EV Lifting Points Reference: A Shop Guide by Make and Model

If your bay has started seeing more Teslas, Mach-Es, Rivians, and Bolts than pickups, you already know the old habit of eyeballing a pinch weld and rolling with it doesn’t work anymore. An accurate ev lifting points reference is the difference between a clean lift and a cracked battery enclosure that costs more than the car is worth. We install and service lifts across Iowa for shops making this exact transition, and we get calls weekly asking where the safe contact points actually are on today’s electric models. This guide pulls together what we’ve learned from the field, from manufacturer service documentation, and from watching techs make (and avoid) expensive mistakes.

Why an EV Lifting Points Reference Matters More Than It Used To

Traditional lifting instruction was forgiving. Frame rails were obvious, pinch welds were marked, and a few inches of error rarely mattered. Electric vehicles removed that margin. Battery packs run the length of the underbody on most platforms, and they are structural, expensive, and sensitive to point loading. A lift arm placed two inches off spec can crack a pack housing, trigger a coolant leak, or flex a high-voltage cable routed along the rail. That’s why we tell every shop we work with: don’t rely on memory or on what worked for a gas car from the same brand. Pull the actual ev lifting points reference for that specific trim and year before the vehicle goes up.

It also matters for liability. If a battery pack is damaged on your lift, the repair bill and the argument over fault land on your shop, not the manufacturer. We’ve seen insurance claims get messy fast when there’s no documentation showing the tech used approved contact points. Keeping a printed or bookmarked ev lifting points reference at each bay, and having techs sign off that they checked it, is cheap insurance against a five- or six-figure mistake. It also speeds up training — new hires can look at the same diagram everyone else uses instead of guessing.

Tesla Model 3, Model Y, and Model S Contact Points

Tesla vehicles use reinforced jack pads molded into the rocker panels, and these are the only approved contact points for two-post lifting without adapter pucks. Model 3 and Model Y share a similar layout with four pads near the wheel wells; Model S and Model X have their own slightly different spacing due to the longer wheelbase and different battery architecture. The factory service documentation is specific down to the inch, and it changes between model years as Tesla revises the underbody structure, so don’t assume a 2019 diagram still applies to a 2023 build.

Most shops running two-post lifts on Teslas use rubber or urethane lift pucks that seat into these factory pads and give the arm a stable, non-marring cradle. Without them, the factory pad edges can slip on a bare lift arm, especially on wet or salted Iowa winter days when the underbody is coated in grime. We stock puck sets sized specifically for Tesla platforms, and we walk shops through arm positioning during lift installs so the setup matches the reference points on day one rather than after a near-miss.

Ford, GM, and Rivian Electric Truck and SUV Points

The F-150 Lightning keeps much of the standard F-150 frame architecture, which helps — the front and rear jacking points are closer to a traditional truck than a Tesla sedan. However, the battery pack sits between the frame rails, so arms need to stay on the outer rail sections rather than drifting toward center supports. GM’s Ultium-based vehicles, including the Hummer EV and Silverado EV, use a skateboard-style pack with specific reinforced rails cast into the design; GM’s documentation marks these clearly, but they sit in slightly different positions than the internal-combustion trucks techs are used to.

Rivian’s R1T and R1S are unique enough that we recommend printing their specific diagram rather than trusting memory, since the frame doesn’t map neatly to any prior Rivian or comparable truck platform. Across all three brands, the theme is the same: the general truck shape is familiar, but the exact points have moved compared to the gas equivalent, and assuming otherwise is how expensive mistakes happen on a busy Friday afternoon.

Four-Post and Mid-Rise Lifts for EV Battery Service

Two-post lifts get most of the attention in this conversation, but four-post and mid-rise scissor lifts solve a different problem: they let you drive the vehicle on and support it by its wheels, sidestepping underbody contact points entirely for general service. This is often the safer choice for shops that don’t do EV-specific work every day, since there’s no risk of misplacing an arm on a pack rail. For battery removal or pack service, though, you still need a rolling jack or a specialized EV battery lift table positioned at the correct points beneath the vehicle, and that’s where a detailed reference becomes non-negotiable again.

We help Iowa shops choose between two-post, four-post, and mid-rise setups based on how much EV volume they expect. A shop doing occasional oil changes and tire rotations on customer EVs is often better served by a mid-rise or four-post platform paired with a rolling bridge jack for pack access. A dedicated EV service center doing pack swaps and drivetrain work needs both the lift and a purpose-built battery removal system, plus the training to match. Either way, the lift itself is only half the equation — the other half is knowing exactly where it’s safe to touch the car.

Building a Shop-Wide EV Lifting Points Reference System

The shops that avoid EV damage claims aren’t the ones with the newest equipment — they’re the ones with a system. That usually means a binder or tablet at each lift bay with current diagrams for every EV make the shop services, updated whenever a manufacturer issues a revision. It also means a habit: before the vehicle goes up, someone confirms the model year and trim against the ev lifting points reference on file, out loud, every time. That thirty-second check has saved more than one shop we work with from a very bad afternoon.

We also recommend cross-training at least two techs per shift on EV lift procedures rather than relegating it to one specialist. EVs don’t arrive on a predictable schedule, and the tech on duty when a Model Y rolls in needs to know the routine cold. If you want a deeper walkthrough of point locations by brand, our EV lifting points guide covers individual models in more depth, and our EV lifting points safety article covers the training and sign-off process we recommend for new technicians.

Matching Lift Capacity to Heavier EV Curb Weights

Battery packs add substantial weight, and that changes the math on lift capacity even when the contact points are correct. A Rivian R1T or Hummer EV can weigh considerably more than its gas-powered counterpart, and running it on a lift rated for lighter trucks isn’t just risky — it can be outside the lift’s certification entirely. Before you build out your ev lifting points reference for a new model, check the curb weight against your lift’s rated capacity, including a safety margin, not just the bare minimum number.

This is a common gap we find during lift inspections: a shop bought a two-post lift years ago sized for the vehicles they served then, and now heavier EVs are pushing against the edge of that rating without anyone re-checking the math. Our EV lifting points and capacity resource walks through weight classes by vehicle type, and if your current lift is undersized for the EVs coming through your door, it’s worth a conversation before a capacity issue becomes a safety incident.

Adapters, Pucks, and Accessories That Make It Repeatable

Even a perfect reference diagram doesn’t help if the arm itself can’t hold position on a rounded or reinforced pad. This is where adapter pucks, extension blocks, and lift-specific accessories come in — they translate the reference points into something the arm can actually grip securely, without marring the underbody or slipping mid-lift. We supply adapter kits sized for the specific pad geometry on Tesla, Ford, GM, and Rivian platforms, and we can match accessories to whatever lift brand you’re already running, including Rotary and BendPak equipment common in Iowa shops.

If you’re not sure which adapters fit your lift and the EVs you’re servicing, our EV lifting points adapters page breaks down compatibility by lift type. Getting this piece right turns your reference diagram from a document into a repeatable, safe process every tech on the floor can follow without guesswork.