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Bear Robotics Servi Clean — Specs, Price & Where to Buy (2026)

The Bear Robotics Servi Clean is a cleaning robot made by Bear Robotics in Redwood City, California. Price: Undisclosed (Robot-as-a-Service). Key specs: 46 kg weight, 4-hour battery life, autonomous navigation with LiDAR and 3D cameras. Designed for floor cleaning in hotels, restaurants, and commercial spaces. Available through enterprise RaaS; used units may appear on secondary markets.

💰Rega
$12,000 – $18,000
🌍Asal
US
⚖️Bobot
46 kg
🏃Kacepetan maksimum
4.3 km/h
📦Muatan
Not applicable
🔋Baterei
4 hours
🛒Ketersediaan
Kasedhiya

What is the Bear Servi Clean?

The Bear Robotics Servi Clean is an autonomous floor vacuum robot developed by Bear Robotics, a U.S.-based robotics company founded in 2017 and headquartered in Redwood City, California. Part of the Servi series, it integrates the same autonomous navigation stack as its delivery counterparts but is specifically engineered for commercial floor cleaning. The robot uses LiDAR and 3D camera sensors to map and navigate environments safely, enabling hands-free operation in hospitality and commercial settings. Unlike manual vacuums, Servi Clean handles large-area cleaning autonomously, returning to a docking station for recharging. It is offered primarily through a Robot-as-a-Service (RaaS) model, making it accessible for businesses without upfront capital expenditure. This model includes maintenance and support.

Specifications

Here are the full technical specifications.

SpecValue
HeightNot specified
Weight46 kg
Degrees of freedom0
Battery life4 hours
Max speed4.32 km/h
PayloadNot applicable (cleaning robot)
Price (new)Undisclosed (RaaS)
Price (used range)N/A (RaaS)

Price & Value

New MSRP: Undisclosed (RaaS available)

Used range: N/A (RaaS)

Pricing for the Servi Clean is not publicly disclosed, but Bear Robotics offers it on a Robot-as-a-Service (RaaS) model with monthly subscriptions covering robot usage, maintenance, and software updates. As a reference, the delivery-focused Servi robots have been quoted at around $12,000–$18,000 outright, so the Servi Clean likely falls into a similar range if purchased directly. Compared to competitors like the SoftBank Whiz (~$6,000) or Avidbots Neo (~$50,000), the Servi Clean's RaaS model shifts upfront cost to operational expenditure, making it attractive for hotels and restaurants with budget constraints. Depreciation on cleaning robots is relatively high due to rapid technology advancement, but the RaaS contract insulates the user from residual value risk. Total cost of ownership over three years through RaaS could be comparable to a $15k purchase when including service; however, without official pricing, this remains an estimate. Businesses considering used units should carefully evaluate battery health and cleaning mechanism condition, as RaaS units may have been heavily used.

Who Is It For?

Best for: - Hospitality and commercial cleaning managers who want automated floor maintenance without high upfront cost (RaaS model) - Hotels and restaurants seeking to integrate cleaning with existing Servi delivery robots in the same fleet management platform - Facilities that require regular after-hours vacuuming with minimal staff intervention

Not for: - Budget-conscious small businesses that prefer a one-time purchase (pricing not disclosed, likely $12k–$18k upfront) - Industrial facilities requiring heavy-duty scrubbing (Servi Clean is a vacuum, not a scrubber)

Alternatives & Comparison

The Servi Clean competes in the commercial cleaning robot market against several autonomous solutions ranging from compact vacuums to full-size scrubbers.

ModelPriceAvailableKey Difference
SoftBank Robotics Whiz~$6,000yesCompact, rental-based vacuum for carpets and hard floors, simpler navigation.
Avidbots Neo~$50,000yesLarge industrial floor scrubber with heavy-duty cleaning, not a vacuum.
BrainOS-powered Scrubber (e.g., Tennant T7AMR)~$70,000yesAutonomous scrubber for large spaces, requires operator oversight.

Verdict: For businesses seeking a dedicated vacuum robot with seamless integration into existing Servi ecosystems, the Servi Clean is a compelling choice, especially under RaaS. However, the SoftBank Whiz offers a more affordable entry point for carpeted areas, and the Avidbots Neo or BrainOS scrubbers suit wet cleaning needs. If your facility already uses Servi delivery robots, the Servi Clean's shared fleet management software gives it a decisive advantage.

Use Cases & Capabilities

Hotel Lobby and Corridor Cleaning

In hotels, the Servi Clean autonomously vacuums large lobby and hallway spaces during low-occupancy hours, ensuring guest areas remain spotless without interrupting operations. Its ability to navigate around furniture and people using LiDAR reduces the need for staff to manually push vacuums. The robot can be scheduled to run after midnight, returning to its dock when battery is low. This reduces labor costs and allows housekeeping staff to focus on higher-value tasks. Multiple units can be deployed and managed via the same software used for Servi delivery robots.

Restaurant Dining Area Maintenance

Restaurants benefit from the Servi Clean's ability to clean floors between meal services and after closing, maintaining hygiene standards with minimal staff involvement. The robot avoids collisions with chairs, tables, and lingering guests thanks to its 3D cameras and safety sensors. It can traverse both hard floors and low-pile carpets, making it suitable for mixed-surface dining rooms. Managers can remotely monitor cleaning progress and battery status through a mobile dashboard, optimizing operations without disturbing the dining experience.

Office Floor Cleaning

Office facilities use the Servi Clean for after-hours vacuuming of open-plan areas, corridors, and meeting rooms, eliminating the need for nightly janitorial vacuum runs. The autonomous robot maps the office layout once and then follows set cleaning paths daily, ensuring consistent coverage. Its moderate size allows it to navigate under desks and around cubicle walls. By shifting vacuuming to an automated process, companies can reduce janitorial expenses and reallocate human workers to more complex cleaning tasks like sanitizing surfaces or restroom maintenance.

Retail Store Aisle Vacuuming

Retail environments with wide aisles and consistent layouts are ideal for the Servi Clean to operate during off-hours. The robot can systematically clean long store aisles, backrooms, and entrance areas, maintaining a dust-free shopping environment. Its LiDAR navigation ensures it avoids promotional displays or unexpected obstacles. Integration into store management systems allows scheduling around restocking or overnight shifts. Since the Servi Clean operates quietly, it can even run in the early morning before opening without disturbing customers.

History & Background

Bear Robotics was founded in 2017 by John Ha, a former Google engineer, and launched the original Servi delivery robot in 2019. Expanding the platform, the Servi Clean was introduced around 2021–2022 as a dedicated floor-vacuuming variant, leveraging the same autonomy stack as the delivery models. It equips a vacuum mechanism instead of serving trays and integrates LiDAR and 3D cameras for safe navigation in busy commercial spaces. The robot is sold primarily through the company's Robot-as-a-Service program, and remains an active product in Bear Robotics' lineup alongside newer models like the Servi Q (2025).

Buying Used — What to Check

Verify RaaS contract status and ownership transfer rights RaaS units are typically leased, and may require manufacturer permission to resell or transfer service contracts.

Assess battery degradation and vacuum motor condition Cleaning robots accumulate significant runtime, and used units may have reduced battery capacity or worn-out brushes.

Confirm software version and fleet compatibility Older firmware may not integrate with current Servi management dashboards, requiring updates from Bear Robotics.

Pitakonan sing asring ditakokake

Pricing is not publicly disclosed; Bear Robotics offers the Servi Clean through a Robot-as-a-Service (RaaS) model with monthly subscriptions. As a reference, similar Servi delivery robots have been quoted at $12,000–$18,000 for outright purchase, but no official Servi Clean price has been published.
It is an autonomous floor vacuum designed for commercial spaces like hotels, restaurants, offices, and retail stores. It navigates using LiDAR and 3D cameras, vacuums both hard floors and low-pile carpets, returns to a docking station automatically, and can be scheduled for after-hours operation.
The robot is primarily available through Bear Robotics' RaaS program for enterprise customers. It is not sold as a standard retail product; interested businesses should contact Bear Robotics directly for a quote and service agreement.
The SoftBank Whiz (~$6,000) is a smaller, rental-based autonomous vacuum focusing on carpets and hard floors, while the Servi Clean (undisclosed price, ~$12k–$18k est.) is part of a broader Servi fleet ecosystem. Servi Clean may be preferable if you already use Servi delivery robots, whereas Whiz offers a lower entry cost for standalone vacuuming.
Weight: 46 kg, max speed: 4.32 km/h (1.2 m/s), battery life: 4 hours, navigation: LiDAR + 3D cameras, DOF: 0 (fixed cleaning mechanism). Height and tank capacity are not officially published.
Bear Robotics, founded in 2017 by John Ha, headquartered in Redwood City, California, USA. The company specializes in autonomous service robots for hospitality and commercial sectors.
The battery lasts approximately 4 hours on a full charge. The robot automatically returns to its dock when battery is low; charging time is not disclosed but typically requires a few hours. The battery is non-swappable in this model.
Primary industries include hospitality (hotels, restaurants), commercial cleaning (offices, retail), and any facility requiring automated floor vacuuming. It is particularly suited where Bear Robotics' Servi delivery robots are already deployed, allowing unified fleet management.
Used units are rare due to the RaaS model, but decommissioned or lease-return robots may appear on secondary markets. Buyers should verify RaaS contract transferability, battery health, and software version compatibility before purchase.

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