Mobile Scanning Cost Estimator

Mobile SLAM scanning costs are driven by four primary factors: facility size, number of floors, environment complexity, and the deliverables you need. This estimator applies the same rate structures THE FUTURE 3D uses in actual client proposals, so the range you see here closely mirrors a formal quote.

Base rate ranges from $0.20 to $0.70 per square foot. Larger facilities with open floor plans fall at the lower end because the NavVis VLX 3 can capture vast areas quickly — 200,000 to 300,000 sqft per day with a single operator. Smaller or more complex spaces require more scanning passes and careful navigation, pushing the per-sqft rate higher.

Complexity multipliers account for environmental difficulty. Standard open spaces carry no premium (1.0x). Moderate complexity spaces — offices with partitions, retail with fixtures, light industrial with some equipment — carry a 1.3x multiplier. Complex environments like hospitals with dense MEP, data centers with server racks, or manufacturing plants with heavy machinery carry a 1.6x multiplier.

Multi-floor premiums add approximately 10% per additional floor beyond the first. Scanning multiple floors requires stairwell scanning, floor-to-floor alignment, and vertical registration verification — each of which adds time and processing overhead.

Equipment selection is determined by facility size and complexity. For spaces under 20,000 sqft, the NavVis MLX handheld scanner is the ideal tool — compact, maneuverable, and efficient for smaller environments. For spaces between 20,000 and 500,000 sqft, the NavVis VLX 3 wearable system provides the fastest coverage. For facilities exceeding 500,000 sqft or with mixed environment types, THE FUTURE 3D deploys both devices in a hybrid configuration for maximum efficiency.

Minimum project costs apply regardless of calculated square footage rates: $1,000 for single spaces, $3,000 for commercial facilities, and $10,000 for industrial facilities. These minimums cover equipment mobilization, calibration, quality verification, and base processing.