ATLAS by Robolabs AI, a mobile mapping system

Everything it needsis in the head.

360° LiDAR
200,000 points/s · 70 m range
Tilted 45°: floor to ceiling in one pass
Depth camera
Global shutter, active stereo
1280 × 720 at 30 fps
GPU processing unit
67 TOPS · 1,024-core GPU
Builds the map on the head
Quick-mount
Grip, drone, robot or vehicle
715 g sensor head

Real-time 3D mapping from one sensor head: on foot, in the air or on a vehicle.

Recorded with Atlas · 27 Sept 2026

The map buildswith every step.

One handheld walk through an apartment, registered on the head in real time. Gaps in coverage show up on site, while you can still go back for them.

Walked: 0.0m
Points: 0
Floor to ceiling: 2.65m
Accuracy: ±30mm

Atlas web app showing the live map in a browser — The live map streams over Wi‑Fi to any phone, tablet or laptop. No app, internet or cloud needed.

One quick mount

One head.Every carrier.

Handheld
Carried on its battery grip. Walk a site and the map grows with every step.
Battery
74 Wh in the grip
Runtime
1 h 50 min mapping
Aerial
Release the grip and the same head mounts inverted under a drone, mapping the site line by line.
Sensor head
715 g
Range
70 m
Vehicle and robot
On a robot or vehicle it maps the space and locates the machine within it, at the same time.
Localization
Real time, in saved maps
Output
ROS 2 · Atlas API

Applications

Built for thesites you map.

Building interiors, open sites and infrastructure corridors. One instrument, the same data, whatever carries it.

Forestry

Stem maps, diameter and height for every tree in a plot.

Real estate

Floor plans and scan-to-BIM from a single walk.

Industrial plants

Sections, profiles and clearances across pipe racks.

Tunnels and mining

Maps underground, where GPS can’t reach.

Agriculture

Surveys fields from the air, row by row.

Infrastructure

Bridges and corridors, on foot or by drone.

Specifications

Field numbers,measured.

±30mm

Map accuracy over long runs

200,000pts/s

LiDAR capture rate

70m

LiDAR range

67TOPS

Processing on the head

715g

Sensor head weight

74Wh

Battery in the grip

Performance

Accuracy: ±30 mm
Speed: 200,000 points/s · 10 Hz scan rate
Output: .las / .laz, .e57, .ply, .pcd, trajectory
Modes: Handheld, aerial, vehicle and robot; real-time localization in saved maps

Sensors

LiDAR: 360° × 59° FOV (−7° to +52°), 0.1–70 m (40 m at 10% reflectivity), ≤2 cm precision, mounted at 45°, 905 nm Class 1 eye-safe
Depth camera: Active stereo, global shutter; depth 1280 × 720 at 30 fps, 0.1–10 m, 87° × 58°; RGB 1920 × 1080 at 30 fps
IMU: Two 6-axis MEMS IMUs (LiDAR and camera)

Processing

Processor: GPU processing unit, 67 TOPS; 1,024-core GPU, 32 Tensor Cores; 6-core Arm CPU; 8 GB LPDDR5
OS / storage: Ubuntu 22.04 LTS; 256 GB NVMe SSD (upgradable)
Connectivity: Wi‑Fi live map in any browser; Gigabit Ethernet; USB 3.2

Power and physical

Power: 15–35 W system draw (mode dependent)
Battery: 20,000 mAh Li-ion (74 Wh) in the grip
Battery life: 1 h 50 min LiDAR + camera · 2 h 55 min LiDAR only · 12 h standby
Weight: 715 g sensor head (grip not included)
Operating temperature: 0 °C to 35 °C
Mounting: Handheld grip, UAV (head inverted), ground robot, vehicle, ATV; universal quick-mount
GNSS: Optional RTK GNSS receiver and bracket
Warranty: 1 year hardware (2-year extension available), 1 year software service

Atlas by Robolabs AI

An atlas used to bea book of maps.This one makes them.

Book a demo

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