Special Projects

Custom LiDAR Solutions for Unique Challenges

At HyPoint Solutions, we recognize that not every project fits into a standard product offering. Our team works with agencies, engineering firms, and industry partners to develop customized LiDAR-based solutions for unique monitoring, measurement, and detection applications.

From initial feasibility evaluations and sensor selection to system integration, field testing, and data analysis, we help turn complex challenges into practical, real-world solutions.

Featured Project

Thomas Johnson Bridge

Vessel Monitoring & Clearance Study

Multi-Sensor LiDAR System Vessel Height Measurement Bridge Clearance Analysis Channel Study

HyPoint deployed a customized, multi-sensor LiDAR system on the Thomas Johnson Bridge to support a vessel monitoring and navigation channel study.

Multiple LiDAR sensors were installed along the bridge to capture three-dimensional measurements of vessels passing beneath the structure. The system was designed to measure vessel mast heights and evaluate the distance between the highest point of each vessel and the bridge structure, providing valuable information for bridge clearance analysis and waterway planning.

In addition to vertical clearance measurements, the system collects vessel speed, estimated width, and movement information to help evaluate traffic patterns and vessel positioning within the navigation channel.

Aerial view of the Thomas Johnson Bridge's main channel span, where the LiDAR sensors are mounted to monitor passing vessel traffic — **Mounted over the main channel.** The LiDAR sensors are installed on the bridge's main navigation channel span, where vessel traffic is concentrated.

System Capabilities

Vessel Mast Height Measurement

Measures the highest point of passing vessels using LiDAR technology.

Bridge Clearance Analysis

Calculates the distance between the vessel's highest point and the bridge structure.

Multi-Sensor LiDAR Integration

Combines measurements from multiple sensors to monitor vessels passing beneath the bridge.

Vessel Speed & Dimensions

Captures vessel speed and estimated width to support traffic analysis.

Channel Usage Study

Tracks vessel movement and positioning to better understand navigation patterns.

Integrated Imaging

Captures images of passing vessels to provide visual context for measurement records.

Automated Data Logging

Records vessel measurements, timestamps, and associated images in the HyPoint web portal.

Remote Data Access

Allows project teams to review vessel events, measurements, and supporting imagery through a centralized web interface.

Vessel Pass & Portal Record

Vessels passing beneath the Thomas Johnson Bridge, captured and measured in 3D by HyPoint's multi-sensor LiDAR system — **Vessels passing, measured in real time.** The LiDAR sensor array captures each vessel's 3D profile as it moves through the channel beneath the bridge.

HyPoint web portal measurement detail screen for a vessel pass, showing height, clearance, speed, overview photo, and a rotating 3D point cloud — **Open any pass in the portal.** Every detection logs height, clearance, speed, an overview photo, and a full 3D point cloud — reviewable from anywhere.

1,488

Total Detections

53.1

Daily Average

15.84′

Average Height

30′

Average Width

11.56

Avg. Speed (mph)

69.72′

Tallest Vessel

Based on a 28-day monitoring period at the Thomas Johnson Bridge. Figures are generalized aggregate statistics from the HyPoint reporting engine. Mast height is the system's primary measured dimension; vessel width is an estimate, since it can be affected by wake and water movement.

Supporting Data-Driven Waterway Planning

By automating vessel measurements and monitoring, the system provides consistent data to support bridge clearance evaluations, navigation channel studies, and long-term waterway planning.

The combination of 3D LiDAR measurements, vessel imagery, and automated reporting allows engineering teams to better understand vessel traffic and evaluate potential clearance concerns without relying solely on manual observations.

Have a Unique LiDAR Application?

Custom Engineering, Consulting & Field Testing

HyPoint works with customers to evaluate and develop solutions for applications that go beyond traditional roadway vehicle detection — for transportation agencies, engineering firms, industrial facilities, ports, and infrastructure operators alike.

Feasibility Studies & Consulting

Evaluate project requirements and determine whether LiDAR technology can provide a practical solution.

Custom Sensor Configurations

Design single- or multi-sensor systems tailored to unique measurement and monitoring requirements.

Proof-of-Concept Testing

Conduct controlled testing and pilot deployments to validate system performance.

System Integration

Integrate LiDAR with cameras, warning systems, digital outputs, communications equipment, and existing infrastructure.

Custom Data Collection & Reporting

Develop application-specific measurements, event logging, visualization, and reporting through the HyPoint web portal.

Deployment & Technical Support

Assist with system configuration, commissioning, performance evaluation, and ongoing monitoring.

Have a project that requires a different approach?
Whether you're exploring a new LiDAR application, evaluating a challenging measurement requirement, or looking for a technology partner to develop and test a custom solution, HyPoint can help.

Discuss Your Custom LiDAR Project