EV Lifting Points: What Every Shop Needs to Know
An EV can look like any other late-model vehicle rolling into the bay, but the lifting procedure is not something to assume. EV lifting points are designed to carry the vehicle at specific reinforced areas of the chassis. Miss those points, or use the wrong pad setup, and a routine tire rotation can become expensive damage to an underbody shield, battery enclosure, rocker panel, or sensor.
For a professional shop, getting this right protects more than the vehicle. It protects technician safety, limits comebacks, and keeps a profitable service bay moving. For the serious home garage owner, it helps make sure the lift you invested in is being used the right way.
Why EV Lifting Points Matter More Than Ever
Most electric vehicles carry a large, heavy high-voltage battery pack low in the chassis. That battery placement gives the vehicle a low center of gravity and solid handling, but it also changes what is underneath the car. The floor area that may have been open, structural metal on a gas-powered vehicle can now be covered by a battery tray, cooling hardware, aerodynamic panels, wiring protection, or reinforced composite shielding.
The battery pack is not a lifting surface unless the manufacturer specifically says it is. It is also not a place to rest a jack arm just because it looks flat and substantial. Damage to the pack enclosure can create a very costly repair, and any impact to high-voltage components deserves careful inspection.
Electric vehicles are also often heavier than comparable gas models. A compact EV may carry hundreds of extra pounds, while larger electric SUVs and trucks can quickly push a shop's equipment closer to its capacity limits. That makes correct arm placement, stable loading, and lift capacity verification part of the same conversation.
Where to Find the Correct EV Lifting Points
The only dependable answer is the vehicle manufacturer's current service information. Vehicle-specific lift locations can vary by model year, trim, battery configuration, drivetrain, and even market. A technician should review the OEM lifting diagram before raising an unfamiliar EV, not rely on a quick look under the rocker panel.
In many vehicles, the approved points are reinforced jack pads near the pinch weld or along the lower body rail. Some are clearly marked, while others are recessed or hidden behind trim. Tesla models, for example, commonly use dedicated round jack points that require a correctly sized lift pad adapter. Other makes may call for flat rubber blocks, slotted pads that capture a pinch weld, or adapter pucks designed for a specific frame opening.
Do not confuse a jack point with every safe support point. A manufacturer may identify different locations for a floor jack, a two-post lift, a four-post lift, and jack stands. If the vehicle is being raised on a drive-on lift for wheel service, the approved bridge jack contact points can be different from the tire-contact runway support.
Look Beyond the Obvious Contact Area
A lift arm may appear to be under a reinforced section but still sit too close to a battery tray edge, underbody panel fastener, or plastic aero shield. Before lifting, inspect the contact point from both sides of the vehicle. Confirm that the pad is centered, fully engaged, and clear of anything that should not carry weight.
This is especially important when working with low-clearance vehicles. Short arm adapters or low-profile lift arms may be necessary to reach the correct points without pushing against the body. The goal is not simply getting the arms underneath. The goal is making solid, manufacturer-approved contact before the tires leave the floor.
Lift Pads and Adapters Are Part of the Safety System
A quality vehicle lift is only as good as the contact between the lift and the vehicle. Standard rubber lift pads work well for many applications, but EVs frequently need more specialized support. The right adapter protects the chassis while helping prevent the vehicle from shifting as it rises.
Common options include slotted pinch-weld pads, round jack pad pucks, tall truck adapters, and low-profile blocks. The right choice depends on the vehicle and the lift. A hard metal adapter that does not match the factory support point can damage paint, crush a seam, or slip under load. A pad that is too soft, too small, or too tall can also create stability problems.
Keep adapters organized near the lift rather than leaving technicians to improvise. A clearly labeled pad rack or service cart saves time and makes it easier to use the correct equipment on every job. This is a small operational detail that can prevent a large repair bill.
Choosing a Lift for EV Service
A two-post lift remains one of the most versatile choices for general automotive repair, brakes, tires, suspension work, and underbody access. For EV service, pay close attention to arm reach, minimum arm height, pad adapter options, and overall lifting capacity. Asymmetric arms can provide good door clearance and balance for many passenger vehicles, while symmetric setups may be a better fit for certain heavier or longer vehicles.
A 10,000-pound two-post lift is a common starting point for mixed fleets, but capacity should be selected based on the heaviest vehicles your shop expects to service, not just the cars currently coming through the door. Electric trucks, full-size SUVs, and commercial vans can change the requirement quickly. There is no benefit in buying close to the line when the vehicle market is moving toward heavier platforms.
Four-post lifts are a strong option for inspections, alignments, tire work, storage, and vehicles with difficult lifting-point access. Since the tires sit on runways, the vehicle is supported in a familiar position. For brake, suspension, and wheel work, a properly rated bridge jack can raise the vehicle from approved points while it remains on the runways.
Scissor lifts can also fit EV work well, particularly in high-volume tire and quick-service bays where floor space matters. The trade-off is access. A full-rise scissor lift may block portions of the undercarriage, and the platform position must be checked carefully against the battery area and factory lift instructions.
A Safe Process for Raising an Electric Vehicle
The basic process should be consistent, even when the vehicle changes. Start by confirming the vehicle weight and approved lifting locations. Check the lift's rated capacity, inspect arms, pads, locks, cables, and adapters, and make sure the floor area is clean and level.
Position the vehicle according to the lift manufacturer's instructions. Set each arm or support under the correct OEM location, then raise the vehicle only a few inches. At this point, stop and perform a stability check. Verify each pad is seated correctly, inspect for body or battery contact, and gently rock the vehicle only as appropriate to confirm it is secure.
Once the vehicle passes the low-height check, raise it to the working height and set it down on the lift's mechanical safety locks. Do not work under a vehicle supported only by hydraulic pressure. Before lowering, clear tools, stands, and personnel from the area, then lower smoothly while watching for arm interference with rocker panels and trim.
For EVs equipped with air suspension or special service modes, follow the manufacturer procedure before lifting. Some vehicles need suspension settings changed to prevent automatic leveling behavior or sensor faults. Others may have specific instructions for disabling certain systems during service. This is one more reason the repair information should be open before the vehicle reaches full height.
Train for the Vehicle, Not Just the Lift
Lift training is not a one-time box to check. EV platforms, battery layouts, jack pad designs, and manufacturer procedures continue to change. Shops should make EV lifting part of technician onboarding and refresh the process whenever new vehicle types become common in the area.
That training should cover more than where to place the arms. Technicians need to know what battery and high-voltage components look like, when to stop work, and when damage requires escalation. A dented splash shield may be cosmetic. A struck battery enclosure, coolant line, or high-voltage cable is a different situation.
Shops that service a broad range of vehicles should also review insurance requirements, shop policies, and equipment inspection records. Proper procedures do not slow down a good shop. They reduce avoidable interruptions, help protect customer vehicles, and build the confidence customers expect when bringing newer technology into an independent service bay.
EV service is becoming regular service work, not a specialty reserved for dealerships. The right lift, correct adapters, current vehicle information, and a disciplined first-few-inches check give your team a practical foundation for handling it safely. If you are planning equipment for a growing EV workload, Wholesale Lifts can help you compare lift configurations based on the vehicles and services your shop handles.
