Solid Footing
Solid Footing
Installing Lippert’s SolidStance Step Stabilizer takes the wobble and flex out — and that sinking stomach — when entering and leaving a conventional trailer or fifth wheel not equipped with an entry step system that extends to the ground.
By Bob Livingston / Photos by the author
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he act of getting in and out of a trailer or fifth wheel is not very graceful. Until recently, with the advent of entry step systems like Lippert’s Solid Step and MORryde’s StepAbove that fold down from the doorway and contact the ground to create a stable platform, egress and ingress was relegated to two or three rungs — and, on occasion, sometimes four — that extend from a well under the doorway. Unlike steps that fold from the doorway, the retractable versions can create angst when they flex and wiggle while just hanging in space. While these quintessential steps have provided good service over the years, people still have to watch their footing and acclimate to differences in spacing and step width. The rungs are supported only by a retractable framework and all that flexing can create uneasiness for occupants and even weaken the structure to the point of failure, which can lead to injury.

Owners have devised several ways to stabilize these steps, including the use of blocks, and there are a few commercial products on the market that help somewhat. Recently, Lippert (LCI) introduced the SolidStance Step Stabilizer, which changes the paradigm when it comes to devices designed to provide stability when entering and exiting a towable. The SolidStance bolts to the existing bottom step permanently and its clever design makes it possible to simply fold the legs when it comes time to travel. The entire installation process takes less than an hour and is do-it-yourself friendly.

SolidStance Step Stabilizer to fit
In order for the SolidStance Step Stabilizer to fit, the lowest step must have 5-14 inches of clearance to the ground. The device works on Lippert step systems for towables and may be installed on some other brands with additional modifications.
Before you invest the $45.95 for the SolidStance, spend some time on Lippert’s website (lci1.com) to make sure your steps are compatible. First off, it’s not compatible with quad steps, but it can be installed on LCI’s OEM two- and three-rung models. It may be possible to install the SolidStance on some non-LCI three-step units, but frankly, the steps on your trailer or fifth wheel are likely supplied by LCI. For this project the SolidStance was installed on a Alumi-Tread triple step, which is made by LCI.

Prior to starting the installation, familiarize yourself with the instructions, because ultimately you’ll be drilling four holes in the steps and doing it over will result in unsightly extra holes. The instructions may seem overwhelming for such a simple installation, but don’t get hung up on too many details — just be sure to understand orientation. It’s best to hold the hardware in its final location while a helper retracts the steps just to make sure it will close without interference. If it works, you’re ready to measure for the center point on the bottom step and the SolidStance bracket.

The stabilizer was installed on Lippert’s Aluma-Tread triple-steps
The stabilizer was installed on Lippert’s Alumi-Tread triple-steps. It can also work on double step configurations but is not designed for four-step models. Before starting the installation, the SolidStance was held in place and the steps retracted to establish proper clearance.
Keep in mind that you’ll be working under the lowest step, so when looking at it folded over the SolidStance must be placed against the front lip (which is backwards when viewing from the bottom). Depending on the step rung configuration, you may have to deviate the positioning slightly to provide clearance for the drop legs. Just make sure the spring-loaded pins are facing the rear when the step is deployed.

Clamp the SolidStance in place or have a helper hold it steady when marking the locations for drilling the holes to accommodate the provided nuts and bolts. There are two holes on each side of the SolidStance frame that are predrilled.

Once the holes are drilled, it’s simply a matter of bolting the SolidStance to the step using the fasteners, which include locking nuts. Additional larger washers are included if spacing is needed to accommodate any extrusions that might impede proper seating of the stabilizer frame. In this case, the SolidStance fit perfectly in the channel nearest the front of the step. This is not a particularly difficult job as long as you have a helper to hold things in place when tightening the bolts. Figure on less than one hour to complete the project using common hand tools.

Center points for the bottom step and the SolidStance frame
Marked to make sure the hardware could be oriented properly
Center points for the bottom step and the SolidStance frame were measured and marked to make sure the hardware could be oriented properly.
Setting up the SolidStance is simple. You just pull the quick-release pins from one of the drop legs to establish initial footing. If it hits the ground, you can deploy the other leg; if the drop legs don’t reach the ground, the spring-loaded pin is pulled to release the inner leg until the foot pad hits the ground. After a couple of deployments, you’ll get comfortable with establishing the proper angle and length of the legs in relation to the ground. Lifting up on the bottom step slightly can provide a little wiggle room for setting the legs. Just make sure the spring-loaded pins are seated fully in their respective holes and the fastener pins are pushed in from the back to eliminate catching the wire lanyard with your foot. We tested the validity of that requirement at first and the lanyards did get in the way when the pins were installed from the front.

There are four drop-leg angles and the inner legs can be extended up to 5 3/8 inches. Before retracting the steps, makes sure the SolidStance legs are in their stored positions and all the pins are secure. Except for the additional weight, the installation of the stabilizer hardware has little bearing on the opening and storing process. The legs will get dirty over time, requiring cleaning with soap and water.

The additional support afforded by the SolidStep is dramatic — something most users will immediately realize if the legs are not deployed after arriving in camp. There’s no flexing of the steps, even while negotiated by heavier-footed people, and that lack of unwanted movement will likely prolong step longevity. Plus, you won’t miss that stomach-sinking feeling that something’s going to give when using the steps.

adding a piece of wood underneath the stairs up to an RV
Before moving on with the installation, a piece of wood was placed between the folded bottom step and the second rung to provide a backing while drilling holes. This prevented an errant drill bit from going through the middle step.
With the SolidStance positioned as close to the front lip of the bottom step as possible
Positioning will differ slightly depending on the step model
With the SolidStance positioned as close to the front lip of the bottom step as possible, the predrilled holes on each side were marked for drilling. In this case, the bracket fit perfectly in a channel in the Alumi-Tread step. Positioning will differ slightly depending on the step model.
The location for the holes to be drilled were clearly marked with a Sharpie
Double check orientation before drilling; we discovered that the SolidStance
The location for the holes to be drilled were clearly marked with a Sharpie. It’s important that the hole locations are accurate; you don’t want to be reaming out the holes for the bolts. In this case, drilling through the aluminum step was easy and the holes lined up perfectly. Double check orientation before drilling; we discovered that the SolidStance was backwards the first time around; double-checking circumvented drilling extra holes.
The four bolts, washers and locking nuts were installed and tightened
SolidStance is installed on a non-Lippert step system
The four bolts, washers and locking nuts were installed and tightened. While the procedure is not difficult, balancing the SolidStance while locating all the fasteners took some patience. Additional larger washers (not shown) are provided for spacing if the SolidStance is installed on a non-Lippert step system.
Deploying the stabilizer requires that the drop legs are unfolded to establish whether the jack feet will touch the ground
Deploying the stabilizer requires that the drop legs are unfolded to establish whether the jack feet will touch the ground. There are four drop-leg angles that allow for positioning on undulating terrain. Make sure the quick-release fastener pins are pushed through from the rear to prevent catching the wire lanyard. This requirement was tested, as shown here from the front, and it does make a difference.
If the drop legs do not reach the ground, the inner legs can be released via spring-loaded pins
If the drop legs do not reach the ground, the inner legs can be released via spring-loaded pins. The legs can be extended up to 5 3/8 inches, but make sure the spring-loaded pins are fully seated in their respective holes.
When the legs are folded and pinned in place, the steps can be retracted for travel with no clearance issues
When the legs are folded and pinned in place, the steps can be retracted for travel with no clearance issues. The only difference is the weight, which makes the bottom step a little heavier to open and close.