Wheel Stop Installation
In Myrtle Beach, SC

Wheel Stop Installation in Myrtle Beach, SC

Wheel stop installation in Myrtle Beach covers supplying and anchoring the barriers at the head of a parking stall that stop a vehicle before it reaches whatever is behind it: a walkway, a storefront, a landscaped bed, a neighboring stall or an accessible route. We install on new lots, retrofit existing ones, and replace units that have cracked, shifted or lost their anchors.

They are a small item that solves several problems at once, which is why they turn up in accessibility remediation, in storefront protection and in ordinary layout work.

Concrete Wheel Stops

Concrete wheel stops are the default on commercial lots and the ones most people picture. They are heavy, which is most of their value: mass alone resists displacement, and a concrete unit that is properly pinned stays where it was put through years of contact.

They are also the least forgiving. Concrete chips at the ends where vehicles clip them, exposed reinforcement corrodes, and a cracked unit is both a trip hazard and an eyesore. On the Grand Strand the corrosion clock runs faster than it does inland, which is worth factoring into a specification rather than discovering in year four.

Where a property already has concrete wheel stops and wants like-for-like replacement, that is the straightforward job. Where a property is specifying from scratch, it is worth reading the next section before defaulting to concrete out of habit.

Rubber and Composite Wheel Stops

	Concrete	Rubber	Composite / recycled plastic
Weight	Heavy; resists displacement by mass	Light; depends on anchors	Light to moderate; depends on anchors
Impact behavior	Rigid; chips and cracks	Deforms and recovers	Semi-rigid; resists cracking
Corrosion exposure	Reinforcement can corrode if exposed	Not applicable	Not applicable
Handling	Requires equipment or two people	One person	One person
Appearance over time	Chips and staining show	Color fades under ultraviolet	Color fades under ultraviolet
Typical use	Standard commercial lots, permanent layouts	Retrofits, frequent-contact positions	Retrofits, coastal exposure

There is no universally correct answer. Concrete suits permanent layouts where mass is an advantage and appearance is less critical. Rubber and composite units suit retrofits, positions that take frequent contact, and properties that expect to reconfigure a lot later, since they are far easier to lift and relocate. Both lightweight types depend entirely on their anchoring, which is where installations fail.

Where Wheel Stops Go and How Far Back They Set

A wheel stop belongs at the head of a stall, set back from the end so that the front wheels contact it before the vehicle’s front overhang reaches whatever is being protected. The setback is therefore a function of two things: the depth of the stall, and how much overhang you are guarding against — a pickup’s front overhang is not a compact car’s.

There is no single number that is correct everywhere, and any page that gives you one without asking about your stall depth is guessing. What is fixed is the test the setback has to satisfy where an accessible route is involved, and that is covered in the next section.

Wheel stops are not always the right tool. Where you want to protect a building line or a utility from an actual impact rather than from a slow overhang, a bollard is the correct answer. See bollard installation.

Protecting the Accessible Route

This is where wheel stops move from useful to specified. Section 502.7 of the 2010 ADA Standards for Accessible Design requires that “parking spaces and access aisles shall be designed so that cars and vans, when parked, cannot obstruct the required clear width of adjacent accessible routes.”

The standard’s advisory note to that section names the remedy explicitly: “Wheel stops are an effective way to prevent vehicle overhangs from reducing the clear width of accessible routes.”

That gives you the design test in plain terms. Where a sidewalk or accessible route runs along the head of a parking row, the question is not whether the route is wide enough on paper; it is whether it is still wide enough once a van is parked with its nose over the curb. If it is not, the layout has to change or the overhang has to be stopped — and a wheel stop is the standard’s own suggested way of stopping it.

Anchoring and Coastal Corrosion

An unanchored wheel stop is a hazard rather than a control. Units are pinned or bolted through into the surface beneath, and the method depends on whether that surface is asphalt or concrete and on the weight of the unit.

The Grand Strand adds a corrosion problem that inland markets can largely ignore. Salt-laden air attacks ferrous anchors, and an anchor that has corroded through leaves a heavy object sitting loose in a traffic area. The mitigation is specification rather than maintenance: choose corrosion-resistant anchors for coastal sites at the outset. It is a small cost difference at installation and a large one at replacement.

Existing wheel stops are worth walking annually. Check that each unit is still fast to the surface, that no anchor has lifted, and that cracked or displaced units are replaced rather than shuffled back into position.