan is a mountainous country, with many steep hills and challenging terrain. This can make traditional cycling difficult, but e-bikes with their electric motors can make it much easier to tackle hills and other obstacles. This could make e-bikes an attractive option for people who live in hilly areas or who want to cycle longer distances without getting too tired.
In addition to these factors, there are also some practical benefits to e-bikes that could make them more appealing to people in Pakistan. For example, e-bikes are generally cheaper to maintain than traditional motorbikes or cars, which could be a selling point for people on a budget. They also offer a way to avoid traffic congestion, which can be a major problem in cities like Karachi and Lahore.
Of course, there are still some challenges that need to be addressed in order for e-bikes to become more popular in Pakistan. One of these is the lack of infrastructure to support them. For example, there are very few charging stations for e-bikes in the country, which can make it difficult to use them for long distances. Additionally, there is a need for better regulations around e-bikes, particularly in terms of safety standards and licensing.
However, there are some steps being taken to address these challenges. For example, the government of Pakistan has announced plans to install electric vehicle charging stations across the country, which could make it easier for people to use e-bikes for longer distances. Additionally, there are efforts underway to develop safety standards and regulations for e-bikes, which could help to ensure that they are used safely and responsibly.
In conclusion, the future of electric bikes in Pakistan looks promising. While there are still some challenges to overcome, there are also many factors that could drive the adoption of e-bikes in the country. With a growing focus on sustainable transport options and a need for more affordable and practical transportation solutions, e-bikes could be the perfect fit for Pakistan’s future. If the government and private sector work together to develop the necessary infrastructure and regulations, we could see a significant increase in the number of e-bikes on Pakistan’s roads in the coming years.

However, as per data of Engineering Development Board (EDB), 23 local organizations have registered their companies to establish electric bike setup in Pakistan. Our of 23 registered upcoming assembler/manufactures few of them already introduce e-bikes for customers and many more are working on it.
Other than these companies many other local and foreign investors are keen to invest in EV sector in Pakistan. Some trading companies have import e-bikes in CBU condition to test the local market.
Recently, Foxtrot A Pakistan Company has partnered with Energica Motor Company Italy, the world’s leading manufacturer of electric superbikes marking a new era in sustainable and high-performance mobility.
Energica will offer its customers fastest and most powerful electric motorcycles in the world! With acceleration from 0-100 in just 2.6 seconds (faster than the fastest ICE bike), a range of 420 km on a single charge, and the fastest charging time of just 25-30 minutes Energica bikes are the perfect blend of performance and sustainability.
It is quite rare that a globally renowned automotive brand is launching in Pakistan even before launching in India. This is indeed a great beginning for the EV market in Pakistan