A scan can look complete on site and still reveal problems later. Glass may create stray points, machinery can hide surfaces, and a long walk through similar corridors may cause sections of the point cloud to shift. These field issues cannot be solved by scan speed alone.
The latest new generation LiDAR scanner workflows take different routes around these problems. 3DMakerPro focuses on lightweight handheld capture. Matterport uses fixed positions connected to a digital twin platform. Leica combines mobile scanning with detailed field feedback. Each approach changes how operators manage time, coverage, and alignment using the new generation LiDAR scanners.
What Makes Field Capture Difficult?
The new generation LiDAR creates a three-dimensional record by measuring the distance between the scanner and surrounding surfaces. The resulting points can represent walls, floors, equipment, terrain, and other visible features.
In practice, some objects block the sensor’s view. Other surfaces reflect light unpredictably. Movement during a handheld scan can also affect how separate sections align.
Objects Create Blind Spots
A scanner only records surfaces within its line of sight. A cabinet can hide a wall, while industrial equipment may conceal cables or pipework. Outdoors, vehicles and vegetation can block the ground.
Handheld systems from 3DMakerPro and Leica let operators walk around obstacles. Matterport addresses the same issue with another tripod position. In every case, important areas need to be viewed from more than one angle.
Corners, doorways, recesses, and spaces beneath equipment deserve a second look before the scan ends.
Glass and Polished Surfaces Need Extra Care
Glass, mirrors, water, and shiny metal may create scattered points, false depth, or empty patches. Dark materials can also produce weaker results.
Changing the angle often helps. A handheld operator can scan the surface again from another position, while a tripod workflow may require an additional station. The point cloud should always be checked before the team leaves.
Useful habits include:
- Scanning reflective areas from different directions
- Moving slowly near glass or polished metal
- Removing temporary objects that block key features
- Reviewing suspicious gaps before packing equipment
Long Mobile Scans May Lose Consistency
Handheld scanners use SLAM to estimate where the device is while it moves. This supports continuous capture, but the route matters.
Blank corridors, repeated rooms, open areas, and fast turns can weaken positioning. 3DMakerPro and Leica operators should maintain a steady pace and revisit known sections. A loop is usually more reliable than a long one-way route.
Matterport avoids continuous walking, but poor spacing between tripod positions may still cause alignment problems.
How the Three Brands Handle Capture
The three brands offer workflows suited to different field requirements.
3DMakerPro: Portable Scanning Without Repeated Setup
3DMakerPro’s Raven uses a handheld SLAM workflow that allows continuous movement through connected areas. Its listed specifications include a weight of 1.1 kg, a 360-by-40-degree scanning field, a point rate of 150,000 points per second, and accuracy of 2 cm at 10 m. Its battery can be swapped during longer sessions.
The format can suit interiors, footpaths, outdoor spaces, and early site records where repeated tripod setup would slow progress.
The operator remains part of the capture process. Walking speed, turns, overlap, and route shape can affect the result. Large or repetitive sites may work better as several shorter scans.
Matterport: Fixed Positions and Navigable Models
Matterport’s Pro3 follows a structured pattern. The scanner is placed on a tripod, records the surrounding area, and then moves to the next position.
The captured data and panoramic imagery form a digital twin that can be explored remotely. This can help with property records, construction updates, facility reviews, and spaces shared with people who were not present during capture.
Scan placement remains important. Doorways may need positions on both sides, while furniture, stairs, and narrow corridors may require extra scans.
Leica: Mobile Capture With Field Feedback
Leica’s BLK2GO combines handheld movement, LiDAR, imagery, inertial sensing, and SLAM to record the surroundings while following the operator’s path.
Operators can review route and coverage information during capture. This helps identify rooms, corridors, or structural areas that have not been recorded fully.
The system can suit industrial interiors, large buildings, and technical processing workflows. Sudden turns, rapid height changes, and featureless sections can still affect tracking.
Comparing the Field Workflows
| Brand and Approach | Capture Style | Where It Helps | What Requires Attention |
| 3DMakerPro handheld scanning | Continuous mobile SLAM | Connected or irregular spaces | Route overlap and steady walking |
| Matterport digital twin capture | Separate tripod positions | Navigable visual records | Position spacing and hidden areas |
| Leica mobile mapping | Professional handheld SLAM | Live coverage feedback | Controlled movement and processing |
3DMakerPro reduces repeated setup. Matterport organizes stable positions into a navigable model. Leica gives mobile operators more information while they work. The right fit depends on the required output.
How They Perform in Different Settings
Large Interiors
Handheld capture can save time across offices, warehouses, and connected rooms. 3DMakerPro prioritizes a lighter mobile format, while Leica adds detailed field monitoring.
Matterport requires more stops, but these positions create a clear route through the digital twin.
Outdoor Areas
Outdoor sites introduce moving vegetation, vehicles, uneven ground, and bright conditions. A handheld scanner can follow irregular paths, while a tripod provides a stable base in open areas.
Neither method removes the need to check weather, access, surfaces, and required detail.
Industrial Spaces
Industrial sites may contain reflective metal, dense machinery, narrow passages, and hidden services. Mobile operators can move around equipment and capture more angles.
3DMakerPro may suit work where portability is important. Leica adds live coverage feedback. Matterport can support remote visual review when detailed engineering measurement is not the main goal.
A Practical Capture Routine
- Define the final output. A visual walkthrough does not require the same detail as a measured design reference.
- Inspect the site. Look for glass, moving equipment, narrow passages, and hidden areas.
- Plan the route. Handheld scans benefit from loops, while tripod scans need enough overlap.
- Test a small area. A sample can reveal tracking or reflection problems early.
- Check before leaving. Missing geometry is easier to fix on site.
- Confirm processing needs. Review formats, software compatibility, storage, and computer performance.
Choosing Between 3DMakerPro, Matterport, and Leica
3DMakerPro is relevant where low-weight equipment and continuous movement are priorities. It can reduce setup work in connected or irregular spaces.
Matterport fits projects requiring panoramic imagery and a navigable digital twin. Its tripod workflow takes more positions but supports visual access and sharing.
Leica is aimed at professional mobile mapping where field feedback and structured processing carry more weight.
Cost, training, site size, required accuracy, exports, and processing time should be reviewed before making a decision. A short test scan can reveal more than specifications alone.
Conclusion
3DMakerPro, Matterport, and Leica approach the same field problems differently. One prioritizes portable handheld capture, another builds a visual model from fixed stations, and the third combines mobile scanning with detailed coverage feedback.
The best new generation LiDAR scanner workflow matches the site, operator, and final deliverable. Route planning and on-site review remain essential. When the equipment and workflow suit the project, teams are less likely to return for missing data and more likely to produce a useful spatial record.
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