JD-2009Vehicle Restraint
Evaluate restraint compatibility with the vehicle rear impact guard and operating procedure.
Coordinate protection and communication. Start with the application and site interfaces, then confirm the equipment configuration.
Loading dock safety equipment includes vehicle restraints, dock bumpers, wheel guides, signals and protective barriers. Their selection starts with a site assessment and defined operating procedures, including the interfaces between vehicles, drivers and dock operators.
vehicle positioning and dock communication.
existing foundations, controls and clearances.
exposed equipment and traffic routes.
Planning paths to review, with suitability confirmed against the actual site.
Review vehicle compatibility, operating procedures and restraint requirements.
Review vehicle contact positions and building protection.
Check approach geometry, turning space and driver visibility.
Agree the signal sequence between drivers and dock operators.
Equipment selection does not replace a site-specific risk assessment or a safe operating procedure.
JD-2009Evaluate restraint compatibility with the vehicle rear impact guard and operating procedure.
JD-2016Compare bumper geometry, mounting plates and vehicle contact positions.
JD-2016Coordinate signalling and task lighting with power and operating requirements.
JD-2016Review vehicle alignment and wheel restraint. Chock availability needs separate confirmation.
JD-2016Identify exposed corners and equipment, then confirm mounting and clearance.
Discuss warning and edge-protection requirements against the site risk assessment.
Quantity, site access, installation responsibilities and required documentation also affect the agreed scope. Price and delivery are confirmed against a defined configuration.
Agree the relevant dimensions, material or component identification, control requirements and inspection evidence. Use the latest drawing revision for interface checks.
Review our coordination processVehicle rear geometry
Mounting positions and foundations
Signals and control interfaces
Vehicle rear geometry, Mounting positions and foundations, Signals and control interfaces. Include drawings and photographs where available. Missing information should be identified explicitly so the supplier can confirm the relevant interface rather than assume it.
No. Supplier illustrations identify a product family. The equipment configuration, dimensions, controls and installation details must be agreed for the project before order.
Door requirements can be included in the project brief. JBL Entrance is our sister company for the door scope. Door and dock information remain separate while opening and control interfaces are coordinated.
Provide the original equipment identification, component photographs and dimensions. Supply availability and compatibility require confirmation; a similar appearance or product name is not sufficient to select a replacement.

Use the approved drawing for the selected leveler to define pit and embedded-part requirements. Measure existing pits and resolve differences before ordering equipment or starting civil works.


A foam dock seal uses compressible pads at the vehicle interface, while shelter arrangements use curtains or inflatable elements around the opening. Compare the vehicle fleet, contact geometry and operating conditions before choosing.

Start a dock spare parts enquiry with the equipment nameplate, a view of the complete assembly and close-up photos of the component. Include known dimensions and the required quantity. Appearance alone cannot confirm compatibility.

Keep the equipment identity, current drawings, manufacturer instructions, inspection findings and replacement-part records together. Use the manufacturer’s maintenance schedule and a site-specific assessment; a general website checklist is not a service interval or repair instruction.
Identify the equipment before replacing parts.
Coordinate doors through JBL Entrance.
Source: JBL Dock Catalogue V1.2 (review edition) and website planning framework. Content reviewed for this draft: 17 October 2026. Technical values and configuration require project confirmation.