Automating Vehicle Access for a High-Traffic Logistics Facility
Engineering high-authority vehicle control systems designed to eliminate operational bottlenecks and ensure safety in high-intensity industrial yards.
| Client | Hoy San Stevedoring Pte Ltd |
|---|---|
| Location | 5 Penjuru Lane, Singapore |
| Sector | Logistics & Port Operations |
| Solution | Vehicle Access Automation |
| Timeline | Aug 2025 – Nov 2025 |
Efficiency Through Automation
Hoy San Stevedoring is a leading provider of stevedoring, shipping, and logistics services in Singapore. Their operational yard at 5 Penjuru Lane handles a continuous, high-intensity flow of heavy vehicles, prime movers, and container trailers, where efficient gate movement is critical to their daily throughput.
The previous dependence on manual guard verification created significant operational bottlenecks. The subjective nature of human judgment led to entry delays during peak shifts and introduced risk through inconsistent protocol enforcement. The goal was to establish a high-authority digital gatekeeper capable of managing extreme vehicle dimensions while delivering absolute accountability in movement logs.
Why Standard Systems Would Not Work
Typical carpark access systems are engineered for the predictability of passenger vehicles. Industrial logistics environments present a far higher complexity: extreme vehicle lengths, varying chassis heights, and restricted turning radiuses that standard sensors often fail to track accurately. A system built on standard assumptions would result in frequent barrier collisions and failed detections; this project required a solution designed specifically around actual vehicle behaviour.
Precision Control in Logistics
Managing an industrial yard requires a balance between strict access protocols and the fluid movement of logistics assets.
Authorised Identification
Deploying GantryGo LPR to ensure reliable vehicle identification under all lighting and operational conditions, matching against a strict digital whitelist.
Controlled Access
Moving from manual oversight to system-driven barrier control, ensuring that entry is only granted when all security and safety parameters are verified.
Safety-Critical Detection
Integrate LiDAR sensing as a non-negotiable safety layer to detect the presence of heavy vehicles and trailers throughout the entire transit cycle.
Observation-Led Engineering
Our engineering team began with direct site observation of heavy vehicle turning radiuses and approach trajectories at the Penjuru gate. This empirical data informed the specific positioning logic for the LPR cameras, ensuring consistent capture angles regardless of vehicle height.
Calibration was tuned across diverse vehicle types to align barrier timing with the actual momentum and wheelbase requirements of prime movers. The final placement was driven by real-world site behaviour, not theoretical templates. Systems were stress-tested under peak loading conditions to ensure the automated logic never became a bottleneck.
Beyond Inductive Loops: LiDAR Safety
Standard vehicle detection relies on ground-based inductive loops which require physical contact and proximity to the road surface. In a logistics environment, prime movers and their trailers often have significant "gaps" and high chassis heights that can cause traditional loops to lose detection, creating a critical risk of the barrier closing prematurely on a vehicle.
The Laser-Based Advantage
To eliminate this risk, we deployed LiDAR laser-based sensing. Unlike loops, LiDAR detects vehicle presence in three-dimensional space by mapping the vehicle's volume as it passes. This ensures accurate detection and safer barrier operation regardless of vehicle length, height, or trailer configuration.
This engineering decision provides Hoy San with a failsafe detection layer that ground-based sensors simply cannot match in a heavy-vehicle context.
Reliable Entry. Absolute Accountability.
Dependency on Manual Guard Control
Reliable Vehicle Entry Process
Heavy Vehicle Movement Control
The final implementation delivered a consistent, high-authority vehicle entry process that operates independently of human error. By shifting control to an automated, LiDAR-secured platform, Hoy San has achieved better tracking, improved accountability, and a significantly higher safety standard for their daily logistics flow.
The Final Takeaway: Effective industrial access control must be designed around real operating conditions, not standard assumptions.
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