Where to Jack Up Your Car: Jacking Points & Pinch Welds

Knowing your car’s jacking points is the difference between a five-minute tire rotation and a bent floor pan or a car that slips off the jack. The correct car jacking points are reinforced spots along the pinch weld just behind the front wheels and just ahead of the rear wheels, plus a central lift point (usually the differential or subframe) for raising a whole axle at once. Put the jack anywhere else — the oil pan, the floor pan, a plastic bumper cover — and you risk expensive damage or a dropped car.

This guide shows you exactly where the safe jack points are, how to protect the pinch weld, how to lift one corner versus a whole axle, and how to transfer the car onto jack stands so you can work under it safely. Whether you are changing a flat on the shoulder or setting up for brake work in the garage, the fundamentals are the same.

Why Jacking Points Matter

A modern car weighs 3,000-5,000 pounds, and when you lift one corner you are concentrating roughly a quarter to a third of that weight onto a single small contact patch. The factory chose the jacking points because the unibody is reinforced there — extra layers of steel, boxed sections, and welded gussets spread the load into the structure.

Put that same load on the wrong spot and the sheet metal has nowhere to send it. The floor pan dents inward. A cast aluminum oil pan cracks. A stamped subframe bends. The thin pinch weld flange folds over like a taco. None of these are cheap to fix, and a bent structural point can compromise how the car handles a crash.

The other reason jacking points matter is safety. A jack placed on a proper flat, reinforced point sits stable. A jack placed on a rounded oil pan or an angled surface can slip sideways under load — and if the car is up on a jack with a person underneath, a slip becomes a crushing hazard. Getting the point right is the foundation of every safe lift.

What Is a Pinch Weld?

A pinch weld is the seam that runs along the bottom edge of the rocker panel (the body section between the front and rear wheel openings, under the doors). During manufacturing, the inner and outer body panels are pressed together and spot-welded, leaving a thin vertical flange of doubled-up steel that points straight down. That flange is the pinch weld.

On the vast majority of unibody passenger cars, the reinforced sections of the pinch weld ARE the designated jacking points. The factory adds thickness or a molded pocket at those spots specifically so a jack can push there. That is good news — it means the correct point is easy to reach along the outer edge of the car.

The catch is that the pinch weld is thin. If you set a bare steel jack cup against it, the rounded cup pushes on the narrow edge of the flange and folds it over. Once folded, the seam no longer seals, water gets in, and rust starts. That is why a slotted jack pad — a puck with a groove that cradles the flange — is the standard accessory for pinch-weld jacking. More on that below.

How to Find Your Car’s Jack Points

There are three reliable ways to locate the correct jack points on your specific vehicle, from fastest to most thorough:

1. The Owner’s Manual

Every owner’s manual has a section on changing a flat tire, and it includes a diagram showing exactly where to place the emergency scissor jack. Those factory points are safe for a floor jack, too. This is the single most reliable source because it is model-specific and comes from the people who engineered the car. If you do not have the paper manual, a PDF is usually a quick search away.

2. Look for Physical Markers

Get a flashlight and look along the bottom edge of the rocker panel, roughly 6-12 inches inboard of each wheel. Most manufacturers mark the jacking point with one of these:

• A notch or cutout in the plastic rocker cladding that exposes the pinch weld.
• An arrow or triangle stamped or molded into the body or trim, pointing at the point.
• A reinforced rib or pocket in the pinch weld that is noticeably thicker than the rest of the seam.
• Two small squared-off nubs on the pinch weld — the flat spot between them is where the jack goes (common on many German cars).

3. A Model-Specific Forum or Service Manual

For anything beyond a basic corner lift — lifting a whole axle, using a two-post lift, or working on an unfamiliar car — an enthusiast forum or the factory service manual will show verified points, including the central lift points that are not obvious from a quick look. This matters most on cars where jacking the wrong subframe rail bends it.

Jack-Point Reference Table by Vehicle Type

Exact points vary by model, so always confirm against your manual — but this table shows the typical safe points and the ones to avoid across common vehicle layouts.

Reading the table: the “corner lift point” is where you place a jack to lift one wheel off the ground; the “central point” is where you lift an entire axle (both wheels) at once. The “Do NOT jack here” column lists the components most commonly damaged by careless jack placement on that layout.

Lifting One Corner vs. a Whole Axle

Single-Corner Lift (Pinch Weld)

The most common lift. Place the jack under the reinforced pinch weld point closest to the wheel you want in the air, raise until the tire clears the ground, and set a jack stand alongside. This is how you rotate tires, change a flat, or do a brake job one corner at a time. The pinch weld point is designed for exactly this, so it is the default for most jobs.

Whole-Axle Lift (Central Point)

When you want both wheels on an axle up at once — for example, to rotate both rear tires, bleed both rear brakes, or drop an exhaust — you lift on a central point. On rear-wheel-drive and four-wheel-drive vehicles, the solid rear differential housing is a strong, central place to lift the entire rear axle. On front-wheel-drive cars, the front subframe crossmember often lifts the whole front end.

The caution here is that not every diff cover or subframe is strong. Some differential covers are thin stamped steel and will dent; the housing itself (the cast center section) is the strong part. Some subframes are aluminum. This is exactly where a service manual pays for itself — verify the central point before you trust it with the car’s weight.

Diagonal and Two-Wheel Lifts

For tire rotations you often lift the car high enough to get two stands under it. A common pattern is to lift the front at the subframe, set two stands under the front pinch welds, then lift the rear at the diff and set two more stands. Now all four corners are supported and you can rotate freely. Take it slow and never have more than one jack-supported corner unsecured at a time.

Pinch Weld Protectors & Jack Pads

A pinch weld protector (also called a slotted jack pad or jack puck) is a small rubber or polyurethane disc with a groove cut across the top. You set it on the jack saddle, line the groove up with the pinch weld flange, and lift. The flange sits down into the slot so the pad — not the thin metal edge — carries the load. This does three things:

• Prevents folding. The load spreads across the pad face instead of the knife-edge of the flange, so the seam does not crush.
• Prevents scratches and rust. Rubber against metal will not scrape paint or start a rust spot the way a bare steel cup does.
• Stops slipping. The groove locates the pad on the seam so the car cannot walk off the jack sideways.

Universal slotted pucks cost only a few dollars and fit most cars. Many enthusiasts buy model-specific pucks that match the exact pinch-weld thickness of their car for a snugger fit. Either way, a pinch weld protector is cheap insurance — far cheaper than straightening a folded seam or repainting a scraped rocker. If you jack a car more than a couple of times a year, keep a set with your floor jack.

Note that most quality jack stands come with a flat or notched saddle. For pinch-weld support, look for stands with a slotted saddle, or add a slotted rubber pad to the stand the same way you do on the jack.

Places You Must Never Jack

Just as important as knowing where to lift is knowing where not to. These points look tempting because they are flat, central, or easy to reach — but they will bend, crack, or leak under a jack:

• Oil pan. Usually cast aluminum or thin stamped steel. A jack will crack it, and an oil pan replacement can run hundreds of dollars plus labor.
• Transmission pan. Thin stamped steel holding a gasket. Jacking on it bends the pan and causes leaks.
• Floor pan. The flat sheet metal you see in the middle of the underbody. It is not structural in the load-bearing sense and will dent or puncture.
• Fuel tank. Obvious hazard — never place a jack against the fuel tank or its straps.
• Plastic bumpers, valances, and aero trays. They are cosmetic. A jack will crack them instantly.
• Exhaust components, catalytic converters, and heat shields. Thin and often hot; they crush and dent.
• Suspension arms that are not rated as lift points. Some control arms are fine to lift on and some are not — verify before trusting one.
• An EV battery pack or the floor over it. Never lift on the battery enclosure. Use only the manufacturer’s designated points.

Step-by-Step: Jacking a Car Safely

Here is the full process for lifting one corner of a car in a garage or driveway. The same steps apply to a roadside flat, minus the jack stands (see the note at the end). For the deeper how-to on a roadside tire swap, see our guide to changing a tire.

Before You Lift

1. Park on flat, solid ground. Level concrete or asphalt. Never jack on grass, dirt, gravel, or a slope. The jack base needs a firm, level footing.
2. Set the parking brake and put it in gear (or Park). If you are lifting a rear wheel, the parking brake alone may not hold it — also chock a wheel that will stay on the ground.
3. Chock the opposite-end wheels. Wheel chocks in front of and behind a tire on the far end of the car keep it from rolling.
4. Loosen lug nuts first (if removing a wheel). Break them loose a quarter turn while the tire is still on the ground — it is much harder once the wheel spins in the air.

Lifting

1. Locate the jacking point for the corner you are lifting (see the sections above).
2. Position the floor jack so the saddle — with a slotted pad on it — lines up under the point. Roll it straight in; do not approach at an angle.
3. Raise slowly. Pump until the pad just contacts the point, then pause and double-check alignment before committing weight.
4. Lift until the tire clears the ground, or higher if you need room for a jack stand. Watch that the jack stays vertical and the car does not shift.

Lowering

1. Make sure nothing (and no one) is under the car.
2. If jack stands were used, raise the jack slightly to take the car’s weight off them, remove the stands, then lower.
3. Open the jack release valve slowly — a fast drop is hard on the car and dangerous. Let it settle gently onto the tires.
4. Re-torque the lug nuts to spec in a star pattern if you removed a wheel.

Transferring to Jack Stands

This is the rule that keeps people alive: a jack lifts, jack stands hold. Never get under a car supported only by a jack. Hydraulic jacks can leak down, tip, or slip, and a car that drops with someone underneath can be fatal.

After you raise the car, place a jack stand under a solid support near the lift point — typically the pinch weld jacking point next to where you lifted, a subframe rail, or a rated control-arm mount. Use a stand with a slotted saddle (or add a slotted pad) so it cradles the pinch weld just as the jack pad does. Set the stand to the height you need, then lower the car onto it with the jack until the stand carries the weight. Leave the jack in place, barely touching, as a backup.

Always use jack stands in pairs at minimum, and rated well above the weight they will carry. For choosing the right ones, see our guide to the best jack stands, and always give the car a firm shake to confirm it is stable before you slide underneath.

Special Cases: EVs, Lowered Cars, Trucks

Electric Vehicles

EVs demand extra care because the battery pack forms much of the floor. Jacking on the pack or the floor over it can damage cells — a serious safety and cost issue. EV manufacturers designate specific pinch-weld pads and sometimes molded pockets; use only those. When in doubt, the manual is not optional on an EV.

Lowered and Sports Cars

Lowered cars often will not fit a standard floor jack under the pinch weld. Solutions include a low-profile jack, driving the tires up onto small ramps or wood blocks first to gain clearance, or using model-specific jack pucks that fit into molded pockets. Watch out for front splitters, side skirts, and aero trays — none of them are lift points.

Trucks and Body-on-Frame SUVs

Body-on-frame vehicles are the most forgiving to jack because the steel frame rails are strong and obvious. You can lift almost anywhere on a frame rail. The solid front and rear axles are also excellent central lift points. The main things to avoid are the thin differential cover (lift on the housing, not the stamped cover) and, as always, the oil pan.

When You Jack Often

If you find yourself jacking the car every weekend, it may be time to consider a home lift. A portable car lift or a mid-rise scissor lift raises the whole car on engineered pads in seconds and eliminates the jack-and-stand dance entirely — worth it for anyone doing regular maintenance. Compare the options in our guide to types of car lifts.

Frequently Asked Questions

Where are the jacking points on a car?

The factory jacking points on most cars are reinforced spots along the pinch weld seam just behind the front wheels and just ahead of the rear wheels, usually marked by a notch, arrow, triangle, or molded cutout. Your owner’s manual shows the exact locations. Never jack on the floor pan, oil pan, transmission, fuel tank, or plastic bumper covers.

What is a pinch weld and can I jack on it?

A pinch weld is the vertical seam along the bottom edge of the rocker panel where two body panels are welded together. On most unibody cars the reinforced sections of the pinch weld are the factory jacking points, so yes — but only at the designated spots and only with a slotted jack pad that cradles the seam. A bare jack cup on the pinch weld will fold and crush the flange.

Can I jack up a car by the differential or subframe?

Often yes — it is a common way to lift a whole axle at once. On many RWD and 4WD vehicles the solid rear differential housing is a strong central point, and on many FWD cars the front subframe crossmember works. But not universally: some diff covers and subframes are thin or aluminum and will bend. Confirm with a service manual before lifting on any non-marked point, and never lift on a cast oil pan.

Do I put jack stands on the same spot as the jack?

Not the exact same spot, but a very similar one. Raise the car with the floor jack on a jacking point, then place jack stands under a solid nearby support — the pinch weld point next to where you lifted, a subframe rail, or a rated control-arm mount. Use a slotted saddle that cradles the pinch weld, then lower the car onto the stands. Never rely on the jack alone to hold a car.

How do I find the jack points on my specific car?

Check the owner’s manual first — it diagrams the exact points. Then look under the car with a flashlight for notches, arrows, triangles, or reinforced ribs on the pinch weld about 6-12 inches inboard of each wheel. Many cars also have a central lift point (differential or subframe) for whole-axle lifts. A make-specific forum or service manual confirms verified points when in doubt.

What happens if you jack a car in the wrong place?

You can bend or puncture the floor pan, crack a cast oil pan or transmission pan, crush brake or fuel lines, or fold the pinch weld so it no longer seals against rust. In the worst case the car slips off the jack and falls — potentially fatal if you are underneath. A factory jacking point with a proper pad, plus jack stands, prevents nearly all of these.

Do I need a jack pad or pinch weld protector?

For pinch-weld jacking, yes. A slotted rubber or polyurethane pad cradles the vertical seam so the jack pushes on the pad instead of folding the flange, and it prevents scratches and rust. A universal slotted puck works on most cars and costs only a few dollars — cheap insurance against dozens of dollars in body damage.

Related guides: Ready to buy the tools? See our picks for the best floor jacks and the best jack stands for home garages. Changing a flat on the road? Follow our step-by-step how to change a tire guide. And if you are tired of the jack-and-stand routine, compare types of car lifts for a permanent home solution.