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By USPartsinc
Artificial Intelligence (AI) is no longer just a technology buzzword—it's becoming a practical tool that is changing the way auto parts distributors, wholesalers, and retailers operate. From inventory management to parts identification, AI is helping businesses improve efficiency, reduce costs, and deliver better customer experiences.
As the automotive aftermarket becomes more competitive, companies that embrace AI-driven solutions may gain a significant advantage.
Smarter Inventory Management
One of the biggest challenges in the auto parts industry has always been inventory control. Stock too much, and valuable capital gets tied up in slow-moving products. Stock too little, and customers may face delays.
AI-powered forecasting tools can analyze historical sales data, seasonal trends, vehicle population statistics, and purchasing patterns to predict future demand more accurately. This allows distributors to maintain optimal inventory levels while reducing overstock and stockouts.
The result is better product availability and improved operational efficiency.
Faster and More Accurate Parts Identification
Finding the correct part for a specific vehicle can sometimes be complicated, especially with multiple trim levels, engine configurations, and model variations.
AI is helping simplify this process by improving catalog accuracy and fitment matching. Advanced systems can quickly analyze vehicle information and recommend the correct components, reducing errors and minimizing costly returns.
For customers and repair shops, accurate part identification means less downtime and greater confidence in every purchase.
Improving Customer Service
Customer expectations continue to rise. Whether ordering online or through a sales representative, buyers expect quick responses and accurate information.
AI-powered chat systems and support tools can assist customers by answering common questions, checking inventory availability, tracking orders, and helping identify compatible parts. This allows customer service teams to focus on more complex inquiries while improving response times.
In a fast-paced market, speed and accuracy often make the difference between winning and losing a customer.
Optimizing Supply Chain Operations
Supply chain disruptions have challenged the automotive aftermarket in recent years. AI helps businesses respond more effectively by monitoring purchasing patterns, supplier performance, shipping times, and market conditions.
With better visibility into the supply chain, distributors can make informed purchasing decisions and identify potential shortages before they impact customers.
This proactive approach helps create a more resilient and reliable distribution network.
The Future of AI in the Aftermarket
As AI technology continues to evolve, its role in auto parts distribution will likely expand. We can expect more advanced demand forecasting, automated warehouse operations, predictive maintenance insights, and enhanced e-commerce experiences.
While AI will not replace industry expertise, it can serve as a powerful tool that helps businesses make smarter decisions and operate more efficiently.
Final Thoughts
Artificial Intelligence is rapidly becoming an important part of the automotive aftermarket. From inventory forecasting and parts matching to customer support and supply chain optimization, AI is helping distributors adapt to a more complex and competitive market.
Companies that successfully combine industry knowledge with modern technology will be better positioned to meet customer expectations and drive long-term growth in the years ahead.
How is AI impacting your business? Have you started using AI tools for inventory management, cataloging, customer service, or forecasting? Share your experience with the community.
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By Counterman
Standard Motor Products Inc. (SMP) announced expanded coverage in multiple engine sensor categories. Advanced internal combustion engine systems such as variable valve timing and turbocharging depend on timely, accurate data from multiple sensors. SMP said its engine sensors are designed for accuracy, speed and durability, and each sensor is tested and validated for performance in extreme conditions.
Engine Sensor Categories and New Part Numbers
link hidden, please login to view engine sensor categories include camshaft position sensors, crankshaft position sensors, battery current and voltage sensors, mass air flow (MAF) sensors, manifold absolute pressure (MAP) sensors, coolant temperature sensors, throttle position sensors and fuel pressure sensors. Recent part number additions have expanded these categories. MAP sensors have been added for General Motors vehicles through the 2025 model year, as well as Ford vehicles such as the 2021 through 2025 F-150, 2018 to 2023 Transit Connect and 2021 to 2024 Bronco. MAF sensors are new for 2.2 million Lexus and Toyota vehicles, as well as Cadillac cars and SUVs through 2024. Coolant temperature sensors were recently introduced for vehicles such as the 2020 to 2023 Chevrolet Silverado and 2021 to 2023 GMC Yukon.
Multiple battery current and voltage sensors were recently added, introducing coverage for the 2020 to 2025 Nissan Sentra, 2018 to 2024 Jeep Wrangler, 2019 to 2023 Kia Soul and 2019 to 2025 Lexus ES300h. Additionally, engine oil level sensors have been introduced for more than 6 million Toyota and Lexus vehicles through the 2025 model year.
Testing and Validation
link hidden, please login to view said its engine sensors are subjected to extensive testing in the lab, on actual vehicles and at the end of the line to ensure quality. Camshaft and crankshaft position sensors undergo vibration testing for 48 to 68 hours on multiple planes for durability and are chamber tested from minus 40 °F to 257 °F for accuracy in all conditions. They are then validated on actual vehicles to help optimize the performance of fuel injection and variable valve timing systems. Each sensor is end of line tested for timing, pulse width and signal amplitude. “Standard offers thousands of precision engineered sensors in multiple categories, providing our trusted partners with the industry leading coverage they expect from us,” said John Herc, vice president of vehicle control marketing at SMP. “But we do not just stop at coverage; we design and test our engine sensors specifically for accuracy, speed and durability to keep modern vehicles operating as intended.”
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By Counterman
The
link hidden, please login to view (ACPN), a community of the Auto Care Association, is now accepting applications for its Leadership 2.0 Scholarship, which will award one ACPN member the opportunity to attend the University of the Aftermarket’s Leadership 2.0 Program. “This scholarship reflects ACPN’s commitment to developing strong leaders within the content community,” said Joe Thomas, scholarship chair of the ACPN Council. “By supporting participation in Leadership 2.0, we’re helping members grow personally and professionally while advancing the industry as a whole.”
About the Leadership 2.0 Program
The Leadership 2.0 Program is a postgraduate-level leadership and business education experience designed to support the development of auto care industry leaders. Leadership 2.0 offers a two-week curriculum that blends theory with real-world application of leadership principles specific to the auto care industry.
Eligibility Requirements
To be eligible, applicants must be:
A current member of the ACPN community; and Employed by an Auto Care Association member company. CEUs and Scholarship Coverage
Graduates of the Leadership 2.0 Program will receive 7.0 CEUs toward their Automotive Content Professional (ACP) and Automotive Aftermarket Professional (AAP) designations. The scholarship is valued at $6,650 and covers tuition, course materials and meals. The scholarship recipient is responsible for their own travel and hotel accommodations.
Program Sessions and Locations
The first session of Leadership 2.0 is scheduled for Aug. 9–13, 2026, at Northwood University in Midland, Michigan. The second session will take place in March 2027 in Raleigh, North Carolina.
Application Information
For more information about the ACPN Leadership 2.0 scholarship, including a complete list of eligibility requirements and the application, visit the
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By Counterman
The
link hidden, please login to view (ACPN), a community of the Auto Care Association, is now accepting applications for its Leadership 2.0 Scholarship, which will award one ACPN member the opportunity to attend the University of the Aftermarket’s Leadership 2.0 Program. “This scholarship reflects ACPN’s commitment to developing strong leaders within the content community,” said Joe Thomas, scholarship chair of the ACPN Council. “By supporting participation in Leadership 2.0, we’re helping members grow personally and professionally while advancing the industry as a whole.”
About the Leadership 2.0 Program
The Leadership 2.0 Program is a postgraduate-level leadership and business education experience designed to support the development of auto care industry leaders. Leadership 2.0 offers a two-week curriculum that blends theory with real-world application of leadership principles specific to the auto care industry.
Eligibility Requirements
To be eligible, applicants must be:
A current member of the ACPN community; and Employed by an Auto Care Association member company. CEUs and Scholarship Coverage
Graduates of the Leadership 2.0 Program will receive 7.0 CEUs toward their Automotive Content Professional (ACP) and Automotive Aftermarket Professional (AAP) designations. The scholarship is valued at $6,650 and covers tuition, course materials and meals. The scholarship recipient is responsible for their own travel and hotel accommodations.
Program Sessions and Locations
The first session of Leadership 2.0 is scheduled for Aug. 9–13, 2026, at Northwood University in Midland, Michigan. The second session will take place in March 2027 in Raleigh, North Carolina.
Application Information
For more information about the ACPN Leadership 2.0 scholarship, including a complete list of eligibility requirements and the application, visit the
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By NAPA
Chase Elliott qualified 13th for Sunday’s NASCAR Cup Series race at Kansas Speedway. The 30-year-old driver earned points in each of the first two stages, finishing sixth and fourth, respectively. While visiting pit road ahead of the final stage, Elliott got blocked in his stall and lost several positions. He made his way back inside the top 10, ultimately earning an eighth-place finish. It was his 14th top-10 finish at the 1.5-mile tri-oval. Elliott leaves Kansas sixth in the Cup Series points standings, 152 markers behind the leader.
Chase Elliott and the No. 9
link hidden, please login to view team qualified 13th for Sunday’s NASCAR Cup Series race at Kansas Speedway. The 30-year-old’s No. 9 NAPA Auto Parts Chevrolet showed speed from the drop of the green flag. He was up to 11th by lap 21, where he remained until pit stops got underway on lap 33. Elliott stayed out until crew chief Alan Gustafson called him to pit road on lap 39 for four tires and fuel. He worked his way up to 10th by lap 47 and used his slightly fresher tires in the closing laps of stage one to advance to sixth before the green-and-white checkered flag waved on lap 80.
During the stage break, Elliott reported that he “hurt the right rear a little worse.” He brought his No. 9 NAPA Auto Parts Chevrolet to pit road for four tires, fuel and an air pressure adjustment. A fast pit stop gained Elliott multiple positions, making him third to choose for the restart. He opted for the outside of row two to start the second stage on lap 89. Elliott improved to second initially before dropping to fourth on lap 97. He relayed to his team that his Chevrolet was “consistently just a little more snug.” Shortly after, another round of green-flag pit stops got underway. Elliott visited pit road on lap 121 for four tires, fuel and an air pressure adjustment. He returned to the track in 14th and was running in second once the field completed the pit cycle on lap 128. Elliott continued to run inside the top five, ending the second stage in fourth place on lap 165.
Under the stage-ending caution, Elliott brought the No. 9 NAPA Auto Parts Chevrolet to the attention of his crew for four tires, fuel and an air pressure adjustment. He unfortunately got blocked in when trying to exit his pit stall, which cost him several positions. The 2020 Cup Series champion was 12th to choose for the restart, opting for the inside of row six. He settled into 12th early in the final stage before fading to 14th on lap 186. The No. 9 NAPA Auto Parts Chevrolet got stronger as the run went on. Elliott improved to 11th on lap 190, where he remained until teams started visiting pit road on lap 214. Gustafson called Elliott to pit road for four tires and fuel on lap 220. Elliott found himself back inside the top 10 on lap 245 and was running in ninth when the caution flag waved with just two laps to go. Varying pit strategies came into play, with some teams opting for two tires while others took four. The No. 9 team put right-side tires on the NAPA Chevrolet, and Elliott lined up on the inside of row four for the overtime restart. He battled hard to try to stay ahead of the cars on four fresh tires, ultimately earning an eighth-place finish.
Start / Finish: 13 / 8
Points Standing / Total: 6th / 305 pts. (-152)
Next Race: Sunday, April 26, Talladega Superspeedway
How to Watch or Listen: 3:00 p.m. ET on FOX, SiriusXM or MRN
NAPA:
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Chase Elliott: link hidden, please login to view
Hendrick Motorsports: link hidden, please login to view
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