The Future of Car Lifts: How Electric Vehicles Are Changing Automotive Equipment

The automotive world is rapidly moving towards an electric future. This shift is significantly impacting automotive equipment, particularly EV car lifts. The rise of electric vehicles (EVs) on our roads marks a major change in vehicle design. It also highlights the need for specialized service equipment, driving innovation in the car lifts industry¹².

With EVs expected to capture up to one-third of the North American market by 2029, the demand for EV-compatible car lifts is growing fast. This marks a new era of automotive equipment innovation, characterized by advanced technologies and tailored designs². Industry leaders like Stertil-Koni and Challenger Lifts are creating robust solutions for EVs.

These solutions address the unique needs of EVs, including battery and wiring safety. They also accommodate the varied configurations of EV models³². This evolution aligns with our sustainable momentum, setting the stage for a future where reliable and efficient EV car lifts are essential in automotive maintenance.

The Evolution of Car Lifts in Response to the Rise of EVs

The automotive industry’s shift towards sustainable solutions has been marked by the rise of electric vehicles (EVs). This transition has led to heavier vehicles on the road due to their large batteries. As a result, car lifts designed for internal combustion engine vehicles may not be sufficient, posing a risk of damage during maintenance⁴.

Manufacturers have responded with a surge in innovation, developing car lifts specifically for electric cars. They have re-engineered their products to handle the increased weight and unique specifications of EVs⁴. Automotive tools firms now offer advanced lifts with enhanced safety mechanisms to protect EVs’ high voltage systems during servicing⁴. This is crucial, as using incorrect lifts can risk significant damage to the vehicle’s battery and electronics, leading to costly repairs⁴.

Companies like Stertil-Koni and Challenger Lifts are at the forefront with their specialized lifts for electric vehicles. These lifts boast higher lifting capacities and robust safety features to accommodate EVs’ substantial battery packs. This allows automotive shops to adapt quickly to the changing landscape of vehicles requiring maintenance⁴.

The evolving car lift technology also reflects a broader theme of automotive maintenance transformation. These innovative car lifts are designed to serve both new electric models and legacy vehicles. This ensures a smooth transition for automotive service centers⁴.

The increased adoption of EVs has driven rapid development in car lifts for electric cars. This mirrors the surge in EV registrations, which saw a 40% increase in recent years⁵. The push towards vehicles less reliant on fossil fuels continues to drive enhancements in automotive tools and infrastructure. This supports the inevitable future of transportation.

Assessing the Need for Upgrading to EV Car Lifts

The U.S. has around 275 million registered vehicles, with only 1.25% being electric vehicles (EVs). This might suggest that upgrading to EV car lift upgrades in auto shop equipment isn’t urgent⁶. Yet, EV sales have skyrocketed, more than quadrupling since 2018, reaching 1.07 million new EVs sold last year. This rapid growth indicates a significant shift towards electric vehicles⁶. States like California, Texas, and Florida, which hold a third of all U.S. EVs, show promising regional markets for such upgrades⁶.

An auto shop equipment assessment in these areas might reveal a pressing need for EV-supporting infrastructure. The EV market’s expansion has brought in new manufacturers, promising a sustained presence. This justifies the initial investment in advanced lifting solutions for EVs⁶. Specialized lifts and scissor tables, capable of handling the heavier weights and allowing for battery maintenance, are crucial⁶.

Moreover, the efficiency of modern car lift models, capable of raising vehicles in under 30 seconds and lowering them in 20, meets the high demands of busy auto shops⁷. Adopting lifts certified by the Automotive Lift Institute ensures safety and quality, giving shops a competitive edge⁷.

Shops in less saturated EV markets might not need to rush upgrades but should plan for both ICE and EVs. This strategy prepares them for an electric future while managing current needs. Shop owners must strategize upgrades, considering industry standards and technological advancements to stay relevant⁶.

The key is balancing current market needs with future trends when deciding on EV car lift upgrades. A thorough auto shop equipment assessment helps businesses align with both present and future demands. This ensures a solid foundation for growth and innovation⁶⁷.

The Importance of Wheelbase and Weight Considerations for EV Lifts

The rise in electric vehicle (EV) adoption has highlighted the need for specialized equipment, especially electric vehicle lifts. Carl Boyer of Stertil-Koni emphasizes the importance of understanding vehicle specifics. This includes the wheelbase and weight, which significantly impact lift design and functionality.

The shift to EVs poses a challenge due to their heavier weight from batteries. This necessitates a lift capacity increase from 10,000-lb to 16,000-lb for safely lifting larger vehicles like F-350 or F-450 trucks⁸. Mobile column lifts also require matching the lift’s capacity to the vehicle’s specifications, ranging from 7,500 lbs to 26,000 lbs⁸.

The wheelbase of a vehicle is crucial, as different models and services demand customized lift styles. This customization ensures safe and efficient lifting, reducing unnecessary labor. For example, positioning swing arms on two-post lifts can take up to 10 minutes per vehicle, leading to about 80 hours annually in unproductive repair time⁸. Features like drive-through ramps and LED lighting can enhance operational throughput and safety, proving cost-effective for busy shops handling many electric vehicles⁸.

It’s also vital to ensure electric vehicle lifts meet EV maintenance needs, including strict safety standards due to high-voltage components. Using ALI-certified lifts that support the weight and have the reach for precise lifting point positioning is crucial. Mismatches can lead to safety hazards and equipment damage⁹.

Ultimately, the selection of lifts in automotive shops must align with current needs and anticipate future trends in vehicle technology. With EVs expected to dominate the roads, shops must evolve with innovative and adaptable lift solutions. This foresight will safeguard both productivity and safety, highlighting the critical role of wheelbase and weight considerations in lift design and functionality.

Design Innovations in Car Lifts for Electric Vehicles

The shift to electric vehicles (EVs) has driven significant advancements in car lift technology. EV car lift innovations address the unique needs of electric vehicles. For example, the Rotary IG210W lift can handle up to 10,000 pounds and reach 77 inches in 54 seconds without Shockwave™ technology. This is crucial for reducing service time with Shockwave™ technology, showing a significant improvement in efficiency¹⁰.

The SLW210 Wide SmartLift® Inground Lift is designed for EVs, with a 10,000-pound lifting capacity and a 53-second rise time without Shockwave™. It also offers an 88.0625-inch drive-thru clearance, vital for accommodating EVs’ broad structures¹⁰. The SPO12 WIDE two-post lift stands out with a 12,000-pound lifting capacity and a 60-second rise time. It extends to a remarkable 59 inches, efficiently handling various vehicle sizes and shapes¹⁰.

BendPak’s EV12DPS model is a notable competitor, lifting up to 12,000 pounds with its primary arms and an additional 2,500 pounds with lift assist arms¹¹. It features the Automatic Swing Arm Restraint System (ASARS), providing over 2,000 pounds of load-holding force. This is essential for stability and safety when maintaining heavy EVs¹¹. The Octa-Flex Series introduces an eight-arm design, enhancing reach and retraction capabilities. This sets new standards in automotive repair tools¹¹.

This push for innovation in car lifts goes beyond just accommodating EVs’ increased weight and different configurations. It’s also about protecting technicians from workplace injuries and improving operational efficiency. Automotive service centers are increasingly valuing these advanced systems for their safety, efficiency, and adaptability in EV servicing.

Specialized EV Lift Tables and Accessories

The automotive sector’s transition to sustainable energy has increased demand for specialized equipment, like EV lift tables. Companies like Stertil-Koni and Challenger Lifts have adapted their offerings to meet the needs of electric vehicles. They’ve introduced products like SKTJ Hydraulic Transmission Jacks and the BT series lift tables, designed for the efficient handling of heavy EV components, such as batteries¹².

These maintenance accessories focus on both functionality and operator safety. They feature adjustable heights, rechargeable batteries, and ergonomic designs. These advancements allow technicians to work more accurately and with less physical effort. They show the industry’s dedication to meeting the evolving needs of electric vehicle maintenance and improving workflow in maintenance facilities¹².

The introduction of models like the Mobi-EVS4500 by the Mobi-EVS Series marks a significant technological advancement in mobile EV battery lift tables. These models can lift up to 4,500 pounds and offer improved design and functionality. They are supported by leading automotive OEMs, highlighting the industry’s commitment to durable, versatile, and user-friendly maintenance solutions for various electric vehicles¹³.

In summary, as electric vehicles gain widespread acceptance, the development of specialized EV lift tables and accessories is crucial. They enable safer and more efficient vehicle maintenance and demonstrate the industry’s readiness to support the green revolution in automotive technology¹².

Meeting the Demand: EV Lifts for Enhanced Productivity and Safety

The rise in electric vehicles has pushed the need for advanced automotive equipment. This includes the creation of productive car lifts for electric cars that meet both function and safety standards. Challenger has led this charge with their Heavy-Duty Mobile Column Lifts. These can handle vehicles up to 152,000 lbs, catering to a wide range of electric vehicles and boosting automotive workshop safety¹⁴.

BendPak has also responded to market demands with modern technology and robust design in their four-post lifts. These lifts range from a light-duty 7,000 lbs to a heavy-duty 40,000 lbs. They adhere to ANSI/ALI ALCTV-2017 standards, ensuring reliability and safety in automotive workshops¹⁵¹⁶.

Using advanced car lifts offers several benefits, including better ergonomic access to electric vehicles. These vehicles have unique structures and heavier wheelbases. Lifts like Challenger’s 10K Wide Inground Lift and BendPak’s versatile four-post models meet these specific needs, providing stable and secure lifting solutions¹⁴¹⁵.

The introduction of specialized lifts has significantly boosted productivity in vehicle service bays. Features like one-handed pendant controls, automatic safety locks, and built-in hydraulic flow dividers are standard in many of these advanced lifts. These ensure a precise and even lift, crucial for the meticulous nature of electric vehicle maintenance¹⁴.

Challenger’s Lift Tables and the 15K 4-Post Lift / Alignment from the same brand are designed to enhance workflow efficiency and safety. They showcase the company’s commitment to improving automotive workshop safety through innovative design and technology¹⁴.

As workshops evolve with the increasing prevalence of electric vehicles, choosing the right lifts will be critical. Manufacturers like Challenger and BendPak are leading the way. They are driving changes that help automotive workshops meet the challenges of the new age of electric mobility¹⁴¹⁵¹⁶.

Preparing for the EV Market: Lift Manufacturers’ Perspectives

The electric vehicle (EV) revolution is reshaping the automotive landscape, with lift manufacturers at the forefront. Companies like Bendpak and Challenger Lifts are gearing up for the EV boom. They’re developing specialized systems, such as the Mobi-EVS, for handling EV batteries and powertrains. This strategy prepares them for today’s EVs and tomorrow’s, showcasing their agility in responding to market shifts¹⁷.

Repairing EVs requires a deep understanding of their unique characteristics. For example, replacing some EV battery packs can cost over $15,000. This highlights the need for precise lift points, as emphasized by ALI’s Lifting Points Guide. The guide is crucial, given EVs’ different center of gravity due to heavy batteries and motors¹⁷.

Training and proper equipment use are key, as ALI’s Lifting It Right course stresses. It teaches safe lifting practices to prevent injuries or damage during servicing¹⁷. Such training is essential for the growing EV population, with President Biden’s administration aiming for a 50% adoption rate of alternative fuel vehicles by 2030¹⁸.

The automotive industry is on the brink of a major transformation. Lift manufacturers are not just meeting current needs; they’re shaping the future of mobility. Their forward-thinking is crucial for sustaining innovation and meeting the evolving automotive sector’s demands.

Challenges and Solutions: Developing EV-Friendly Car Lifts

The rapid rise in electric vehicle (EV) adoption brings unique challenges in EV car lift development. The need for specialized equipment that caters to EV architectures is critical. The International Energy Agency forecasts that EVs will make up 60% of global vehicle sales by 2030¹⁹. This trend underscores the urgency for lift manufacturers to swiftly adapt. Key concerns include managing weight distribution and sensitive components like batteries and wiring, to avoid costly damage.

Innovations like the Rotary Lift’s LT33A Air-Hydraulic Lift Table offer adjustable platforms for various EV models. This aligns with automotive service solutions emphasizing precision and safety in repairs and maintenance. The equipment addresses the size challenges and unique lifting point needs of electric vehicles.

Training and support services are also crucial, providing repair manuals and updated skills for technicians. This ensures service personnel can handle evolving vehicle technologies, improving workshop service quality. With EVs having a higher average transaction price in March 2023 of US$58,940¹⁹, reliable maintenance services are essential to justify this premium.

The increasing demand for lithium-ion batteries¹⁹ and advancements in fast-charging infrastructure²⁰ highlight the need for updated automotive service solutions. Lift manufacturers must innovate not just in lift technology but also in integrating these lifts into an increasingly electric automotive infrastructure.

Understanding the Role of Aftermarket Services in EV Transitions

The shift to electric vehicles (EVs) is transforming the automotive industry, affecting aftermarket service implications and EV repair and maintenance significantly. Companies like Schaeffler and major brands are moving towards EVs, highlighting the need for specialized training and equipment. The National Institute for Automotive Service Excellence (ASE) has introduced new standards for technicians to handle high-voltage systems, essential for EVs²¹.

Jens Schüler, CEO of Schaeffler’s aftermarket division, stresses the importance of adapting aftermarket services for EVs. This involves providing specialized components like the E-Axle RepSystem-G and ensuring service personnel can manage EV-specific needs, such as battery and thermal system repairs²¹. The demand for EV-specific tools and diagnostic equipment is also increasing, as seen with Stertil-Koni’s SKTJ Hydraulic Transmission Jack for safely handling EV batteries²¹.

Training facilities, like Daimler Truck North America’s expanded Detroit Service Training Center, are crucial. They enhance technicians’ skills, focusing on electric powertrains and essential maintenance tasks for EVs’ longevity and reliability²¹. Companies like Kenworth Truck emphasize the need for specialized certification programs. These prepare technicians for the complexities of EV repair and maintenance, including high-voltage battery handling and keeping up with EV technology advancements²¹.

Understanding market demands and evolving consumer preferences is key to managing aftermarket services in EV transitions. Automakers must balance producing traditional engine parts with the increasing demand for EV components. This balance is essential for maintaining supply chain efficiency and customer satisfaction during industry changes²².

In conclusion, as the automotive industry leans towards electric vehicles, the aftermarket service implications for garages and service centers are extensive. The industry must rapidly adapt, focusing on training, certification, and specialized tools and components. This ensures efficient and effective service for the expanding electric vehicle fleet.

Revolutionary Portable Lifts for Enhanced EV Detailing

The rise of electric vehicles has changed the game in vehicle servicing, especially detailing. Revolutionary portable lifts meet this new demand, boosting efficiency in electric vehicle detailing. The BendPak LR-60P and MD-6XP lifts, for example, can handle up to 6,000 lbs, making them perfect for EVs²³.

Detailing EVs requires careful attention to high-voltage batteries and precise balancing. These lifts offer flexibility, adjusting to various EV sizes and profiles. The BendPak HD-7W and HD-9STX lifts, for instance, adjust to different heights and lengths, ensuring safe detailing across many EV models²³.

The next step in two-post lifts by BendPak, the AP Series, includes models like the 12APX and 12APX-192. These lifts cater to EV detailing needs with enhanced capacities and heights²⁴. Their automatic safety features and operational efficiency make them crucial for modern EV care.

The ergonomic design of these lifts prioritizes operator safety and comfort, boosting productivity. The AP Series features like Bi-Metric™ arms and Automatic Swing Arm Restraint System ensure strong lifting and safety²⁴.

Innovative design meets practical functionality in these lifts, addressing the core needs of EV detailing efficiency. These advancements allow detailing operations to reach new standards of precision and safety. Revolutionary portable lifts are leading the way to more specialized, efficient, and safe detailing solutions, marking a significant shift in automotive maintenance technology.

The Sustainability Aspect of Car Lifts in the EV Era

The automotive industry’s transition to electric vehicles (EVs) demands a corresponding shift in maintenance tools, including car lifts. Car lift manufacturers are embracing this change, aligning with the trend of eco-friendly automotive equipment. They ensure their products support sustainability, creating a future where environmental responsibility is paramount. This future is envisioned with 57% of consumers willing to change their purchasing habits to reduce environmental impact²⁵.

Modern car lift designs reflect a commitment to long-term environmental sustainability. They incorporate high-quality, reprocessable, and reconditionable components. This approach mirrors the industry’s focus on ecological stewardship and material resilience.

Companies like Schaeffler are exploring the potential of second-hand and remanufactured car parts for the aftermarket. This signals a commitment to ecological responsibility and material efficiency. Organizations are taking action, with 62% developing comprehensive sustainability strategies²⁵. The rise in eco-friendly materials in car interiors, such as recycled PET plastics and vegan leather, is driving this green movement. These materials align with the growing demand for environmentally sustainable products²⁶²⁷.

As electric vehicle sales reach 2.1 million in 2019, car lift solutions must evolve to meet this growth²⁵. Manufacturers are addressing the weight challenges posed by EV batteries with weight-saving strategies. This focus on sustainability in car lifts mirrors the eco-conscious nature of EVs. The aim is to create a sustainable loop, where vehicles and servicing equipment both prioritize environmental integrity.

Source Links

1. https://coatscompany.com/choosing-the-right-car-lift-for-ev-servicing-key-factors/ – Choosing the Right Car Lift for EV Servicing: Key Factors | Coats
2. https://www.tirereview.com/shop-ev-service-evolution/ – How to Lift an Electric Vehicle
3. https://www.fleetmaintenance.com/in-the-bay/shop-equipment/article/21295545/ev-lifts – Evolving for EVs
4. https://auto-tools.co.uk/latest-news/the-benefits-of-using-specific-electric-vehicle-car-lifts/ – The Benefits of Using Specific Electric Vehicle Car Lifts – Automotive Tools & Supplies
5. https://www.linkedin.com/pulse/ev-evolution-leading-lift-technology-electric-vehicles – 🔌 The EV Evolution: Leading lift technology for electric vehicles by Nussbaum & CCS Garage Equipment
6. https://www.fenderbender.com/articles/article/55036194/build-your-body-shop-for-evs – Build with Electrification in Mind 
7. https://www.tirereview.com/lifts-raising-vehicles-expectations/ – Lifts: Raising Vehicles and Expectations
8. https://www.fleetmaintenance.com/in-the-bay/shop-equipment/article/21211675/lift-considerations-to-maximize-productivity – Lift considerations to maximize productivity
9. https://www.shopownermag.com/ev-safety-basics-on-the-shop-floor-part-i/ – EV Safety Basics on the Shop Floor – Part I
10. https://www.alliedequip.com/best-lifts-for-electric-vehicles/ – Best Lifts For Electric Vehicles | Allied
11. https://www.bendpak.com/octa-flex-preview?srsltid=AfmBOoo7o3J9RO_5nxBEzRpW3HibEMik5ycTedO-bgv9AnCMWYYh9ixm – Revolutionizing Car Lifts BendPak Octa-Flex Two post lift Unveiled at NADA Expo 2024
12. https://www.bendpak.com/car-lifts/ev-battery-lift-tables/?srsltid=AfmBOopoQqcrdWqpVCjkA6Ch1LPYTCDg1NvV9Abl7YfIKFgp0QoLyZFp – EV Battery Lift Table | BendPak Vehicle Lifts
13. https://www.carwash.com/bendpak-ev-powertrain-lifts/ – BendPak drives shop productivity with EV, powertrain lifts
14. https://www.challengerlifts.com/ – Challenger Lifts | Industry-Leading Car Lifts & Lifting Solutions
15. https://www.bendpak.com/car-lifts/four-post-lifts/?srsltid=AfmBOorcRqW71ylFnxkVI5YCcA6Vth03t2VEN8e7Y6csMlVboVVUV23N – 4-Post Car Lifts | BendPak Vehicle Lifts
16. https://www.bendpak.com/car-lifts/four-post-lifts/?four_post_style=37&lifting_capacity=17&srsltid=AfmBOordzthlWbHN-DvjjzSi9NHAiJ9h4HoNEPI0-Wcc_J5mqgnatts_ – 4-Post Car Lifts | BendPak Vehicle Lifts
17. https://www.tomorrowstechnician.com/hv-ev-lifting-guidelines/ – HV/EV Lifting Guidelines –
18. https://www.ismworld.org/supply-management-news-and-reports/news-publications/inside-supply-management-magazine/blog/2023/2022-01/what-will-become-of-ice-oems-facing-the-ev-market/ – What Will Become of ICE OEMs Facing the EV Market?
19. https://www.exro.com/industry-insights/barriers-to-battery-electric-vehicle-adoption – Barriers to Electric Vehicle Adoption
20. https://researchberg.com/index.php/rcba/article/view/123/118 – PDF
21. https://www.fleetmaintenance.com/equipment/battery-and-electrical/article/53063121/electric-vehicle-fleet-shops – What EVs mean for fleet shop operations
22. https://medium.com/@manishhkumarsharma/product-life-cycle-an-automobile-perspective-3ca279a11f8c – Product Life Cycle: An Automobile perspective
23. https://www.bestbuyautoequipment.com/bendpak-lifts-s/519.htm – BendPak Two-Post and Four-Post Car Lifts
24. https://www.bendpak.com/blog/coming-soon-the-latest-additions-to-the-revolutionary-ap-series/?srsltid=AfmBOooOgZR_oUu3uA0dsOSao6_2EPZlMKEHgJPEUjlJhIpX05406TD6 – Coming Soon! The Latest Additions to the Revolutionary AP Series!
25. https://www.themanufacturer.com/articles/how-sustainable-are-electric-cars/ – How sustainable are electric cars?
26. https://www.carwash.com/ev-and-auto-interiors/ – How EV platforms and technology could transform auto interior design
27. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9934249/ – The other benefit of electric vehicles