Do You Really Need to Use Tesla Jack Pads/Pucks?

Yes — Tesla jack pads are strongly recommended whenever lifting a Tesla. They’re not optional tools; they’re essential safety adapters that prevent severe damage to your vehicle’s battery pack and underbody frame. Whether you’re rotating tires, detailing the wheels, or visiting a tire shop, using proper Tesla jack pads (also called lifting pucks) ensures that the car’s delicate structure stays protected from crushing or deformation.

1. What Are Tesla Jack Pads and How Do They Work?

Tesla jack pads (or jack pucks) are specialized rubber or polyurethane adapters that fit snugly into the round lift-point sockets underneath Tesla vehicles. Their function is simple but vital — they create a protective buffer between your car jack or hydraulic lift and Tesla’s aluminum-and-battery underbody.

Each pad has a central locating pin (≈25 mm in diameter) that inserts into the designated jack point, preventing slippage and ensuring even load distribution.

Key functions of Tesla jack pads:

• Protect the high-voltage battery pack from compression or puncture.

• Prevent frame bending or paint chipping during lifting.

• Provide a stable lifting interface for home jacks and service lifts.

• Fit securely into factory-designed lift holes located near each wheel.

Mechanism: Once the pad is inserted, the jack contacts the pad’s outer rubber surface—not the metal chassis—keeping all pressure off the 11 mm-thick battery protection plate beneath the vehicle.

2. Why Tesla Vehicles Require Jack Pads

Tesla’s design differs from conventional cars due to its flat battery-pack architecture, which doubles as the floor structure. This design increases strength and lowers the center of gravity, but it also means that incorrect lifting can crush or puncture the battery housing.

2.1 Battery and Underbody Design in Tesla Models

Every Tesla uses an integrated battery plate made from reinforced aluminum. This plate, typically less than 10–12 mm thick, supports the cabin floor and protects the lithium-ion cells. However, it cannot handle concentrated pressure from a jack or lift arm.

2.2 Risk of Damage Without Proper Support

Without jack pads:

• The battery casing can warp or crack, causing coolant leaks or insulation damage.

• Suspension alignment may shift if the frame flexes unevenly.

• Repairs can cost AUD $2,000–$10,000, depending on severity.

2.3 Tesla’s Official Lifting Procedure

Tesla’s Owner’s Manual explicitly warns:

“Use only approved lifting adapters at the designated jack points. Lifting elsewhere can cause damage to the battery or body panels.”
(Source: Tesla Model 3 Owner’s Manual, Section 18 – Vehicle Lifting)

Takeaway: Tesla jack pads aren’t accessories—they’re part of the manufacturer’s recommended lifting procedure for safety and warranty compliance.

3. When Do You Need to Use Jack Pads?

You should use jack pads whenever the vehicle is lifted off the ground, whether it’s for a full-service lift or a quick tire job.

At Home – Tire Rotations or Detailing

When using a floor jack or portable lift, always insert jack pads into the four designated points before raising the car.

At Service Centers or Tire Shops

Not all workshops are Tesla-certified. Bring your own jack pad set to ensure proper lifting adapters are used. Most technicians are familiar, but appreciate owners supplying the correct pads.

Emergency Lifts and Roadside Assistance

Keep a compact jack pad kit in your trunk for roadside emergencies. Even Tesla’s roadside support staff uses these adapters for tire changes and towing prep.

Summary: If the wheels leave the ground, use jack pads. It’s that simple.

See our Tesla camping and emergency gear collection for road trips.

4. Tesla Models and Jack Pad Compatibility

Different Tesla models share similar lift point concepts but vary slightly in pad depth and insert design.

Universal pads fit all models, but model-specific sets provide tighter alignment and better lift stability.

Tip: Choose magnetic or O-ring-fit pads if you frequently perform maintenance—they stay securely attached while positioning the jack.

5. How to Use Tesla Jack Pads Safely

Using jack pads correctly is essential to protect your Tesla’s underbody and battery pack during lifting. Follow these detailed steps to ensure a secure and damage-free process:

Step 1: Park on a Level, Stable Surface

Choose a flat, solid area such as a concrete driveway or garage floor.

Engage the parking brake and place the car in Park (P) to prevent any movement while lifting.

Step 2: Locate Tesla’s Four Designated Lift Points

Each Tesla model has four reinforced lift points, positioned behind each front and rear wheel, near the side skirts.

Avoid placing the jack or lift anywhere else—these points are the only safe contact areas.

Step 3: Insert the Jack Pad Properly

Take your Tesla-compatible jack pad and align the center guide pin with the hole in the lift point.

Press upward firmly until the pad clicks or seats securely into place.

The pad should sit flush against the underbody, ensuring stability and battery protection.

Step 4: Position the Jack or Lift Arm

Place your floor jack or hydraulic lift arm directly beneath the base of the jack pad.

Double-check alignment before lifting—the jack should make even contact with the pad’s rubber base, not the car frame.

Step 5: Lift the Vehicle Slowly and Evenly

Raise the vehicle gradually, keeping an eye on all four corners to ensure a balanced lift.

If one side begins to rise unevenly, lower the car immediately and readjust before continuing.

Step 6: Avoid Unsafe Lifting Practices

Never lift the car on uneven ground, by frame rails, or directly on the battery pan.

Doing so can cause costly structural or electrical damage.

Step 7: Lower and Remove the Pads Carefully

When finished, lower the vehicle slowly until all four tires make full contact with the ground.

Once stable, remove each jack pad by gently pulling downward. 

Inspect the pads for wear or debris before storing them for future use.

Safety reminder: Never lift a Tesla by the frame rails or battery pan. Always confirm the jack pad is fully inserted before applying load.

6. What Happens If You Don’t Use Jack Pads?

Failing to use jack pads can result in structural and financial damage that isn’t covered under warranty.

6.1 Structural and Battery Risks

Direct jack contact can dent or puncture the battery enclosure, potentially compromising waterproofing and cell insulation. Even a 2 mm dent may lead to a heat imbalance or a sensor fault.

6.2 Cost of Underbody Repairs

• Minor dent removal: ~AUD $1,500

• Battery plate replacement: AUD $6,000–$10,000

• Full pack removal: AUD $18,000+ (rare but catastrophic)

6.3 Warranty Considerations

Tesla’s limited warranty excludes damage “caused by improper lifting or jacking.” That means service-related lifting errors could void underbody coverage.

Conclusion: A $40 jack pad kit can prevent thousands of dollars in avoidable damage.

7. What Makes a Good Tesla Jack Pad?

Not all pads are created equal. High-quality jack pads are precision-engineered to fit Tesla’s lift sockets securely and distribute load evenly.

Key features to look for:

• Material: Durable rubber, high-density polyurethane, or billet aluminum.

• Fit Quality: Tight tolerance on pin diameter (≈25 mm).

• Base Diameter: Around 75–80 mm for stable surface contact.

• Design Type:

• Standard friction-fit – basic rubber hold.

• Magnetic pads – snap into place instantly.

• O-ring locking pads – prevent accidental drops.

• Load Rating: At least 2–3 tonnes to match Tesla’s curb weight.

Expert Tip: Magnetic versions are best for frequent users—they simplify alignment during lifts and reduce setup time.

8. Recommended Tesla Jack Pad Sets

To simplify your maintenance routine, My Tesla Accessories offers tested and locally stocked jack pad kits compatible with all Tesla models in Australia:

1. Tesla Model 3/Y Premium Jack Pad Kit (4-Pack)

• Reinforced rubber with precision-fit stem

• Compatible with OEM and aftermarket lifts

• Comes in a durable zip case for trunk storage

2. Tesla Model S/X Low-Profile Puck Set

• Shallow pin design prevents misalignment

• Polyurethane construction rated for 3,000 kg load

• Anti-slip surface for workshop lifts

3. Magnetic Universal Tesla Jack Pad Set

• Quick-fit magnets hold securely to jack point

• Works across Model 3, Y, S, and X

• Ideal for mobile mechanics or detailing garages

Browse the full range at My Tesla Accessories – Jack Pads Collection to find a set that suits your model and maintenance needs.

Key Takeaway

Tesla jack pads are small but crucial tools for battery protection, frame safety, and warranty compliance. They’re indispensable for DIY maintenance or workshop visits—offering peace of mind every time your Tesla leaves the ground. For more expert maintenance insights and Tesla ownership tips, visit the My Tesla Accessories Blog.

9. FAQs About Tesla Jack Pads

1: Can I lift a Tesla without jack pads?

No. Tesla specifically requires approved jack adapters to prevent underbody or battery damage.

2: Are jack pads the same for all Tesla models?

Mostly, yes—but Model S/X needs slightly thinner pads due to lower clearance.

3: What material is best for Tesla jack pads?

High-density rubber or polyurethane pads offer excellent grip and shock absorption.

4: How do I store jack pads?

Keep them in a dry case or trunk organizer to avoid deformation.

5: Do tire shops always use jack pads?

Not always. Bring your own set to ensure proper Tesla-approved lifting.

6: Can jack pads affect lift stability?

No—when correctly inserted, they increase stability by centering the lift load.