Pre-Installation Site Assessment & Substrate Preparation
The KTI Wheel Stopper (1800 mm L x 150 mm W x 100 mm H) is engineered for direct surface-mount installation across commercial parking facilities, basement parking levels, multi-level parking structures, and industrial vehicle staging zones. Proper anchoring ensures reliable wheel-stopping force for passenger cars, SUVs, vans, and light commercial vehicles, preventing structural impact against perimeter walls, curbs, and safety barriers.
Prior to anchoring, evaluate the installation substrate. The unit is fully compatible with solid concrete flooring and sound asphalt pavements. Ensure the target floor area is level, structural, and clear of standing water, oil, loose gravel, or surface debris. Any uneven floor surface should be identified and leveled to ensure that the 12 kg molded rubber base sits flush across its entire 1800 mm footprint.
Positioning & Bay Alignment Protocols
Standard bay installation requires positioning the 1800 mm wheel stopper perpendicular to the parking stall lines to span the complete dual-wheel tracking path of arriving vehicles. Because a single 1800 mm unit covers the full vehicle axle width, precise placement guarantees simultaneous tire contact across both front or rear wheels.
- Setback Distance: Position the stopper at an appropriate setback distance from end walls, structural columns, or perimeter fencing based on standard vehicle overhang measurements.
- Centering: Center the 1800 mm rubber stopper evenly within the stall width markings to accommodate varied approach angles.
- Visual Alignment: Verify that the integrated high-visibility yellow/white reflective tape sections face oncoming traffic for clear visibility during day and night operations.
Step-by-Step Surface Mounting Procedure
The KTI160320011650 rubber wheel stopper features factory-formed pre-molded mounting holes designed to receive heavy-duty anchor bolts and mechanical fasteners for rapid deployment.
- Step 1 - Position Marking: Place the 12 kg rubber stopper in its intended final position on the concrete or asphalt surface. Using a marker or center punch through the pre-molded mounting holes, mark the drill hole locations directly onto the substrate.
- Step 2 - Substrate Drilling: Move the rubber unit aside. Drill pilot holes into the marked locations using a rotary hammer drill fitted with a drill bit sized to match your structural anchor bolts or asphalt fasteners.
- Step 3 - Debris Extraction: Clear all dust, concrete powder, and drilling debris from inside and around each drilled hole using compressed air or an industrial vacuum to ensure maximum anchor adhesion.
- Step 4 - Placement & Anchoring: Reposition the 1800 mm vulcanized rubber stopper over the drilled holes. Insert the anchor bolts through the pre-molded holes into the substrate.
- Step 5 - Fastener Torquing: Tighten down each mechanical fastener evenly until the heavy-duty rubber body is firmly compressed against the flooring surface without distorting the rubber profile.
Post-Installation Verification & Preventative Maintenance
Once secured, perform a physical inspection to verify that the stopper remains rigid under lateral pressure and that the fastener heads sit securely recessed within the pre-molded holes to avoid tire damage. Periodically conduct routine inspections to check mechanical anchor tightness and ground adhesion, especially in heavy-turnover commercial and industrial bays. Clean the rubber surface and integrated reflective tape with water or mild detergent as needed to maintain high-contrast reflectivity and bay delineation.
