Bear Robotics Servi
Compact AI service robot for food delivery and bussing
Price
$11,990
Record checked Jul 10, 2026
Key facts
Values reflect the public record
- Height
- 1046 mm (41.2 in)Manufacturer confirmed
- Weight
- ~33 kg (maker does not publish weight; 33 kg per 2020 launch-coverage spec sheet, ~72 lb per US distributor listing, 34 kg per aggregator)Third-party source
- Payload
- 30 kg total (66 lb; 10 kg / 22 lb per tray, 2 trays + 1 bus tub)Manufacturer confirmed
- Degrees of freedom
- No public data documented
- Runtime
- 10-12 hours (maker datasheet range; maker FAQ cites 8-12 h average, ~4 h full recharge)Manufacturer confirmed
- Max speed
- 1.2 m/s (maker drive-speed range 0.1-1.2 m/s)Manufacturer confirmed
Canonical robot record
Overview
The Bear Robotics Servi is a compact autonomous mobile robot designed for hospitality environments such as restaurants, where it assists human staff by running food to tables and helping bus dishes back to the kitchen. By taking on repetitive carrying tasks, it is intended to let front-of-house teams spend more time on guest service.
Servi relies on intelligent LiDAR-based navigation to move safely and autonomously around floors, around people, and between tables. Bear Robotics describes it as its first mass-production hospitality model and a foundation for its broader service-robot lineup.
The robot is sold commercially and is positioned as an industry-leading service assistant deployed across hospitality and other venues worldwide.
RoboZaps maintains this record as part of its canonical robotics database. Specs are source-verified where linked; the record compares public facts across manufacturers rather than representing a single robot maker.
- Spec sources
- 2 linked
- Verification
- Verified · 7/7 specs source-verified
- Deployment
- Scaled Deployment
- Last verified
- Jul 10, 2026
Key Features
- Autonomous LiDAR-based navigation for safe movement through busy hospitality floors
- Multi-tray design that handles both food delivery and table bussing in a single trip
- Compact footprint suited to navigating tight restaurant aisles and around guests
- All-day operating runtime intended to cover a full service shift on a single charge
- Touchscreen interface for staff interaction and task control
Specifications
Grouped technical data with source detail available on demand.
9 documented values
Mechanics
| Locomotion | WheeledManufacturer confirmedVerified Jul 9, 2026 Bear Robotics (opens in a new tab) |
|---|
Performance
| Max Speed | 1.2 m/s (maker drive-speed range 0.1-1.2 m/s)Manufacturer confirmedVerified Jul 9, 2026 Bear Robotics (opens in a new tab) |
|---|---|
| Payload Capacity | 30 kg total (66 lb; 10 kg / 22 lb per tray, 2 trays + 1 bus tub)Manufacturer confirmedVerified Jul 9, 2026 Bear Robotics (opens in a new tab) |
Physical
| Height | 1046 mm (41.2 in)Manufacturer confirmedVerified Jul 9, 2026 Bear Robotics (opens in a new tab) |
|---|---|
| Weight | ~33 kg (maker does not publish weight; 33 kg per 2020 launch-coverage spec sheet, ~72 lb per US distributor listing, 34 kg per aggregator)Third-party source |
| Width | 444 mm Unverified |
| Depth | 432 mm Unverified |
Power
| Runtime | 10-12 hours (maker datasheet range; maker FAQ cites 8-12 h average, ~4 h full recharge)Manufacturer confirmedVerified Jul 9, 2026 Bear Robotics (opens in a new tab) |
|---|
Sensing
| Sensors | 3D cameras, LiDARManufacturer confirmedVerified Jul 9, 2026 Bear Robotics (opens in a new tab) |
|---|
Deployment and commercial evidence
Deployment evidence
Bear Robotics Servi Plus — Official Page
Bear Robotics Servi Plus is commercially deployed in restaurants, carrying up to 88lbs across multiple trays with liquid delivery algorithm; backed by SoftBank Investment Advisers.
Integration & SDK
- ROS support
- Not confirmed
- SDK available
- Not confirmed
- API docs
- —
- Supported platforms
- Proprietary
Support & service
Regions
| Tier | Response time | SLA |
|---|---|---|
| RaaS | 48 hrs | — |
Evidence & changelog
Sources behind this record and material corrections made over time.
Sources
- Bear Robotics - tranche-7 verification (opens in a new tab) · Bear Robotics — cites Locomotion, Sensors, Max Speed, Battery Life, Payload Capacity, Height
- Inceptive Mind (corroborated by RobotLAB distributor listing) - tranche-7 verification (opens in a new tab) · Inceptive Mind (corroborated by RobotLAB distributor listing) — cites Weight
Record changelog
- Weight: 50 kg changed to ~33 kg (maker does not publish weight; 33 kg per 2020 launch-coverage spec sheet, ~72 lb per US distributor listing, 34 kg per aggregator) · Jul 9, 2026
tranche-7 verification (corrected): Sept-2020 launch coverage gives 445 x 430 x 1046 mm / 33 kg (matching the official dimensions, so the spec sheet is credible); RobotLAB lists approx. 72 lb (32.7 kg
- Height: 1270 mm changed to 1046 mm (41.2 in) · Jul 9, 2026
tranche-7 verification (corrected): Official dimensions: 17.5 x 16.9 x 41.2 in (44.5 x 43 x 104.6 cm). Stored 1270 mm matches no Servi-family SKU (Servi Plus is 1230 mm) - sibling/aggregator bleed sus
- Payload Capacity: 27 kg changed to 30 kg total (66 lb; 10 kg / 22 lb per tray, 2 trays + 1 bus tub) · Jul 9, 2026
tranche-7 verification (corrected): Official spec: '22 lb (10kg) per tray', 'total 66 lb (30kg)'. Stored 27 kg matches no maker figure.
- Battery Life: 12 hours changed to 10-12 hours (maker datasheet range; maker FAQ cites 8-12 h average, ~4 h full recharge) · Jul 9, 2026
tranche-7 verification (corrected): Datasheet says '10-12 hrs'; FAQ says 'average battery life is between 8 and 12 hours'. Stored point value 12 h is the top of the range only - record the qualified r
- Max Speed: 1 m/s changed to 1.2 m/s (maker drive-speed range 0.1-1.2 m/s) · Jul 9, 2026
tranche-7 verification (corrected): Official spec table lists drive speed '0.1~1.2 m/s'. Stored 1 m/s understates the maker max; classic typical-speed-as-max defect.
Media
Manufacturer
Developer of autonomous server robots for restaurants, with flagship product Servi handling food delivery and table bussing.
- Headquarters
- Redwood City, CA, USA
- Founded
- 2017
