Turn every walk-through into detailed 3D data. Choose from three models—SLAM200, SLAM200E (16) and SLAM200 (32)—to suit your scanning requirements.
The Feima SLAM200 combines high-frequency LiDAR, dual 12MP panoramic cameras and onboard processing to capture geometry and colour in one handheld workflow.
Map indoor and outdoor spaces, including environments without GNSS reception. Review coloured point clouds on site and keep your project moving with SLAM Instant.
Talk to MMS Design about the right scanning, positioning and processing setup for your work.
5 mm relative accuracy within 60 m*
Dual 12MP panoramic cameras
Real-time mapping and point-cloud colouring
External RTK support for absolute coordinates
Resume scanning from the last station
Aerial–ground data fusion and 3D Gaussian Splatting
Explore coloured point clouds, panoramic imagery and 3D Gaussian Splatting. Ask MMS Design for representative SLAM200E sample data and a demonstration tailored to your application.
Evaluate what matters: fine detail, coverage, colour quality and compatibility with your downstream workflow.
From field to deliverable
Capture with SLAM200E. Review on site with SLAM Instant. Discuss post-processing and export requirements with our team.
*Manufacturer-stated relative accuracy of 5 mm within 60 m. Absolute accuracy up to 2 cm with external RTK or ground control. Results depend on site conditions, survey control and workflow.
Up to 2,100 m range
Up to 2,000 kHz pulse rate
Up to 16 returns
1.85 kg integrated system
Capture LiDAR and high-quality imagery across wide corridors and large-area projects with dual 26 MP APS-C cameras and a 110° horizontal field of view.
Compare the longer-range SLAM200 with the 16-line and 32-line SLAM200E configurations. The key hardware differences are maximum measurement range, laser channels and point acquisition rate.
Longer-range capture
Consider this model when greater reach is a priority, such as larger outdoor sites and more distant building surfaces.
16-line configuration
Consider this model for work within a shorter range where the lower point acquisition rate meets your coverage and detail requirements.
Higher point rate within the E range
Consider this model when you want twice the nominal point acquisition rate of the 16-line version, within the same maximum range.
Maximum sensor range is not the same as survey accuracy or guaranteed usable range. Actual coverage and point density depend on the surface, environment, distance, scan speed and route. A higher point rate does not automatically mean higher accuracy or half the survey time. Confirm mounting accessories, software and positioning options for your chosen configuration.
Manufacturer specifications: Feima SLAM200 and Feima SLAM200E.
Ask us to compare the three modelsBring geometry and imagery together for surveying, built-environment documentation and digital-twin projects. Explore these Feima SLAM200E examples, then ask us to demonstrate the workflow for your site.
This overhead lobby point-cloud view shows how captured geometry reveals the layout of an indoor space. Use a 3D overview to examine the arrangement of walls, openings and circulation areas.
Shown: Feima’s lobby point-cloud overview.
This playground visualisation shows how image textures add recognisable colour and context to a captured scene. SLAM200E’s dual panoramic cameras support workflows for presenting spaces in rich visual detail.
Shown: Feima’s outdoor playground visualisation.
The building model shown brings the tower and its surrounding ground-level and underground geometry into one view. Feima’s aerial–ground fusion workflow combines complementary capture routes for broader coverage.
Shown: Feima’s 21-storey building and underground-area example. Accessories and workflow requirements apply.
The SLAM Instant screen shows a selected surface, reference-plane settings and calculated cut-and-fill volumes. Review volume measurements on site using captured 3D data.
Shown: SLAM Instant’s earthwork volume calculation screen.
Watch Feima’s volume-calculation demonstration using SLAM200E data in SLAM Instant. See how captured 3D data is used to measure volumes on site.
Manufacturer demonstration and example results. These are not MMS Design project results or downloadable survey datasets.
Walk the space with SLAM200E. Plan your scan route and survey control to suit the environment and required accuracy.
Review real-time coloured point clouds and use SLAM Instant for supported field measurements.
Use the appropriate Feima processing workflow, including SLAM GO POST Pro, and confirm exports for your downstream software.
Yes. SLAM200E supports mapping in GNSS-denied environments. Achievable accuracy still depends on the scene, scan route and processing workflow.
External RTK or ground control can provide an absolute reference. Feima states absolute accuracy of up to 2 cm with RTK or GCP integration; confirm the survey method and acceptance criteria for your project.
Contact MMS Design with your application, required deliverable and preferred software. Request representative SLAM200E data and a demonstration to assess detail, coverage and workflow compatibility.
The right configuration depends on your capture platform, positioning requirements and outputs. Ask MMS Design to confirm the included hardware, software, licences, accessories and training in your quotation.
Product imagery and demonstrations: Feima Robotics SLAM200E. Performance figures are manufacturer specifications and are subject to operating conditions.
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