Dataset Overview
Welcome to one of our most technically challenging datasets—a complete 3D capture of an operational factory pump room. This dataset showcases how Gaussian Splatting technology and professional LiDAR equipment can document complex mechanical spaces with millimeter-level precision.
Navigate around equipment, inspect piping connections, and view mechanical systems from angles that would be difficult or impossible to photograph traditionally.
About This Capture
Pump rooms and mechanical spaces present unique documentation challenges for AEC professionals:
- Equipment Density: Pipes, valves, pumps, and electrical systems create complex 3D environments
- Access Constraints: Equipment placement often limits viewing angles and physical access
- Verification Needs: As-built documentation must match installation specifications exactly
- Maintenance Planning: Future service teams need to understand spatial relationships and access routes
This dataset captures an operational industrial pump room, documenting:
| Detail | Information |
|---|---|
| Type | Factory Pump Room |
| Industry | Industrial / Manufacturing |
| Systems Visible | Pumps, Piping, Electrical, Controls |
| Capture Method | Lixel L2 Pro on Extension Pole |
Traditional photography and even standard 360° cameras struggle to capture the complete picture in these spaces. This is where professional LiDAR scanning excels.
Capture Technology: Lixel L2 Pro with Extension Pole
This dataset was captured using the Lixel L2 Pro mounted on an extension pole—a critical technique for mechanical room documentation.
Why an Extension Pole?
Mounting the Lixel L2 Pro on an extension pole provides several key advantages:
- 360° Equipment Views: Reach above and around equipment to capture all sides
- Overhead Perspectives: Document ceiling-mounted systems, cable trays, and ductwork
- Confined Space Access: Navigate tight spaces between equipment while maintaining clear sightlines
- Complete Coverage: Eliminate blind spots that occur when scanning from ground level only
The Lixel L2 Pro's 1000-meter range and 1-2cm accuracy ensure that every pipe connection, valve position, and equipment mounting detail is captured precisely—even when scanning from challenging angles.
Key Specifications
- Range: 1000m maximum range (perfect for large industrial facilities)
- Accuracy: 1-2cm precision for as-built verification
- Field of View: 360° × 270° coverage captures complete surroundings
- Rapid Capture: Complete room documentation in minutes, not hours
What You Can See in This Dataset
This pump room capture includes:
- Industrial Pumps: Multiple pump units with visible mounting, connections, and access clearances
- Piping Systems: Complete piping networks showing routing, support brackets, and valve locations
- Electrical Infrastructure: Conduit runs, junction boxes, and control panels
- Access Routes: Clear documentation of walkways and maintenance access points
- Spatial Relationships: Exact distances between equipment for future modifications or service planning
Applications for AEC and Facilities
This type of dataset supports numerous use cases:
Construction Verification
- Verify as-built conditions match design specifications
- Document installation progress for contractor payment verification
- Create permanent record of hidden systems before closeout
Facilities Management
- Plan equipment replacements with accurate spatial data
- Train maintenance teams on room layout and equipment location
- Identify access routes for future repair work
Engineering Analysis
- Measure clearances for code compliance verification
- Plan system modifications without site visits
- Coordinate with new equipment installations
BIM Integration
- Generate accurate as-built BIM models from scan data
- Update facility models with real-world conditions
- Maintain digital twins of mechanical systems
Technical Advantages
Unlike traditional documentation methods, this 3D capture provides:
- Photorealistic Detail: See equipment labels, valve positions, and installation details clearly
- Accurate Measurements: Take measurements between any points in the 3D space
- Multiple Viewing Angles: Inspect systems from perspectives impossible to photograph
- Remote Collaboration: Share access with engineers and contractors anywhere in the world
- Permanent Record: Archive conditions for future reference and analysis
Processing with Splat Labs
After capture, the Lixel L2 Pro data was uploaded to Splat Labs for automatic processing:
- Point Cloud Generation: LiDAR data converted to accurate 3D point cloud
- Gaussian Splat Creation: Neural rendering creates photorealistic visualization
- Web Optimization: Compressed for instant viewing in any browser
- Shareable Links: Distribute to stakeholders without special software
The entire process is automated—from upload to shareable 3D viewer in hours.
Why Gaussian Splatting?
Unlike traditional 360° photos or static images, Gaussian Splatting with Splat Labs lets AEC professionals:
- Move freely through complex mechanical spaces
- Inspect from any angle — including hard-to-reach areas
- Take accurate measurements between any two points
- Share with stakeholders — no special software required
For mechanical rooms, plan your scan path to include elevated positions using an extension pole. This ensures you capture overhead systems and the tops of equipment that would otherwise be missed.
Create Your Own As-Built Documentation
Ready to transform your AEC documentation workflow with professional LiDAR scanning? Here's how to get started:
- Get Lixel L2 Pro — Learn more about Lixel L2 Pro and extension pole techniques
- Upload to Splat Labs — Process your captures at cloud.rockrobotic.com
- Share with your team — Embed viewers in reports or share via link
Lixel L2 Pro purchases include a free 1-year Splat Labs Starter plan for unlimited processing and viewing.
This dataset demonstrates real-world Lixel L2 Pro performance in challenging industrial environments. Have a complex mechanical space you'd like to document? Contact us to discuss your project or explore Lixel L2 Pro for professional capture.
