Concrete Specifications

The requirements for concrete when installing car lifts can differ based on the type of lift you have. Refer to the installation instructions provided by the manufacturer for specific recommendations. If you’re unsure of your current concrete specifications, it’s difficult to test them accurately because the thickness can vary even a few inches apart. To ensure your concrete meets the necessary specifications and avoid cracking, you may need to cut out and re-pour concrete pads where the lift will be placed. Generally, these pads should extend 12 inches beyond each side of the lift’s base plates. For a 2-post lift, you should dig at least 2 feet deep, whereas a 4-post lift requires a minimum depth of 6 inches. Newly poured concrete should cure for at least 28 days before installing the lift. Among the types of lifts, the 4-post lift is the most stable and puts the least stress on the concrete, similar to how a car typically has 4 wheels on the ground.

Automotive Lift Repair Florida Locking Mechanisms

Car lifts feature safety locks within their posts to prevent accidents, functioning similarly to the locking mechanisms on roller coasters. These locks are crucial in case of a power outage or mechanical failure. When lowering the car, you’ll need to disengage these locks. Some lifts use a lever for this, while others rely on compressed air. If your lift requires compressed air, ensure you have an airline running from your compressor along with the electrical supply.

Electricity

Depending on your Automotive Lift Repair Florida car lift, you might need to provide either 110v or 220v electrical wiring. Additionally, determine the lift’s amperage requirements to ensure it gets enough power. As with other electrical motors, the lift will draw the most amperage when starting up, which decreases once the motor is running. Make sure there is enough headroom to prevent tripping your circuit breaker during this initial current draw.

Automotive Lift Repair Florida Four-Post Lift Car Measurements

In addition to ensuring the four-post lift fits in your garage, measure the vehicles you plan to store to confirm they’ll fit properly. Ensure the car can drive onto the deck and check the distance between the tires to make sure they align with the decks. For larger vehicles, verify there’s sufficient clearance between the car and the posts to allow comfortable maneuvering.

Automotive Lift Repair Florida Two-Post Lift Car Measurements

Ensure the height and width of a two-post lift fit in your garage, and consider ease of use for lifting your vehicles. Many prefer asymmetrical two-post lifts because the rear lifting points extend further than the front, allowing you to drive in and open the car door. Symmetrical lifts are still useful for specific vehicles, such as box trucks with a higher center of gravity. Additionally, consider the car’s ground clearance; make sure the lift arms can fit under the car’s frame without needing additional tools like a floor jack or ramps.

Working on a Automotive Lift Repair Florida Four-Post Lift

If you use your lift for both storing and servicing vehicles, consider adding a bridge jack. This built-in jack slides between the ramps and lifts the car by the frame, allowing you to perform tasks like brake servicing even though the tires remain on the ramps. Although this option can be costly, it effectively transforms your four-post storage lift into a service lift.

Shipping and Installation

Due to their size and weight, car lifts are typically delivered on open semi-trucks. You’ll need a method to offload the lift and bring it into your garage. Renting a forklift from a local company is a practical solution, as it can also assist with assembly. Alternatively, you can arrange for a tow truck with a boom to be present at the delivery site. Most lifts on our website include links to assembly instructions. While assembling a lift isn’t overly complex, the heavy parts may require machinery or extra help.

Wrapping It Up

Automotive Lift Repair Florida Car lifts may seem daunting, but they are not overly complicated. This guide should help you determine the right lift for your needs and how to install it properly. We offer reputable lift brands with years of trusted performance. If you have further questions, feel free to call us, send an email, or leave a comment below.

Concrete Specifications

The requirements for concrete when installing Automotive Lift Repair Florida car lifts can differ based on the type of lift you have. Refer to the installation instructions provided by the manufacturer for specific recommendations. If you’re unsure of your current concrete specifications, it’s difficult to test them accurately because the thickness can vary even a few inches apart. To ensure your concrete meets the necessary specifications and avoid cracking, you may need to cut out and re-pour concrete pads where the lift will be placed. Generally, these pads should extend 12 inches beyond each side of the lift’s base plates. For a 2-post lift, you should dig at least 2 feet deep, whereas a 4-post lift requires a minimum depth of 6 inches. Newly poured concrete should cure for at least 28 days before installing the lift. Among the types of lifts, the 4-post lift is the most stable and puts the least stress on the concrete, similar to how a car typically has 4 wheels on the ground.

Locking Mechanisms

Car lifts feature safety locks within their posts to prevent accidents, functioning similarly to the locking mechanisms on roller coasters. These locks are crucial in case of a power outage or mechanical failure. When lowering the car, you’ll need to disengage these locks. Some lifts use a lever for this, while others rely on compressed air. If your lift requires compressed air, ensure you have an airline running from your compressor along with the electrical supply.

Electricity

Depending on your car lift, you might need to provide either 110v or 220v electrical wiring. Additionally, determine the lift’s amperage requirements to ensure it gets enough power. As with other electrical motors, the lift will draw the most amperage when starting up, which decreases once the motor is running. Make sure there is enough headroom to prevent tripping your circuit breaker during this initial current draw.