Can You Use Jackstands With Your Tesla Model 3 Safely?

If you own a Tesla Model 3 you might wonder if using jackstands is safe and practical for maintenance or repairs. Unlike traditional cars the Model 3 has unique design features and weight distribution that can affect how you lift and support it. Knowing the right approach helps protect your vehicle and keeps you safe while working underneath.

Using jackstands correctly is crucial for stability and avoiding damage to your Tesla’s battery and chassis. You’ll want to understand where to place the stands and what precautions to take before lifting your Model 3. This guide will help you navigate the essentials so you can confidently use jackstands when needed without risking costly mistakes.

Understanding Tesla Model 3’s Jacking Points

Locating the proper jacking points on your Tesla Model 3 is essential for safe lifting and supporting. Using designated spots preserves your vehicle’s structure and avoids costly damage.

Identifying Proper Jacking Locations

Look for the Model 3’s reinforced jacking points along the rocker panels near the front and rear wheels. These factory-designed areas feature metal brackets integrated into the chassis. Avoid placing a jack or jackstands under the battery pack or unreinforced body sections, as this risks punctures or structural harm.

Why Correct Jacking Points Matter

Placing your jackstands at the correct jacking points ensures even weight distribution and prevents vehicle slippage. Misplacement can deform the chassis, damage the battery enclosure, or compromise suspension components. Using proper jacking locations upholds both your safety and your Model 3’s performance.

Using Jackstands With Your Tesla Model 3

Using jackstands with your Tesla Model 3 requires precision and adherence to safety standards to protect both you and the vehicle. Proper techniques preserve your car’s structural integrity and ensure stable support during maintenance.

Safety Precautions Before Jacking Up

Identify all reinforced jacking points along the rocker panels near the front and rear wheels before raising the Model 3. Confirm the ground surface is flat, solid, and free of debris to prevent jackstands from slipping. Engage the parking brake and put the car in “Park” mode. Disconnect the 12V battery or follow Tesla’s specific service mode recommendations to avoid electric system interference. Never place jackstands under the battery pack or any unreinforced vehicle section, as this risks damage.

Step-by-Step Guide to Using Jackstands

Locate the factory-specified jacking point closest to the wheel you plan to lift. Use a Tesla-approved hydraulic jack or equivalent that fits precisely under the rocker panel. Slowly lift the vehicle until clearance allows placement of the jackstand beneath the same reinforced side frame. Adjust the jackstand height to secure firm contact with the jacking point. Lower the jack to transfer weight fully to the jackstand without shifting the car. Repeat for additional jackstands if raising multiple points. Before working, test stability by gently shaking the vehicle; it must remain immobile.

Common Mistakes to Avoid

Placing jacks or jackstands under unreinforced panels or the battery pack can cause costly structural or battery damage. Using improper jacking equipment that doesn’t fit Tesla’s rocker panels risks vehicle slippage or collapse. Skipping the parking brake or working on uneven ground compromises safety. Failing to support the car with jackstands after lifting with a jack leaves it vulnerable to sudden drops. Ignoring Tesla’s service mode recommendations may cause electrical hazards or system errors during maintenance.

Alternatives to Jackstands for Tesla Model 3 Maintenance

You can choose other support methods for your Tesla Model 3 instead of jackstands to ensure safety and protect the vehicle’s structure. Proper alternatives ease maintenance tasks and reduce risks associated with incorrect jacking.

Hydraulic Lifts and Ramps

Hydraulic lifts provide stable, even support, lifting at Tesla’s designated jacking points without putting pressure on sensitive areas like the battery pack. Choose lifts rated for at least 4,000 pounds to accommodate the Model 3’s weight. Ramps offer a secure way to raise the front or rear ends for tire or brake work. Look for ramps with non-slip surfaces and wide bases to prevent vehicle movement. Both lifts and ramps maintain proper clearance and distribute weight to avoid chassis damage.

Mobile Service Options

Tesla’s mobile service units bring professional maintenance and repairs directly to your location. Using these services removes the need to lift your Model 3 for most repairs. Mobile technicians carry specialized equipment designed for the Model 3’s unique build and weight distribution. This option minimizes risks and ensures Tesla-approved procedures for safe and effective servicing. Scheduling mobile service offers convenience without compromising vehicle safety.

Tesla Model 3’s Unique Features Affecting Jacking

Your Tesla Model 3 has distinct structural elements that influence how you use jackstands safely. Understanding these features prevents damage and ensures proper vehicle support.

Battery Pack Considerations

The Model 3’s battery pack forms the floor of the vehicle and extends across most of its underside. Its large, flat surface is not designed to bear concentrated weight. You must never place jackstands directly under the battery pack, as this risks catastrophic damage and costly repairs. Instead, focus on the reinforced jacking points on the rocker panels, which provide engineered support away from the battery module. Avoid any contact with the battery edges, electrical lines, or cooling components located nearby.

Suspension and Chassis Design

Tesla’s suspension uses aluminum components that require careful handling during lifting. The chassis includes reinforced sections specifically intended for jacking, mostly near the wheels along the rocker panels. Using these points keeps weight distribution even and prevents stress on suspension arms or other fragile parts. The Model 3’s unibody construction means lifting outside these points can cause frame twisting or misalignment. Always confirm jackstand placement on factory-designed mounts to maintain suspension integrity and vehicle safety.

Conclusion

Using jackstands with your Tesla Model 3 is possible when you follow the right steps and prioritize safety. Always focus on the reinforced jacking points and avoid placing any weight on the battery pack or unreinforced areas.

Taking proper precautions like ensuring a stable surface and using Tesla-approved equipment will protect your vehicle and give you confidence during maintenance. If you’re unsure or want added convenience, consider professional services or alternative lifting methods designed for your Model 3.

With careful handling, you can safely manage your Tesla’s upkeep without risking damage or compromising performance.