Commercial service robots
Cleaning, serving, delivery, warehouse, security, inventory, mowing and humanoid robots, with the figures each maker publishes. Coverage and runtime figures are the maker's maximums; real buildings with furniture, doors and people come in lower.
Models
58
Makers
25
Groups
10
Sources
Makers' own spec pages
Cleaning robots
| Model | Runtime | Coverage | Top speed | Navigation |
|---|---|---|---|---|
| Avidbots Kas | 4 h | 23,530 sq ft/h | 1.1 m/s | 2 x 2D lidar + 3 x 3D sensors + RGB cameras |
| Avidbots Neo 2 | 6 h | 42,000 sq ft/h | - | lidar + cameras (10 onboard sensors) |
| Avidbots Neo 2W | 6 h | 42,000 sq ft/h | 1.4 m/s | lidar + cameras (10 onboard sensors) |
| Gausium Beetle | 5 h | 34,880 sq ft/h | 1.2 m/s | 3D lidar + RGB camera + RGB-D camera |
| Gausium Phantas | 10 h | 18,020 sq ft/h | - | 2D lidar + 3D depth cameras + RGB camera |
| Gausium Scrubber 50 (Scrubber 50 Pro) | 8 h | 21,390 sq ft/h | 1.2 m/s | 2D lidar + 3D depth camera + RGB camera |
| Gausium Scrubber 75 | 6 h | 32,290 sq ft/h | 1.1 m/s | 3D lidar + 2D lidar + 3D camera |
| Gausium Vacuum 40 | 18 h | 24,760 sq ft/h | 0.9 m/s | lidar + 3D depth camera + RGB camera |
| Nilfisk Liberty SC50 | 10 h | 20,840 sq ft/h | 1.1 m/s | - |
| Nilfisk Liberty SC60 | 5.5 h | 30,260 sq ft/h | 1.1 m/s | BrainOS (Brain Corp) |
| Nilfisk SC25 | 3 h | 14,040 sq ft/h | 1 m/s | 3D lidar |
| Pudu Robotics CC1 | 9 h | 10,760 sq ft/h | 1.2 m/s | visual SLAM + laser SLAM |
| Pudu Robotics CC1 Pro | 9 h | 32,290 sq ft/h | 1.2 m/s | lidar + visual fusion positioning |
| Pudu Robotics MT1 | 8 h | 64,580 sq ft/h | 1.2 m/s | VSLAM + marker + lidar SLAM |
| SoftBank Robotics Whiz | 3 h | 6,000 sq ft/h | 0.5 m/s | BrainOS (Brain Corp) lidar + 2D/3D camera |
| Tennant T16AMR | 5.5 h | 63,360 sq ft/h | - | BrainOS (Brain Corp) cameras + sensors |
| Tennant T380AMR | 5 h | 33,440 sq ft/h | - | BrainOS (Brain Corp) vision-based, overlapping sensors |
| Tennant T7AMR | 6.5 h | 45,760 sq ft/h | - | BrainOS (Brain Corp) multi-layer sensor system |
Serving robots
| Model | Payload | Runtime | Top speed | Navigation |
|---|---|---|---|---|
| Bear Robotics Servi Plus | 40 kg | 12 h | 1.2 m/s | - |
| Keenon Robotics DINERBOT T9 | 40 kg | 18 h | 1 m/s | - |
| Pudu Robotics BellaBot | 40 kg | 13 h | 1.2 m/s | lidar + visual SLAM (marker positioning option) |
| Pudu Robotics BellaBot Pro | 40 kg | 11 h | 1.2 m/s | VSLAM + marker + lidar SLAM |
| Bear Robotics Servi | 30 kg | 12 h | 1.2 m/s | lidar + cameras |
| Keenon Robotics DINERBOT T8 | 20 kg | 15 h | 1 m/s | - |
| Pudu Robotics KettyBot Pro | - | 9 h | 1.2 m/s | - |
Delivery robots
| Model | Payload | Runtime | Top speed | Navigation |
|---|---|---|---|---|
| Pudu Robotics PUDU T300 (Standard) | 300 kg | 12 h | 1.2 m/s | VSLAM + lidar SLAM |
| Bear Robotics Carti 100 | 100 kg | 11 h | - | lidar + cameras |
| Keenon Robotics BUTLERBOT W3 | 20 kg | 12 h | 0.8 m/s | - |
| Relay Robotics Relay | - | - | - | lidar + cameras |
Hospital delivery robots
| Model | Payload | Runtime | Top speed | Navigation |
|---|---|---|---|---|
| Aethon T3 (TUG family) | 340 kg | 9 h | 0.8 m/s | lidar + 3D sensors |
Warehouse robots (AMRs)
| Model | Payload | Runtime | Top speed | Navigation |
|---|---|---|---|---|
| OTTO Motors (Rockwell Automation) OTTO 1500 | 1,900 kg | 10 h | 2 m/s | 2x corner lidar + 4x 3D cameras |
| Mobile Industrial Robots (MiR) MiR1350 | 1,350 kg | 9.83 h | 1.2 m/s | SICK safety laser scanners + 3D cameras |
| Mobile Industrial Robots (MiR) MiR1200 Pallet Jack | 1,200 kg | 10 h | 1.5 m/s | Safety laser scanners + 3D cameras + 3D lidar, AI pallet detection |
| OTTO Motors (Rockwell Automation) OTTO 1200 | 1,200 kg | - | 1.4 m/s | 2x lidar + 2x 3D perception cameras |
| OTTO Motors (Rockwell Automation) OTTO Lifter | 1,200 kg | - | 1.5 m/s | 3x lidar + 5x 3D cameras |
| Mobile Industrial Robots (MiR) MiR600 | 600 kg | 11 h | 2 m/s | SICK safety laser scanners + 3D cameras |
| OTTO Motors (Rockwell Automation) OTTO 600 | 600 kg | - | 1.4 m/s | 2x lidar + 2x 3D perception cameras |
| Locus Robotics Locus Vector | 272 kg | 10 h | - | 3D lidar + dual 2D safety lidar, mecanum omnidirectional drive |
| Mobile Industrial Robots (MiR) MiR250 | 250 kg | 17.5 h | 2 m/s | SICK safety laser scanners + 3D cameras |
| OTTO Motors (Rockwell Automation) OTTO 100 | 150 kg | 6 h | 2 m/s | Safety laser scanner + 3D camera |
| Locus Robotics Locus Origin | 36 kg | 14 h | - | Lidar + vision |
| Boston Dynamics Stretch | 22.7 kg | - | - | - |
Security robots
| Model | Runtime | Top speed | Navigation | Weight |
|---|---|---|---|---|
| Cobalt AI Cobalt Security Robot | - | - | - | - |
| Knightscope K5 | 3 h | 1.3 m/s | 6 lidar + 13 sonar sensors | 190.5 kg |
Inventory and inspection robots
| Model | Payload | Runtime | Top speed | Navigation |
|---|---|---|---|---|
| Boston Dynamics Spot | 14 kg | 1.5 h | 1.6 m/s | 360 degree stereo terrain sensing |
| Badger Technologies Badger Digital Teammate | - | 16 h | - | rotating lidar + 3D cameras |
| Simbe Robotics Tally 4.0 | - | 12 h | - | - |
Robotic mowers
| Model | Runtime | Navigation | Weight |
|---|---|---|---|
| Husqvarna Automower 450X EPOS | 3.5 h | RTK-GNSS (EPOS) virtual boundaries | 14.4 kg |
| Husqvarna Automower 550H EPOS | 3.33 h | RTK-GNSS (EPOS) virtual boundaries | 15.7 kg |
| Husqvarna CEORA 544 EPOS | 5 h | RTK-GNSS (EPOS) virtual boundaries | 72 kg |
Humanoid robots
| Model | Payload | Runtime | Top speed | Navigation |
|---|---|---|---|---|
| Agility Robotics Digit (Digit 5) | 23 kg | - | - | - |
| Figure AI Figure 03 | 20 kg | 5 h | 1.2 m/s | - |
| Unitree Robotics G1 | 2 kg | 2 h | - | 3D lidar + depth camera |
| Apptronik Apollo 2 | - | - | - | - |
| Unitree Robotics H1 | - | - | 3.3 m/s | 3D lidar + depth camera |
| Unitree Robotics H1-2 | - | - | - | 3D lidar + depth camera |
Telepresence robots
| Model | Runtime | Top speed | Navigation |
|---|---|---|---|
| Double Robotics Double 3 | 4 h | - | 2 stereo depth sensors + 5 ultrasonic |
| OhmniLabs OhmniCare | 9 h | 0.9 m/s | - |
Before you shortlist
Published specifications are the maker's best case. Ask for a site survey or a trial on your own floor, parts and workflow before you commit, and read robots as a service first.
Every entry links to the page its figures came from. If a maker updates a specification, tell us through the contact form.