Maplehurst Correctional Complex required an upgrade to a critical sally port access point—a high-security zone where gates operate continuously throughout the day for service and delivery vehicles. 

The existing system had been in place for years and relied on an old gate design that no longer met modern operational expectations. 

The facility needed a solution that could deliver: 

• Higher security and improved locking performance  

• Reliable operation in a high-cycle environment  

• Faster serviceability and access to replacement parts  

• A system designed for Canadian climate conditions  

But replacing the gate wasn’t just about performance. 

The Challenge: Securing a Wide Commercial Access Point 

Home Hardware requires a reliable perimeter access solution for a facility handling frequent deliveries and commercial traffic. The entrance to the property featured a 40-foot-wide opening, which required a gate capable of covering a 60-foot overall span while maintaining structural stability and smooth operation. 

The facility needed a solution that could: 

• Secure a large commercial access point 

• Withstand constant vehicle traffic 

• Maintain reliable performance in Canadian weather conditions 

• Integrate with automated access control systems 

• Be installed quickly without long manufacturing delays 

Traditional fabricated cantilever gates of this size often introduce challenges such as long production timelines, complex transport logistics, and difficult maintenance if damage occurs. 

Home Hardware requires a system that combines strength, scalability, and long-term reliability. 

The Challenge: Industrial Durability with Minimal Downtime 

At a large pulp and paper mill, perimeter access is critical. 

Facilities like Thunder Bay Pulp & Paper operate with: 

• Continuous truck traffic 
• Heavy equipment movement 
• 24/7 operations 
• Strict safety and security protocols 

The mill required a sliding cantilever gate system that could: 

• Withstand industrial use 
• Be deployed quickly 
• Integrate with access control 
• Minimize operational downtime 
• Remain repairable if damaged 

Traditional fabricated cantilever gates often require: 

• Long manufacturing lead times (8–12 weeks) 
• Complex transportation 
• Welding repairs if damaged 
• Extended downtime during replacements 

For a high-production industrial facility, delays and security gaps are unacceptable. 

The Challenge: Speed, Reliability & Downtime Risk 

At high-traffic industrial facilities like Suncor, perimeter access is more than a security feature — it’s a critical operational control point. 

Suncor required a sliding cantilever gate solution that could: 

• Secure high-value industrial assets 

• Withstand heavy daily use 

• Be installed quickly 

• Minimize operational disruption 

• Remain serviceable in the event of impact damage 

Traditional custom-fabricated cantilever gates posed two significant concerns: 

1. Lead Times: Conventional gates often require 8–12 weeks for manufacturing and delivery. 

1. Repair Complexity: If damaged, full gate replacement or extensive welding is typically required, resulting in prolonged downtime. 

In high-production industrial environments, prolonged downtime is not acceptable. 

The Challenge 

A distributor in Boston was tasked with installing a 45-foot sliding cantilever gate at the entrance of a residential apartment complex. On paper, the solution was straightforward: install a heavy-duty cantilever gate to control vehicle access. 

The project faced a major logistical obstacle. The apartment complex was located on a narrow urban street, typical of older Boston neighborhoods. The road geometry made it impossible for: 

• Standard transport trucks 

• Oversized flatbed deliveries 

• One-piece fabricated 45-foot gates 

Traditional cantilever gates are commonly built as large, welded assemblies. Delivering a single-piece gate of that size would have required: 

• Oversized load permits 

• Specialized transport 

• Increased freight costs 

• Risk of damage during transit 

• Extended project timelines 

Additionally, most traditional manufacturers operate on 8–12-week production lead times, further delaying the project. 

The installer needed a solution that was not only structurally sound — but also logistically flexible. 

The Challenge 

A Canadian Forces installation required a high-security sliding cantilever gate system that met strict operational criteria. 

The requirements included: 

• Enhanced perimeter security 

• Custom 10-foot gate height 

• Structural stability under wind load 

• Compliance with Canadian transport height regulations 

While a 10-foot-high security gate is not uncommon in defense environments, the logistics behind delivering one can quickly become complex. 

Traditional high-security cantilever gates are often: 

• Fabricated as large, welded assemblies 

• Oversized for standard transport 

• Dependent on special permits 

• Costly to move across provinces 

Transport height restrictions meant that a fully assembled 10-foot-high gate could exceed allowable shipping dimensions, requiring: 

• Specialized hauling 

• Escort vehicles 

• Extended planning and delays 

For defense infrastructure, delays are not ideal — and cost escalation is even less desirable. 

The base needed a solution that combines customization, compliance, and structural strength — without logistical complications. 

The Challenge: Securing Infrastructure on Sensitive Terrain 

A utility operator needed to secure approximately 1.5 kilometres (5,000 feet) of aqueduct running alongside a public roadway. 

The primary goal was to prevent unauthorized access, particularly snowmobilers during winter months who could potentially travel along or on top of the aqueduct structure. 

While the need for perimeter protection was clear, the project presented several significant constraints. 

The terrain surrounding the aqueduct was: 

• Sloped, angle and uneven 
• Environmentally sensitive
• Subject to strict ground penetration restrictions