Manual Portable Deployment Overview
The KTI Metal Truck Wheel Chock (Model: KTI16031001MET1) is engineered for rapid, non-permanent manual deployment across loading docks, freight yards, logistics bays, and industrial maintenance areas. Weighing approximately 2.6 kg, the unit requires no mechanical bolting, grouting, or permanent anchoring to the pavement, allowing yard marshals, logistics operators, and commercial vehicle drivers to quickly position or relocate the chock as operational vehicle staging demands.
Pre-Deployment Inspection and Vehicle Staging
Before placing the metal wheel chock against any commercial vehicle, trailer, or utility fleet unit, adhere to standard industrial immobilisation sequences to ensure maximum holding performance:
- Engage Vehicle Braking Systems: Bring the transport vehicle to a full stop and firmly engage the mechanical parking brake or air brake system before personnel approach the wheel perimeter.
- Inspect Ground Surface: Ensure the ground contact area is solid, flat, and free of heavy oil slicks, standing grease, ice, or loose gravel that could reduce surface traction between the 390 mm x 200 mm metal base plate and the roadbed.
- Inspect Chock Integrity: Perform a rapid visual check of the KTI16031001MET1 unit to confirm the sloped metal contact face and base plate are free of structural deformation, severe mechanical impact bends, or weld fatigue.
Step-by-Step Positioning and Tyre Seating
Correct alignment between the wheel chock's angled contact face and the vehicle's tyre footprint is critical to suppress rolling forces and prevent loading-dock creep:
- Align with Tyre Centre: Centre the 200 mm wide metal contact face directly with the tread centreline of the target wheel. Ensure the chock is matched with standard truck tyres fitting within the 260 mm height profile clearance.
- Slide Firmly Flush: Slide the chock manually underneath the tyre radius until the angled ramp makes firm, direct, and continuous contact across the tyre tread perimeter. Do not leave gap spaces between the metal ramp and the rubber tread.
- Seat the Base: Ensure the entire 390 mm length of the base plate rests flat on the ground plane to allow optimal distribution of downward vehicular rolling loads.
Directional Chocking Matrix
Deploy wheel chocks in direct response to site gradient and operational load vectors as outlined in the protocol matrix below:
| Operating Scenario | Chock Placement Location | Operational Objective |
|---|---|---|
| Level Ground / Flat Loading Dock | Position chocks on both the front and rear of the chosen tyre, or chock opposing sides of the axle. | Prevents forward roll, reverse roll, and dock walk/creep during forklift entry and egress. |
| Downhill Incline / Sloped Surface | Place chock on the downhill (descending) side of the tyre footprint. | Counteracts gravitational roll forces and down-slope vehicular movement. |
| Uphill Incline / Graded Surface | Place chock on the downhill (rearward) side of the tyre footprint. | Prevents backward roll away from staging platforms or bay ramps. |
Safe Retrieval and Stowing Procedure
Once freight transfer, cross-docking, or maintenance activities are completed, clear all personnel from the vehicle track before disengaging the chock. Slide the metal chock cleanly away from the tyre tread. Store the 2.6 kg unit in dedicated dry dock holsters, on-board commercial truck toolboxes, or wall-mounted brackets to keep industrial transit lanes unobstructed and prevent transport yard trip hazards.
