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Highly configurable modular goalpost system designed to protect warehouse doors and mezzanine openings from forklift impact while controlling MHE clearance and improving industrial warehouse safety.
The Door Protection Goalpost System is designed to protect warehouse doors, mezzanine openings and structural access points from vehicle impact in environments where forklifts and material handling equipment (MHE) operate.
Installed in front of rapid rise doors, roller shutter doors and mezzanine access points, the goalpost structure creates a visible protective frame that prevents vehicles from striking building infrastructure. The system also acts as a clearance control measure, helping operators identify height restrictions when travelling beneath mezzanine floors or structural openings.
Warehouse Door Protection
Within warehouse and distribution environments, doors are frequently exposed to vehicle movement from forklifts, pallet trucks and other MHE. The Door Protection Goalpost System is commonly specified to protect:
By installing the goalpost structure in front of the doorway, the system prevents direct impact with door frames, reducing the risk of structural damage and operational downtime.
Mezzanine Clearance Protection
Where mezzanine floors are installed within warehouse facilities, forklift operators must travel beneath structural beams and mezzanine openings. The goalpost system can be used to define safe clearance zones beneath mezzanine structures.
Typical applications include:
The crossbar provides a clear visual height restriction warning, helping prevent vehicle collisions with overhead structures.
Industrial and Manufacturing Facilities
In industrial plants and manufacturing environments, the goalpost system can be installed to protect critical access points and structural openings exposed to vehicle traffic.
Typical installations include:
The modular design allows the system to be configured to suit a wide range of access openings and operational layouts.
Loading Bays and Vehicle Routes
In loading areas and logistics facilities where vehicles frequently manoeuvre near building access points, the Door Protection Goalpost System can be used to improve impact protection and hazard awareness.
Typical installations include:
The yellow and black hazard colour configuration improves visibility and helps reinforce vehicle awareness in high traffic areas.
The Door Protection Goalpost System is a modular steel protection structure designed to safeguard warehouse doors, mezzanine openings and other vulnerable building infrastructure from impact caused by forklifts and material handling equipment (MHE).
Installed in front of rapid rise doors, roller shutter doors and mezzanine openings, the system creates a highly visible protective frame that prevents vehicles from striking door frames, structural openings or overhead building elements. The goalpost also acts as a visual and physical height restriction system, helping operators identify clearance limits when travelling beneath mezzanine floors or structural openings.
The modular design allows the goalpost system to be configured to suit a wide range of door openings and operational environments. Adjustable width and height configurations enable installations for doorways and access points up to 7 metres wide, supporting use across warehouses, distribution centres and industrial facilities.
The system combines structural steel components with high-visibility polymer protection elements, creating a durable protection solution designed for long-term use in demanding operational environments.
Material and Construction
The Door Protection Goalpost System is manufactured from structural mild steel with hot dip galvanised protection, combined with high-visibility polymer covers and rubber impact buffers.
Material components include:
All structural steel components are hot dip galvanised to BS EN ISO 1461, providing corrosion resistance suitable for industrial warehouse environments and external yard installations.
The combination of galvanised steel and polymer protection elements provides both structural strength and high visibility for operators working within busy vehicle traffic areas.
Modular System Design
The Door Protection Goalpost System uses a modular construction method that allows installations to be configured according to site-specific requirements.
Core system components include:
This modular approach allows the goalpost to be configured to suit a wide range of door openings and building layouts.
The modular construction also supports easier transportation, installation and maintenance compared to fully welded protection frames.
Installation and Fixing Options
The goalpost system is designed for straightforward installation using resin-fixed structural bollard bases.
Standard installation components include:
A potted installation option is also available for higher strength requirements. This method involves:
The potted installation option provides additional stability for installations exposed to higher impact risk.
Impact Protection
The Door Protection Goalpost System incorporates ImpactSAFE rubber buffers mounted at the bollard base units.
These buffers are manufactured from natural / SBR rubber and provide an additional protective interface between vehicles and the goalpost structure.
ImpactSAFE buffers help:
The rubber buffers complement the structural protection provided by the steel framework.
Visibility and Hazard Awareness
The goalpost system is designed to provide high visibility within busy warehouse and industrial environments.
Visibility features include:
The yellow and black crossbar helps highlight clearance restrictions and reinforces hazard awareness for forklift and MHE operators approaching protected doorways or mezzanine access points.
This visual demarcation supports safer vehicle movement within warehouse traffic routes.
Door and Mezzanine Protection
Doorways and mezzanine openings represent critical infrastructure points within warehouse environments. Damage to these areas can result in operational downtime, structural repairs and safety hazards.
The Door Protection Goalpost System is specifically designed to protect:
By installing the goalpost structure in front of these areas, facilities can prevent direct vehicle contact with door frames or structural elements.
The system also provides a visible height restriction warning for operators approaching overhead structures.
Functional Benefits
Summary
The Door Protection Goalpost System provides a modular steel protection solution designed to safeguard warehouse doors, mezzanine openings and structural access points from vehicle impact. Combining galvanised steel construction with high visibility hazard marking and impact protection buffers, the system provides a durable and configurable protection solution for industrial environments where forklifts and other MHE operate.
Color | Yellow Black |
Finish | Reflective |
Material | Polymer Steel Linear low-density polyethylene (LLDPE) High density polyethylene (HDPE) Rubber |
Shape | Other |
Length | Bespoke |
Width | Bespoke |
Height | Bespoke |
Uniclass | |
CAWS | Q41/230 Height restrictors |
Classification data | |
Clearance dimensions | |
Height | Manufacturer guidanceBespoke. Consult the manufacturer for details and insert requirements. |
Span | Manufacturer guidanceBespoke. Consult the manufacturer for details and insert requirements. |
Material | |
Posts | Polymer and steel. |
Overhead beams | Steel. |
Finish as delivered | |
Applied finish | Galvanized to BS EN ISO 1461. |
Colour | Yellow and black. |
Accessories | Height restriction clatter bar. |
Fixing: | Bolt-fixed upright. |
Base | 10 mm thick with chemical resin floor anchors. |
Product Reference | Door Protection Goalpost Door Protection Goalpost Potted Guidance for specification option: Diamond core-drill slab 200 mm diameter x 300 mm deep. |
Contains Red List materials | No |
Country of material origin | United Kingdom |
Country of product manufacture | United Kingdom |
Material | Polymer Steel Linear low-density polyethylene (LLDPE) High density polyethylene (HDPE) Rubber |
Recyclability | 100% |
This BIM object has been authored to meet the requirements of the
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