This project was built and designed by Clinton from Specific Love Creations.
It’s a clever, budget-friendly solution for raising your vehicle safely and gaining better access for oil changes, inspections, and basic repairs.
By rethinking the common car ramp, Clinton creates a pivoting wooden design that swings open for easier undercarriage access. Made entirely from dimensional lumber and basic hardware, this setup costs less than twenty dollars and takes up very little garage space.
Watch the full video and subscribe to Clinton’s channel:
Why This Ramp Design Works Better
Clinton’s design addresses several issues people encounter with traditional metal ramps. Instead of a long, fixed incline that blocks access, his version uses a hinged top section that swings outward once the vehicle is in place.
This pivoting mechanism improves clearance and makes it easier to reach tools or move underneath the car. It also allows for compact storage, since the ramps nest together when not in use.
Materials and Approach
Rather than relying on a strict materials list, Clinton uses accessible lumber and salvaged hardware. The core of each ramp is built from stacked layers of standard 2x boards, cut in varying lengths to form a gradual incline.
Basic door hinges allow the top section to pivot outward after use. Small latching hooks are added to the opposite side for safety, keeping the ramp closed when needed and preventing accidental swing-outs during use.
What’s especially appealing is how flexible the design is—builders can size the ramps up or down depending on tire width, vehicle clearance, or available materials.
Cutting and Stacking the Ramp Layers
The first step is cutting multiple boards to form the angled incline. Each ramp is built in layers, with each piece slightly shorter than the one below it.
Clinton emphasizes keeping scraps short and intentional. This prevents the ramps from becoming too long or bulky, which is key for garage storage and portability.
After all the pieces are cut, they’re stacked and screwed together. Accuracy matters here: flush edges and square corners help prevent tire wobble and keep the ramp stable during use.
Installing the Pivot Feature
Once the base is assembled, hinges are installed along one side of each ramp. These allow the top section to swing outward, giving access underneath the car without obstruction.
Clinton installs the hinges on opposite sides for each ramp, so they both pivot away from the vehicle when in use. This avoids any safety risks associated with the ramps swinging inward or collapsing underneath.
He flattens the hinge backs with a hammer or grinder if needed, ensuring they sit flush against the ramp surface. Reclaimed hinges work fine—yard sales, flea markets, and old hardware bins are great sources.
Adding Safety Hooks and Final Details
On the side opposite the hinges, small latching hooks are installed. These help secure the top section during transport and use, keeping everything aligned when the ramps are moved or when a vehicle is driven up.
To test the design, Clinton drives a vehicle onto the ramps and checks the action of the pivot and the overall support. Everything holds firmly, and the access space beneath the engine bay is noticeably better than with fixed metal ramps.
Smart Storage Design
One of the thoughtful elements of Clinton’s design is how easily the ramps store. By skipping a final block on one end of the ramp, he creates a flush surface that allows both ramps to nest together.
This small decision makes the ramps easier to stand upright, slide into a shelf, or tuck into a garage corner—ideal for home workshops where space is always at a premium.
Safety Tips and Real-World Use
Throughout the video, Clinton stresses basic safety practices: always use wheel chocks on the rear tires and inspect the ramps before each use.
Because the ramps are made from multiple stacked boards and secured with multiple screws, there’s built-in redundancy. A single loose fastener is unlikely to compromise the entire structure—but it’s still important to double-check fasteners before use.
These ramps are not a replacement for jack stands when a job requires full safety-rated support. Instead, they’re a convenient solution for quick undercar access when you need to inspect or service the front of a car.
Customization Ideas
Clinton’s approach is intentionally simple and adaptable. Here are a few ways others might modify the ramps for their own shop:
- Add grip tape, sandpaper, or rubber mats to prevent tire slippage
- Paint or seal the wood to resist moisture in damp environments
- Use reflective tape or bold paint to improve visibility during alignment
- Create handholds or cutouts for easier carrying
- Stack additional layers for higher clearance or larger vehicles
All of these adjustments stay true to the spirit of the original design while helping tailor it to different needs.
A Practical Build with Everyday Benefits
For under twenty dollars and a few hours of work, Clinton’s car ramps deliver serious functionality. They improve visibility and access, store compactly, and are easy to replicate or tweak depending on your garage and vehicle setup.
This is a great example of how a simple woodworking project can solve a real-world problem—and do it better than the store-bought alternative.
Watch the full video and subscribe to Clinton’s channel:
Matt’s Take
These are my personal thoughts and tips based on my own experience in the shop. This section is not written, reviewed, or endorsed by the original creator of this project.
What I love about this design is how it solves the access problem that drives so many people crazy with traditional ramps. I’ve crawled under plenty of cars over the years, and that extra swing-out clearance makes a huge difference when you’re trying to reach an oil filter or get a good look at something tucked up high.
The stacked construction approach is really smart from a strength perspective. Instead of relying on a single board or complex joinery, you’re distributing the load across multiple layers with lots of mechanical fasteners. That redundancy gives me confidence in a project like this where safety is non-negotiable. Just make sure to use quality screws — deck screws or construction screws will hold much better than drywall screws under this kind of load.
One thing worth considering is adding some kind of non-slip surface to the top. Even treated lumber can get slippery when wet, and garages tend to collect moisture. A few strips of adhesive grip tape or even some coarse sandpaper glued down can prevent a tire from sliding off during positioning. Also, while these work great for quick access, remember they’re not rated load-bearing equipment — if you need to get your whole body under there or remove heavy components, proper jack stands are still the way to go.
For $20 in materials, this beats store-bought ramps on both function and storage. Plus there’s something satisfying about building your own shop tools that work exactly how you need them to.