Metal truck wheel chock with 30-inch vertical handle and chequered plate right side view

Metal Truck Wheel Chock with Handle Right

KTI16031001MEWS_Right

Product Description

Heavy-duty mild steel wheel chock with an integrated 30-inch vertical handle, engineered to prevent accidental vehicle movement and roll-away during loading dock, parking, and maintenance operations.

Make / Brand: KTI
Product Type: Metal Truck Wheel Chock with Long Vertical Handle (Right-Side Configuration)
Material Construction: 3 mm Mild Steel Chequered Plate
Chock Base Dimensions: Depth 12 inches (30.5 cm) x Length 9 inches (22.9 cm) x Width 9 inches (22.9 cm)
Handle Length: 30 inches (76.2 cm) vertical extension for standing positioning and retrieval
Traction Surface: High-traction chequered plate grip pattern against tyre treads
Application: Commercial trucks, heavy trailers, container yards, logistics terminals, and loading bays

KTI16031001MEWS_Right

Price

₹ 5,400.00 excl. GST

+ 18.00% Tax + Freight Charge

If you are an existing KTI Customer, Sign In to view your special price

Product Details
Available Brands	KTI
Unit	Numbers
HSN Code	73269099
Dimension	L 22.9 x W 22.9 x H 76.2 cm cm ft in m
Warranty	Not Applicable
Tags/categories	Safety >> Road Traffic Safety Solutions >> Wheel Chock

Usually dispatched within 21 days

About this product .

The Metal Truck Wheel Chock is fabricated from 3 mm thick heavy-duty mild steel chequered plate to deliver high structural stability under heavy commercial vehicle axle loads. Its rigid metal construction resists crushing, deformation, and environmental weathering in demanding industrial environments.
Featuring a raised chequered tread pattern across the contact surfaces, the chock provides positive mechanical traction against tyre treads and ground surfaces. This aggressive texture prevents slippage on concrete docks, asphalt yards, and uneven depot paving.
Equipped with an integrated 30-inch vertical handle, the unit enables operators to position and retrieve the chock from an upright stance. This ergonomic extension eliminates the need to bend down or place hands under vehicle wheel wells, minimising pinch-point and back-strain hazards.
Designed with a 12-inch depth, 9-inch length, and 9-inch width wedge geometry, the chock profile seats securely against standard commercial truck and trailer tyres. The right-side orientation ensures convenient placement along vehicle kerbside and bay alignments.
This wheel chock is widely deployed in logistics warehouses, freight transshipment bays, manufacturing plants, and heavy transport maintenance yards. Proper deployment during docking prevents hazardous trailer creep and unexpected vehicle pull-aways during forklift loading.
Constructed entirely of welded mild steel, the chock requires minimal routine maintenance. Periodic visual checks of weld points and cleaning off road grime, grease, or oil ensure long-term gripping efficiency and workplace safety.

Product Variants .

Metal Truck Wheel Chock with Handle Left

KTI16031001MEWS_Left

Product Information .

Installation and Deployment Guide for KTI Metal Truck Wheel Chock (Right)

Manual Positioning and Right-Hand Configuration Placement

The KTI Metal Truck Wheel Chock with Handle Right (Ref: KTI16031001MEWS_Right) is designed for immediate manual deployment on industrial driveways, freight terminals, and logistics loading docks. Proper positioning is critical to prevent commercial vehicle and truck rollaway during loading, unloading, and parking operations. As a dedicated right-hand configuration unit, this chock is engineered for targeted placement along the corresponding vehicle wheel assemblies.

Deployment is executed manually using the integrated 30-inch vertical metal handle. The extended handle length allows dock workers, yard marshals, and transport drivers to accurately align and position the chock directly against the tyre tread without having to reach awkwardly under the truck body or wheel arch.

Step-by-Step Wheel Chock Deployment Procedure

To ensure maximum holding stability and secure contact with commercial truck tyres, follow these deployment steps during every parking and dock staging sequence:

Step 1: Vehicle Immobilisation: Ensure the commercial truck or trailer is brought to a complete stop at the designated parking bay or loading bay, and the vehicle parking brake is fully engaged before positioning the chock.
Step 2: Chock Alignment: Grasp the integrated 30-inch vertical metal handle to carry and align the right-hand orientation chock with the targeted truck tyre.
Step 3: Flush Surface Contact: Slide the 3 mm mild steel chequered plate wedge flush against the centre of the tyre tread. Ensure that the 9-inch chock width spans across the tyre contact patch evenly.
Step 4: Secure Seating: Push the chock firmly into the tyre face until the 12-inch depth profile is securely wedged beneath the tyre curve. The patterned 3 mm mild steel chequered plate must make solid contact with both the tyre surface and the ground.
Step 5: Visual Verification: Inspect the wheel assembly to verify that there are no gaps between the tyre tread and the 3 mm MS chequered plate surface before authorising loading or unloading operations to proceed.

Deployment and Dimensional Parameters

The table below outlines the dimensional and structural specifications relevant to the correct placement and handling of this wheel chock model:

Parameter	Specification / Measurement
Chock Depth	12 inches
Chock Length	9 inches
Chock Width	9 inches
Vertical Handle Length	30 inches
Plate Thickness & Material	3 mm Mild Steel (MS) Chequered Plate
Hardware Configuration	Right-Hand Orientation
Primary Application	Truck Tyre Rollaway Prevention (Loading/Unloading/Parking)

Post-Operation Retrieval and Safe Handling

Once loading, unloading, or maintenance operations are finalised and the truck is cleared for departure, the wheel chock must be disengaged. Operators should take hold of the 30-inch vertical metal handle and pull the chock backward away from the tyre tread in a single, controlled movement. Store the mild steel chock in a designated staging area adjacent to the dock bay or inside the transport vehicle ready for subsequent deployment.

Industrial Applications and Operational Use Cases

Loading Dock Loading and Unloading Operations

In freight transfer terminals and warehouse loading bays, preventing vehicle creep and uncommanded rollaway during forklift transitions is a critical dock safety priority. The KTI Metal Truck Wheel Chock with Handle Right (Ref: KTI16031001MEWS_Right) is deployed directly against commercial truck tyres during both active loading and unloading cycles. When material handling equipment traverses the dock leveler into the trailer bed, substantial kinetic forces can cause vehicle displacement. Wedging this 3 mm mild steel (MS) chequered plate chock firmly against the tyre assemblies establishes positive mechanical resistance, blocking vehicle movement and securing the freight staging workflow.

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Commercial Truck Fleet Parking and Logistics Yards

Logistics hubs, transport yards, and distribution centers require dependable physical wheel chocking solutions for parked commercial trucks and heavy vehicle assemblies. The KTI Metal Truck Wheel Chock is utilized during staging, stationary parking, and trailer uncoupling to immobilize heavy vehicle wheel assemblies. The chock profile—measuring 12 inches in depth, 9 inches in length, and 9 inches in width—delivers substantial contact geometry against standard commercial truck tyres, ensuring transport units remain stationary across operational yard bays.

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Ergonomic Manual Chock Placement via 30-Inch Vertical Handle

Safety protocols in busy shipping yards require rapid, repeatable chock placement without placing ground crew in compromised physical positions. Featuring an integrated 30-inch vertical metal handle, this wheel chock allows logistics personnel, dock workers, and drivers to position and extract the unit manually without deep bending or reaching under the vehicle chassis. Operators manipulate the chock from an upright stance, guiding the 3 mm MS chequered plate body directly into the wedge zone of the truck tyre for streamlined positioning before dock gates and levelers are engaged.

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Right-Hand Tyre Fitment and Dedicated Bay Configurations

Configured specifically in a right-hand orientation, this unit matches directional tyre chock placement protocols on the right side of heavy commercial vehicles. In standardized industrial facility layouts, deploying dedicated right-configuration chocks streamlines inspection workflows, allowing safety supervisors and yard marshals to quickly verify proper chock engagement along the right tyre tracks. The 3 mm mild steel chequered plate construction provides structured surface grip against the vehicle tyre tread, maintaining stable positioning under operational vibration.

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Summary of Primary Operational Deployments

Warehouse Loading Docks: Immobilizing commercial trucks and trailers during active pallet loading and forklift entry.
Freight & Logistics Terminals: Securing stationary transport vehicles during dock staging, container transfers, and cross-docking operations.
Fleet Parking Stalls: Preventing rollaway of parked heavy commercial vehicle wheel assemblies across logistics yards.
Right-Side Wheel Immobilization: Applying right-hand configured chocks to match facility safety procedures and lane-specific wheel positioning protocols.

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Category FAQ .

Road Traffic Safety Solutions

Traffic Safety Products, Road Safety Solutions, Traffic Management Systems, Highway Safety Equipment, Road Safety Gear, Traffic Control Devices, Vehicle Safety Solutions, Road Signage Solutions, Safety Barriers and Cones, Traffic Signal Systems, Roadway Safety Solutions, Pedestrian Safety Equipment, Traffic Warning Systems, Vehicle Detection Solutions, Traffic Safety Accessories.

Road/traffic safety solutions refer to measures and products designed to improve safety for road users, including drivers, pedestrians, and cyclists. These solutions aim to reduce accidents, injuries, and fatalities on roadways by addressing various aspects of traffic management, visibility, and infrastructure.

Road/traffic safety solutions are important for several reasons: Accident prevention: They help to prevent accidents and minimize the severity of injuries by implementing effective safety measures on roadways. Protecting vulnerable road users: Safety solutions prioritize the safety of pedestrians, cyclists, and other vulnerable road users who are at higher risk of accidents. Efficient traffic management: They contribute to smoother traffic flow, reducing congestion and improving overall transportation efficiency. Compliance with regulations: Many road/traffic safety solutions are mandated by traffic regulations and standards to ensure compliance and the well-being of road users.

There are several common road/traffic safety solutions used worldwide. These include: Road signs and markings: Clear and visible signs, traffic signals, and road markings provide guidance, warnings, and instructions to drivers and pedestrians. Speed management: Speed limit enforcement, speed bumps, and speed cameras help control vehicle speeds and reduce the risk of accidents. Traffic calming measures: Techniques such as road humps, roundabouts, chicanes, and narrowed lanes are used to slow down traffic and create safer environments for pedestrians and cyclists. Pedestrian safety measures: Pedestrian crossings, sidewalks, footbridges, and pedestrian-friendly infrastructure improve safety and accessibility for pedestrians. Cycling infrastructure: Bike lanes, dedicated paths, and bicycle-friendly intersections promote safe cycling and separate cyclists from vehicle traffic. Traffic control devices: Traffic lights, stop signs, yield signs, and intersection controls ensure orderly and safe movement of vehicles. Road barriers and guardrails: These provide protection and prevent vehicles from crossing into opposing lanes or off the road. Intelligent transportation systems (ITS): Advanced technologies, such as traffic cameras, variable message signs, and smart traffic management systems, enhance traffic flow and provide real-time information to drivers. Roadway lighting: Proper lighting along roadways improves visibility, especially during nighttime, reducing the risk of accidents. Driver education and awareness campaigns: Public awareness programs, educational initiatives, and driver training aim to promote responsible driving behavior and awareness of road safety practices.

Road/traffic safety solutions have proven to be effective in reducing accidents, injuries, and fatalities on roadways. The effectiveness of specific solutions may vary depending on various factors, such as their proper implementation, compliance by road users, and ongoing evaluation and improvement. Continuous monitoring, data analysis, and research contribute to the development of more effective safety measures and interventions.

Wheel Chock

Vehicle Chock, Tire Chock, Wheel Stopper, Tire Stopper, Wheel Block, Safety Chock, Heavy-Duty Wheel Chock, Tire Stopper, Portable Wheel Chock, Wheel Stabilizer, Vehicle Stabilizing Block, Chocking Device, Chock Block, Wheel Restraint, Heavy Equipment Chock, Wheel Support Chock

A wheel chock is a wedge-shaped device used to prevent the accidental movement of vehicles or trailers when parked or stationed. It is placed against the wheels of the vehicle to provide stability and prevent rolling or sliding.

Using a wheel chock is straightforward: Park the vehicle on a level surface and engage the parking brake. Choose the appropriate size and type of wheel chock for the vehicle or trailer. Place the wheel chock snugly against the tire of the vehicle, on the side opposite to the direction of intended movement. Ensure that the wheel chock makes firm contact with the tire and the ground, providing stability and resistance against rolling. Check that the wheel chock is secure and does not move or shift when pressure is applied to the vehicle.

Yes, there are different types of wheel chocks designed to accommodate various vehicle sizes and applications. Common types include: Rubber wheel chocks: These are made of durable rubber material, offering good grip and resistance against slipping. Metal wheel chocks: These are typically constructed of heavy-duty steel or aluminum, providing additional strength and durability. Wedge wheel chocks: These chocks have a wedge-shaped design that fits snugly against the tire to prevent rolling. Wheel chocks with handles or ropes: Some wheel chocks are equipped with handles or ropes for easy handling and removal.

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Metal Truck Wheel Chock with Handle Right

Product Description

Metal Truck Wheel Chock with Handle Right

KTI16031001MEWS_Right

About this product .

Product Variants .

Product Information .

Installation and Deployment Guide for KTI Metal Truck Wheel Chock (Right)

Manual Positioning and Right-Hand Configuration Placement

Step-by-Step Wheel Chock Deployment Procedure

Deployment and Dimensional Parameters

Post-Operation Retrieval and Safe Handling

Industrial Applications and Operational Use Cases

Loading Dock Loading and Unloading Operations

Commercial Truck Fleet Parking and Logistics Yards

Ergonomic Manual Chock Placement via 30-Inch Vertical Handle

Right-Hand Tyre Fitment and Dedicated Bay Configurations

Summary of Primary Operational Deployments

Related Products .

Compare with similar products .

Category FAQ .

Fire Safety Solutions

PPE Personal Protective Equipment

Road Traffic Safety Solutions

Signage Solutions

Alcohol Detector Breath Analyser

CCTV Surveillance System

Corporate Solutions

Home Security Automation Solutions

LED Searchlights

Metal Detector Solutions

Perimeter Protection Solutions

Access Control, Attendance System

Automatic Entry Solutions

House Keeping Solution

Hygiene Automation Solutions

LED Display Solutions

Office Automation Solutions

PA Solutions

Solar Solutions

Metal Truck Wheel Chock with Handle Right

Product Description

Metal Truck Wheel Chock with Handle Right

KTI16031001MEWS_Right

About this product .

Product Variants .

Product Information .

Installation and Deployment Guide for KTI Metal Truck Wheel Chock (Right)

Manual Positioning and Right-Hand Configuration Placement

Step-by-Step Wheel Chock Deployment Procedure

Deployment and Dimensional Parameters

Post-Operation Retrieval and Safe Handling

Industrial Applications and Operational Use Cases

Loading Dock Loading and Unloading Operations

Commercial Truck Fleet Parking and Logistics Yards

Ergonomic Manual Chock Placement via 30-Inch Vertical Handle

Right-Hand Tyre Fitment and Dedicated Bay Configurations

Summary of Primary Operational Deployments

Related Products .

Compare with similar products .

Category FAQ .

Q. What is the product Road Traffic Safety Solutions also known as?

Q. What are road/traffic safety solutions?

Q. Why are road/traffic safety solutions important?

Q. What are some common road/traffic safety solutions?

Q. How effective are road/traffic safety solutions?

Q. What is the product Wheel Chock also known as?

Q. What is a wheel chock?

Q. How do I use a wheel chock?

Q. Are there different types of wheel chocks available?