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By Counterman
As we enter a new year, many of us are still busy reviewing what we’ve done during the previous 12 months. From closing the books on 2024, to analyzing profitability and leveraging missed opportunities to increase those profits in the coming months, this is a busy time of year behind the scenes of any automotive business. Looking back is certainly important for gaining perspective on where we’ve been, but the upcoming year has the potential to bring a wide array of changes for consumers and business owners alike.
Consumer buying trends are expected to continue shifting toward even more online purchasing as we navigate through 2025 and beyond. In the automotive aftermarket, we’ve already embraced the concept of providing an online shopping experience for our customers, but that experience is changing as consumers adopt new habits and more providers enter the marketplace. The increasing use of mobile devices (and the increasing variety of these devices) will continue to change the methods we use to connect with consumers. Not only are buyers using mobile devices for roughly 65% of their automotive e-commerce inquiries, they are accessing an increasing amount of entertainment and information content. The number of eyes on the traditional advertising mediums of broadcast television, local radio and print media have steadily declined, with more people turning to subscription services like streaming platforms and satellite radio. With fewer advertising opportunities, finding new ways to engage our customers on their preferred devices becomes ever more important in the digital marketplace.
Software also is increasingly important to the vehicle itself. Connected cars have become part of a virtual network in recent years, commonly known as the “internet of things.” With onboard hardware and software capable of sending and receiving data, and the ability to interface with other connected devices, the automobile has officially joined the ranks of “mobile devices.” More than 70% of new vehicles are “connected,” with tech companies like Microsoft, Apple and Google often partnering with the OEMs to offer in-car infotainment, communications and vehicle health/maintenance data through a wireless 5G network infrastructure. For better or worse, this also has led to the ability of OEMs to offer “subscription” services for many features found in their SDVs (software defined vehicles). A monthly charge for access to your heated seats or remote start might rub some vehicle buyers the wrong way, but the acceptance rate for on-demand features like these is increasing as more people begin to view their vehicle in the same way they have come to utilize their other connected devices.
The bi-directional transfer and analysis of vehicle data is one key to utilizing the AI technologies behind ADAS and autonomous vehicle capabilities. SAE International recognizes six varying levels of “self-driving” vehicle automation, from emergency braking and blind spot warning (Level 0) all the way to fully-autonomous control under all driving conditions (Level 5). AI has a critical role in these vehicles “learning” their environment and then responding to changes in their surroundings, all in real time. For these systems to work efficiently (and safely), data from cameras, RADAR and LIDAR sensors must be collected and transmitted, analyzed and used by the AI program to make “educated” decisions to mimic a human operator. Like EVs, autonomous vehicles require a level of networked infrastructure that still does not exist on the scale necessary for mass adoption.
Data, in its many forms, is the cornerstone to improved technology. No matter if it takes the form of daily reports we generate to track sales, inventory and other KPIs, or a series of over-the-air communications that help keep a connected vehicle in its lane, the network of information that surrounds us is critical to our success in 2025 and beyond.
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By Counterman
Advance Auto Parts, Inc. announced it has appointed Shweta Bhatia as executive vice president and chief technology officer, effective immediately. According to the company, Bhatia brings more than 20 years of retail, technology and operational experience to
link hidden, please login to view. Most recently, she served as senior vice president of technology at Dollar General, where she led a multi-year, end-to-end technology transformation and modernization to enhance the company’s operational efficiency. “Shweta’s history of successfully executing transformational programs that focus on speed, efficiency and providing quality solutions to customers will greatly contribute to the execution of our three-year financial plan,” said Shane O’Kelly, president and chief executive officer. “We welcome Shweta to our leadership team that is passionate about carrying out our decisive actions which will set up Advance for future growth and value creation.”
Bhatia also served as vice president of technology at both Walmart International, where she led the company’s core retail technology portfolio, and Kohl’s Corporation, where she managed the strategy and implementation of solutions across multiple channels.
link hidden, please login to view said her passion for modern technology transformation began as an entrepreneur, creating the tech startup, Wisdom Info Tech, an award-winning technology firm. Bhatia received her MBA from Amity Business School and a bachelor’s degree at IT College, both located in India.
Sri Donthi, Advance’s current chief technology officer, will remain with the company for a period to assist in the transition. The company said it is grateful to Sri for his leadership and contributions over the last several years and wishes him well as he moves on to a new opportunity.
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By Advance Auto Parts
RALEIGH, N.C.--(BUSINESS WIRE)-- Advance Auto Parts, Inc. (NYSE: AAP), a leading automotive aftermarket parts provider in North America that serves both professional installers and do-it-yourself customers, today announced that it has appointed Shweta Bhatia as executive vice president and chief technology officer, effective immediately.
“Shweta’s history of successfully executing transformational programs that focus on speed, efficiency, and providing quality solutions to customers will greatly contribute to the execution of our three-year financial plan,” Shane O’Kelly, president and chief executive officer. “We welcome Shweta to our leadership team that is passionate about carrying out our decisive actions which will set up Advance for future growth and value creation.”
Ms. Bhatia brings more than 20 years of retail, technology, and operational experience to Advance. Most recently, Ms. Bhatia served as senior vice president of technology at Dollar General where she led a multi-year, end-to-end technology transformation and modernization to enhance the company’s operational efficiency. Ms. Bhatia also served as the vice president of technology at both Walmart International, where she led the company’s core retail technology portfolio, and Kohl’s Corporation, where she managed the strategy and implementation of solutions across multiple channels. Her passion for modern technology transformation began as an entrepreneur, creating the tech startup, Wisdom Info Tech, an award-winning technology firm.
Ms. Bhatia received her MBA at the Amity Business School and a bachelor's degree at IT College, both located in India.
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By abiztime
Various Types of Bearing Brake Disc(source from :rdbrake.com)
The primary function of bearing brake discs is to provide a stable and reliable surface for the brake pads to grip, thereby facilitating effective braking. When the brake pedal is pressed, the brake pads clamp onto the spinning brake disc, generating friction that slows down the wheel's rotation. The bearings within the brake disc assembly ensure smooth and consistent rotation, minimizing wear and tear on the braking system.
Types of Bearing Brake Discs
Ventilated Brake Discs: These discs feature internal vanes or vents that allow air to circulate, dissipating heat more efficiently. They are commonly used in high-performance vehicles and heavy-duty applications where heat management is crucial.
Solid Brake Discs: These are simple, flat discs without internal vents. They are typically used in smaller or lighter vehicles where excessive heat build-up is less of a concern.
Drilled and Slotted Discs: These discs have holes and grooves that enhance heat dissipation and improve braking performance, especially under extreme conditions. They also help in expelling dust and debris from the braking surface.
Composite Brake Discs: Made from a combination of materials such as cast iron and carbon composites, these discs offer superior performance, reduced weight, and enhanced heat resistance. They are often found in high-end sports cars and racing applications.
Maintenance of Bearing Brake Discs
Regular maintenance of bearing brake discs is essential to ensure the longevity and reliability of the braking system. Key maintenance practices include:
Inspection: Regularly inspect the brake discs for signs of wear, such as grooves, cracks, or uneven surfaces. This can prevent potential brake failure.
Cleaning: Keep the brake discs clean from dust, dirt, and debris. Use appropriate cleaning solutions and tools to avoid damaging the surface.
Lubrication: Ensure that the bearings are properly lubricated to reduce friction and prevent overheating. Use the recommended type and amount of lubricant for optimal performance.
Replacement: Replace the brake discs when they show significant signs of wear or when they reach the manufacturer's recommended lifespan. Timely replacement can prevent more severe damage to the braking system.
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By abiztime
Various Packaging way of Brake Discs( from RDBRAKE.COM)
In the automotive parts industry, as the key safety components, the packaging design of brake discs is not only related to the product's market image, but also directly affects consumers' purchasing decisions.
1. Plastic bag
Generally, brake discs are first packed in a plastic bag. The plastic bag will be sealed as customers' requirement.
2. Neutral white box and kraft paper box: low cost.
3. Neutral colorful box for brake discs
4, Colorful pizza box for brake discs
5, Pallet
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