LionsBot R5 Review: Price, Specs & Pros and Cons

LionsBot R5: Quick Buyer Verdict

The R5 should be evaluated as an autonomous commercial scrubber, not simply as a cleaning robot with impressive specifications. A successful deployment starts with a measurable hard-floor route, validates autonomous completion and cleaning quality under real traffic, then builds a repeatable process for water, charging, consumables, reporting and exception handling.

Pros

• Large 50 L solution and 40 L recovery tanks for a robot in this footprint.
• Strong published scrub pressure and up to 29 kg brush downward force.
• True 360-degree turn-in-place mobility can reduce manoeuvring in dead ends and tight layouts.
• Up to 4 h 20 min runtime and up to 5,000 m² published coverage per charge.
• Broad sensor stack combining 3D LiDAR, 2D LiDAR, RGB cameras, depth cameras, sonar and ToF sensing.
• Fleet-oriented operating model for supervising multiple cleaning robots.
• Current commercial platform with charging and refuel station options.
• Early 2026 deployment evidence includes a major 300-unit R5 expansion commitment from WISAG.

Cons

• No universal public global retail price; deployed cost depends on region, infrastructure, service and accessories.
• 200 kg mass can be excessive for smaller buildings, constrained lifts or delicate access routes.
• Hard-floor focus makes it less versatile than robots that combine scrubbing, vacuuming and carpet cleaning.
• Average published sound of 70 dB is not especially quiet for sensitive occupied environments.
• A 3.5-hour recharge means duty-cycle planning still matters for long or multi-shift operations.
• The current public R5 specification does not publish every deployment limit a buyer may need, such as a clear ingress-protection rating or universal minimum-passage figure.
• As a newer platform, R5-specific long-term field data is still less extensive than the history available for some older commercial scrubber families.

Our recommendation: shortlist the R5 when your building has substantial hard-floor area, meaningful labour hours tied up in ride-on or walk-behind scrubbing and layouts where turn-in-place mobility could reduce wasted manoeuvring. Run a structured site pilot before committing: measure autonomous completion rate, interventions per shift, actual cleaned area per calendar hour, floor result, water use and staff time saved. Review the LionsBot R5 product page before requesting a site-specific quote.

How Much Does the LionsBot R5 Cost in 2026?

LionsBot does not publish one universal global retail price for the R5 on its main product page; commercial buyers are directed toward consultation and quotation. That is normal for professional cleaning robots because the usable deployment is more than the robot itself.

Public regional reseller pricing can provide context, but it should not be treated as a worldwide MSRP. For example, a UK reseller currently lists a base figure of approximately £20,500 + VAT, while stating that final pricing varies with accessories, configuration and purchase option. Other countries show different package structures. The only figure that matters for procurement is the complete quote for your country and site.

A better way to budget

Ask suppliers for two numbers rather than one:

1. Minimum viable deployment cost: everything required to clean one defined route autonomously and prove a measurable result.
2. Three-year operational cost: hardware, stations, consumables, software, service, batteries, deployment labour and internal supervision.

Do not compare a bare R5 robot price against a competitor quote that includes docking, water infrastructure and service. Compare equivalent operating capability. For current availability and a configuration matched to your site, see the LionsBot R5 listing at Anton Robots.

What Is the LionsBot R5?

The LionsBot R5 is an AI-enabled autonomous floor scrubber built for commercial hard-floor cleaning. LionsBot positions it as a direct replacement for traditional walk-behind scrubbing work: instead of an operator manually driving the machine across every route, the robot maps the facility, navigates around obstacles and performs repeatable cleaning missions.

Physically, it sits between compact service robots and larger industrial floor scrubbers. The R5 measures 690 × 690 × 1,125 mm and weighs 200 kg. It carries 50 L of cleaning solution and 40 L of recovered water, with a 520 mm cleaning width and 680 mm squeegee width.

What the R5 is

• An autonomous commercial hard-floor scrubber.
• A high-capacity cleaning robot designed for medium-to-large repeatable routes.
• A fleet-capable platform intended to let staff supervise multiple robots rather than manually drive each one.
• A sensor-rich mobile machine designed to navigate occupied commercial environments.
• A potential labour-redeployment tool for repetitive floor-cleaning hours.

What the R5 is not

• It is not a carpet vacuum or universal multi-surface cleaning robot.
• It does not clean stairs.
• It should not be assumed suitable for outdoor, washdown or rough-terrain use without written confirmation for the exact deployment.
• It is not “set and forget” simply because it is autonomous; tanks, consumables, sensors, floors and exceptions still need an operating process.
• It does not guarantee labour savings until the site proves autonomous completion, accepted cleaning quality and low intervention rates.

If you are comparing the whole category rather than one model, explore Anton Robots’ guide to commercial cleaning robots.

LionsBot R5 Specifications

The following figures reflect LionsBot’s current public R5 specifications checked on 11 September 2026. Treat maximum performance figures as vendor-published limits rather than guaranteed site output.

Specifications that still need confirmation in a quote

The public product page gives a useful overview, but it does not answer every deployment question. Before buying, ask LionsBot or the local distributor to confirm the exact robot revision, standard versus optional sensor package, battery specification, ingress-protection rating, maximum allowable slope or threshold, minimum operating clearance, operating temperature range, connectivity requirements, emergency procedures and the certifications applicable in your country.

One detail deserves particular care: public LionsBot material lists a broad sensor suite while some accessory information can vary by market or configuration. Do not assume every regional quotation contains exactly the same hardware. Require a written bill of materials for the unit you are buying.

Cleaning Performance: Gap-Free Tri-Brush, Pressure and Real Productivity

The R5’s strongest technical argument is not AI. It is the amount of conventional scrubber capability LionsBot has put into an autonomous circular platform.

The robot uses LionsBot’s Gap-Free Tri-Brush cleaning system, with up to 34 g/cm² of published cleaning pressure and up to 29 kg of downward brush force. Combined with a 520 mm cleaning path, that makes the R5 meaningfully different from lightweight service robots designed primarily for frequent maintenance passes.

What the pressure figures mean for a buyer

Higher brush force can help on dirt that needs mechanical agitation, but maximum pressure is not automatically better. The correct setting depends on the floor finish, pad or brush type, cleaning chemical, soil load and desired speed. Too aggressive a setup can increase pad wear, floor wear, energy consumption or chemical use.

The important procurement test is simple: can the R5 achieve your required floor result at an acceptable speed with the least aggressive practical setup?

Average vs maximum cleaning efficiency

LionsBot publishes approximately 1,300 m²/h average cleaning efficiency and up to 2,059 m²/h maximum efficiency. Those figures should not be used interchangeably.

Maximum productivity is typically closest to an open, straightforward route with fewer turns, obstacles and interruptions. Real buildings include people, displays, pallets, furniture, lifts, doors, narrow transitions, water servicing and occasional recovery events. For ROI calculations, use measured site productivity rather than the maximum brochure number.

A useful pilot should record:

• Total route area.
• Calendar time from mission start to completion.
• Active cleaning time.
• Number and duration of human interventions.
• Water or solution consumed.
• Areas missed or requiring manual touch-up.
• Accepted cleaning result after inspection.

Large tanks reduce one bottleneck—but do not eliminate servicing

The 50 L solution tank is a major advantage over compact robots with 10–20 L tanks. Less frequent refilling can support longer routes and reduce staff touches. But a larger tank also means more water weight, wastewater handling and cleaning of the machine itself.

If your site produces significant loose debris, confirm whether pre-sweeping is needed for your exact floor conditions. The R5 includes a debris filter, but buyers should not assume it replaces a dedicated sweeper or vacuum in every environment.

360-Degree Mobility and Layout Fit

The most distinctive physical feature of the R5 is its ability to turn in place through 360 degrees. LionsBot designed the circular platform to handle dead ends and tight turns without the conventional forward-and-reverse manoeuvres used by many rectangular scrubbers.

That matters because cleaning productivity is not just brush width multiplied by speed. Time spent reversing, realigning and recovering from constrained areas lowers effective throughput. A machine that can rotate within its own footprint may complete certain corridor endings, alcoves and compact turn zones more efficiently.

Where the design can help most

• Long corridors ending in dead ends.
• Retail or public areas with frequent turns.
• Back-of-house routes with constrained turning areas.
• Warehouse zones where the cleaning route repeatedly enters and exits aisles.
• Large buildings with many junctions rather than one open floor.

Do not confuse robot width with minimum usable aisle width

The R5 body is approximately 690 mm wide, but that does not mean a 690 mm passage is automatically usable. Autonomous robots need clearance for sensing, safety margins, squeegee geometry, route error and people or objects around them.

The current public R5 specification does not give one universal minimum passage width for every situation. Measure your narrowest doors, turns, furniture gaps, lift entrances and pinch points, then have the supplier validate the route physically.

Lift and multi-floor operation

A multi-storey building should not assume lift integration is standard simply because the robot can navigate autonomously. Ask whether the R5 can interface with your exact lift controller, access-control system and door logic, what integration hardware is required and what happens when the lift is occupied or unavailable.

AI AdaptiveMap, AI NavSense and Autonomous Navigation

LionsBot describes the R5 as an AI-native autonomous scrubber. The two core navigation concepts promoted for the platform are AI AdaptiveMap and AI NavSense.

AI AdaptiveMap is designed to learn the facility over repeated runs and adapt route planning as the environment changes. AI NavSense combines the robot’s perception stack with obstacle handling and route recovery so the machine can navigate around people or objects and continue the cleaning task.

What a buyer should expect from autonomy

Good autonomy is not measured by how impressive the mapping screen looks. It is measured by how rarely staff need to intervene while the robot still cleans the right area to the required standard.

During a trial, record:

• Mission completion percentage.
• Interventions per operating hour.
• Average recovery time after an obstacle.
• Percentage of planned area actually cleaned.
• Missed zones caused by temporary obstacles.
• Whether the robot resumes work correctly after people or objects move.
• Whether route performance degrades at peak traffic times.

“Never gets stuck” is not a procurement metric

Marketing language around autonomous recovery should be treated as a design goal, not an absolute guarantee. Any mobile robot can encounter situations outside its tested assumptions: blocked routes, unusual reflective surfaces, unexpected liquids, low objects, sensor contamination, lift failures or rapidly changing crowds.

The right question is: how often does the R5 require human intervention in our worst realistic operating conditions, and how quickly can staff recover it?

Sensor stack

LionsBot lists a combination of 3D LiDAR, two depth cameras, three RGB cameras, two 2D LiDARs, four sonar sensors and two ToF sensors. The value of this redundancy is the potential to combine different ways of perceiving distance, obstacles and scene context rather than relying on one sensing technology alone.

It still needs clean sensors, appropriate lighting and a validated safety envelope. Camera and mapping data also create privacy and data-governance questions that should be handled during procurement, not after deployment.

Fleet Management, Software and Reporting

The R5 is designed to be part of a fleet rather than a standalone machine that somebody starts manually and forgets. LionsBot promotes coordinated zone cleaning so one operator can supervise multiple robots while the system allocates work and avoids unnecessary overlap.

Across the LionsBot ecosystem, the company also provides software for robot monitoring, maps, schedules, status, usage data, reporting, user management and remote support. The exact feature set, naming, licensing and regional availability should be confirmed for the R5 package in your quote.

Why fleet software matters

For a facility manager or cleaning contractor, the real value of software is operational evidence:

• Which areas were cleaned?
• When were they cleaned?
• How much area was completed?
• Where did the robot need help?
• How much of the shift was autonomous?
• Which machine is underutilised or frequently interrupted?
• Can the data support service-level reporting to a client?

That can be particularly valuable for contract cleaning, where documented completion and fleet utilisation may matter almost as much as the cleaning itself.

Questions to ask about the software layer

• Which features are included with the robot and which require a recurring licence?
• Can one dashboard manage robots across multiple buildings?
• Can reports be exported automatically?
• What data is stored in the cloud and for how long?
• What happens when the site loses internet connectivity?
• What user roles and permissions are available?
• Can the data integrate with a CAFM, FM, CMMS or other facility platform?

Battery Life, Charging, Refuelling and Duty Cycle

LionsBot publishes up to 4 hours 20 minutes of runtime for the R5 and approximately 3.5 hours of charging. The company also links the platform to up to 5,000 m² of coverage per charge.

Those figures make the R5 suitable for substantial cleaning blocks, but they do not mean it can clean continuously around the clock with one robot and no operational planning.

Charging station

A charging station can reduce manual battery handling and support more repeatable autonomous operation. Ask the supplier to demonstrate the entire sequence: low-battery decision, route back to the station, docking success, charging state, mission resumption and alerting if docking fails.

Refuel station

LionsBot lists a refuel station among the R5 accessories. If unattended or low-touch operation is important, ask exactly what the selected station automates. Do not assume the words “refuel station” mean every water, chemical, wastewater and machine-cleaning task is fully unattended.

Confirm:

• Fresh-water connection requirements.
• Wastewater drainage requirements.
• Whether detergent dosing is automatic or manual.
• Whether tanks still require manual rinsing.
• Whether brushes, pads, filters and squeegee blades need daily inspection.
• What floor area and clearance the station requires.

Plan around the actual shift

A 4 h 20 min maximum runtime followed by 3.5 hours of charging can fit many evening or daytime cleaning schedules, but high-utilisation sites should model the complete cycle. If one route needs six hours, the better answer could be a mid-shift charge, a second robot, a smaller split route or a different machine—not simply assuming the published maximum will stretch further.

Safety, Environmental Limits, Cybersecurity and Data

An autonomous scrubber operates around people, trolleys, furniture, doors, liquids and expensive building finishes. The R5’s extensive sensor suite helps it perceive and navigate the environment, but safe deployment still requires a site-specific risk assessment, operating procedure and recovery plan.

Physical deployment risks to test

• Pedestrians stepping into the route unexpectedly.
• Shopping trolleys, hospital beds, carts and forklifts.
• Wet-floor transitions, ramps and threshold changes.
• Glass, mirrors and reflective surfaces.
• Low objects or overhanging objects outside obvious sensor lines.
• Doors and lift interfaces.
• Blocked charging or refuel stations.
• Manual recovery of a 200 kg machine.

Environmental protection

The current public R5 product specification checked for this review does not prominently publish a universal IP ingress-protection rating for the complete robot. Therefore, buyers should not assume that the R5 is appropriate for heavy rain, outdoor cleaning, washdown areas or deep-dust environments.

If water exposure, outdoor transitions, loading docks or industrial dust are part of the route, request the exact environmental rating and approved operating conditions in writing.

Cybersecurity and privacy

Connected cleaning robots can collect maps, operational logs, diagnostics and sensor data. LionsBot publishes company-level information about data security, privacy and certifications including information-security and SOC-related controls. Those credentials are useful, but they should not be read as proof that every customer deployment automatically satisfies every regulatory or corporate requirement.

Procurement should verify:

• What camera, map, diagnostic and usage data leaves the site.
• Where cloud data is hosted.
• Retention periods and deletion controls.
• User authentication and role permissions.
• Software-update and vulnerability processes.
• Whether remote support can access live robot data.
• How the robot behaves when connectivity is unavailable.
• Whether local policies permit cameras in the intended cleaning areas.

Real-World LionsBot R5 Results: What Published Deployments Show

The R5 is a relatively new platform, so its evidence base should be read carefully. The strongest current signals show real commercial adoption and promising operating results, but most public performance figures come from LionsBot, cleaning contractors, distributors or partners rather than independent controlled trials.

What the evidence does—and does not—prove

The WISAG commitment is particularly relevant because it indicates that a professional cleaning organisation sees enough operational value to scale the platform aggressively. WISAG also states that it was involved in development of the R5 over approximately two years and describes the R5 as an evolution of the earlier R3 platform.

That is stronger evidence than a one-day technology demonstration, but buyers still need their own pilot. Commercial cleaning is unusually site-specific: identical robots can deliver very different productivity depending on layout, traffic, soil, floor chemistry, staff discipline and how often the machine needs help.

A buyer should therefore treat external case studies as evidence that the platform can work—not as a substitute for measuring its own building.

Best LionsBot R5 Use Cases

1. Shopping centres and large retail

One of the strongest fits. Shopping centres combine large hard-floor areas, repeated daily routes, changing pedestrian traffic and many turns. The R5’s large tanks and turn-in-place mobility can be useful where a conventional scrubber loses time manoeuvring. Cleaning windows, public interaction and wet-floor management still need careful planning.

2. Airports and transport terminals

Airports can provide long, high-frequency cleaning routes where autonomous scrubbing saves operator driving time. The R5 is potentially attractive for concourses and other approved hard-floor areas, but peak passenger traffic, security zones, lift access and 24/7 duty cycles should be tested under real operating conditions.

3. Warehouses and logistics facilities

Warehouses with smooth indoor hard floors can benefit from long autonomous cleaning runs. The R5’s capacity and runtime are useful, but mixed forklift traffic, pallet debris, loading-dock exposure, ramps and coarse material may demand additional controls or a dedicated sweeper before scrubbing.

4. Hospitals and healthcare facilities

Hospitals often have extensive corridors and repeatable hard-floor cleaning requirements. Autonomous scrubbing can release staff for higher-value detail work, but infection-control procedures, approved chemistry, noise, patient interaction, lift use and data privacy must be validated before deployment.

5. Offices, campuses and public buildings

Large lobbies, corridors, atriums and common areas can suit the R5 when enough floor area exists to justify a 200 kg machine. Smaller furnished office floors may favour a more compact robot.

6. Contract cleaning and multi-site service providers

This may be one of the most strategically important uses. A contractor can potentially standardise autonomous floor cleaning across multiple client sites, use fleet reporting to prove coverage and redeploy workers toward edges, washrooms, touchpoints and other tasks the robot cannot perform.

7. Large hospitality and event venues

Convention centres, casinos, resorts and large venues can have significant hard-floor areas and strong pressure to clean during narrow windows. The R5 can be a candidate where service corridors, public spaces and back-of-house routes are physically compatible.

For more alternatives, browse commercial cleaning robots or use the Find My Robot tool.

When the LionsBot R5 Is Not the Right Robot

The R5 is powerful, but buyers should reject it when the site or cleaning workflow points toward a different form factor.

• Carpet-dominant facilities: choose a robot designed for vacuuming or mixed surfaces.
• Small, densely furnished floorplates: a 200 kg, 690 mm circular machine may be more robot than the site needs.
• Stairs: the R5 is a wheeled floor scrubber and does not clean staircases.
• Outdoor or rough-terrain routes: do not assume environmental or terrain capability that is not published for the exact configuration.
• Heavy dry debris: a dedicated sweeper or vacuuming platform may be more suitable before scrubbing.
• Very quiet occupied environments: the published 70 dB average may be too noticeable for some settings.
• Buildings with unsuitable lift or floor-loading constraints: verify machine mass, lift capacity, thresholds and turning space.
• No water and charging plan: large tanks help only if the site can fill, drain and maintain them efficiently.
• No local service organisation: downtime can destroy ROI if parts or technician support are slow.
• Low annual scrubber hours: a manual machine may remain cheaper if there is not enough repetitive floor work to automate.

LionsBot R5 vs PUDU CC1 Pro, Tennant X4 ROVR, Gausium Scrubber 50 and LionsBot R3 Scrub Pro

There is no universal “best” autonomous scrubber. The R5 is strongest when tank capacity, scrub force, long hard-floor routes and turn-in-place mobility matter. Other machines may be better for mixed surfaces, smaller buildings, lower weight, water recycling or a different service model.

Which one should you choose?

• Choose the R5 when you want high-capacity autonomous hard-floor scrubbing, strong brush force and long routes in a relatively compact turning footprint.
• Choose PUDU CC1 Pro when mixed cleaning modes, lower weight and carpet capability matter more than large scrubber tanks.
• Shortlist Tennant X4 ROVR when established cleaning-machine service infrastructure and a conventional commercial scrubber operating model are major priorities.
• Shortlist Gausium Scrubber 50 when water recycling, spot-cleaning workflows and its particular autonomy ecosystem fit the site.
• Choose LionsBot R3 Scrub Pro when the building needs something materially smaller and lighter than the R5.

Use the Anton Robots comparison tool to narrow the shortlist using your actual floor area, runtime and cleaning requirements.

Is the LionsBot R5 Worth It?

The R5 is worth considering when it can take over enough repetitive scrubber-driving hours to offset its full deployment and operating cost while maintaining the required cleaning standard. It is poor value if the building is too small, the robot needs constant intervention or staff still have to redo most of the route manually.

Build the business case from labour actually released

A simple annual value model is:

Annual value = operator hours redeployed + avoided overtime or agency labour + increased cleaning frequency/value + service-level gains − annual robot operating cost.

Then calculate:

Payback period = total implementation cost ÷ monthly net benefit.

Do not count “robot runtime” as labour saved automatically

If the R5 runs for four hours but a worker spends one hour filling tanks, clearing obstacles, moving it between floors, replacing consumables and correcting missed sections, the labour saving is not four hours.

Measure:

• Staff minutes required per autonomous mission.
• Intervention time.
• Manual touch-up time.
• Water fill and drain time.
• Daily machine-care time.
• Time spent transporting or recovering the robot.

Costs to include

• Robot purchase or lease.
• Charging and refuel infrastructure.
• Mapping, commissioning and training.
• Brushes, pads, squeegee blades, filters and chemicals.
• Software or connectivity charges.
• Preventive maintenance and service.
• Battery replacement.
• Downtime and internal supervision.
• Lift, door or network integration where required.

Benefits to validate

• Direct scrubber-driving hours removed from the shift.
• Higher cleaning frequency without adding headcount.
• Ability to redeploy cleaners toward detail work the robot cannot do.
• Reduced dependence on overtime or labour availability.
• More consistent route completion and digital reporting.
• Potential reduction in repetitive machine-driving exposure.

A practical go/no-go threshold

Before purchase, require a trial to prove at least six things: acceptable floor result, autonomous route completion, low intervention rate, real productivity, workable water/charging operations and a credible financial payback. If the robot looks impressive but fails any one of those at your site, the business case is not ready.

LionsBot R5 Buying Checklist

1. Define the floor area. Measure actual cleanable hard-floor area, not the gross building area.
2. Map constraints. Record narrow doors, turns, ramps, thresholds, lifts, furniture, pedestrian peaks and restricted zones.
3. Define the cleaning result. Set acceptable soil removal, slip resistance, chemical and floor-care requirements.
4. Measure current labour. Record how many staff hours are spent driving, filling, draining and maintaining the current scrubber.
5. Check floor loading and access. Confirm the 200 kg robot can safely use every required route and lift.
6. Confirm environment limits. Obtain written limits for water exposure, temperature, slope, thresholds and any outdoor transition.
7. Design charging and water operations. Decide where the robot charges, fills, drains and receives daily care.
8. Confirm the software package. Understand fleet functions, reporting, subscriptions, cloud requirements and data retention.
9. Verify local support. Identify the actual service organisation, response time, parts stock and battery support.
10. Set pilot KPIs. Completion rate, interventions/hour, m²/calendar hour, touch-up rate, water use and staff minutes/mission.
11. Test peak conditions. Run the robot when the building is realistically busy, not only in an empty demonstration window.
12. Request full commercial terms. Compare the three-year cost, not only the robot purchase price.
13. Plan scale after proof. Add more robots or sites only after the first operating process is stable.

Pro tip: do not start the project with “We want an R5.” Start with “We spend X staff hours per week scrubbing Y m², the route has Z constraints and we need this cleaning result.” That makes it much easier to determine whether the R5—or another robot—is actually the best fit.

How to Buy the LionsBot R5

The R5 is sold as a commercial cleaning solution rather than a consumer checkout product. A good enquiry should give the supplier enough information to recommend the robot configuration, station setup and operating model rather than simply returning a bare machine price.

Before requesting a quote, prepare:

• Total cleanable hard-floor area.
• Floor plans or a route video.
• Floor materials and approved cleaning chemistry.
• Door, corridor, lift and pinch-point measurements.
• Daily or weekly cleaning frequency.
• Current scrubber labour hours.
• Peak and off-peak traffic conditions.
• Charging location, power availability, water supply and drainage.
• Any lift, door or access-control integration requirement.
• Country, site location and desired deployment date.

Review the LionsBot R5 product page, then contact Anton Robots to discuss fit, regional availability and a site-specific quote. If the R5 is not an obvious match, the Find My Robot tool can help identify alternatives before you commit.

What Is New for the LionsBot R5 in 2026?

Commercial scale-up

The biggest 2026 development is not a software announcement—it is deployment scale. In June 2026, WISAG announced that it planned to add 300 R5 units by the end of the year, taking its total cleaning-robot fleet above 500. The company said R5 robots were already being used by around 150 customers.

That does not prove the R5 will generate the same ROI everywhere, but it is an important market signal: a major facility-services organisation is moving from trials toward broad fleet adoption.

Evolution beyond the R3 platform

WISAG describes its work with LionsBot on the R5 as a roughly two-year development process and positions the new robot as an evolution of the R3 Pro. The R5’s larger tanks, stronger cleaning force, longer runtime and distinctive 360-degree geometry point toward a machine aimed at heavier commercial use rather than simply a cosmetic update.

More scrutiny on connected-robot security

As cleaning robots become connected fleet assets rather than isolated machines, cybersecurity and data governance are becoming part of the purchase decision. LionsBot has published additional information around privacy, security controls and company-level information-security attestations. Enterprise buyers should still map those controls to their own requirements before deployment.

LionsBot R5 FAQ

How much does the LionsBot R5 cost?

LionsBot does not publish one universal global retail price for the R5. A UK reseller currently lists a base reference of about £20,500 + VAT, but that should not be treated as a worldwide MSRP. Final cost depends on country, stations, accessories, deployment, software, service and commercial terms. Request a complete site-specific quote.

Where can I buy the LionsBot R5?

The R5 can be sourced through LionsBot and its regional commercial-cleaning partners. You can also request a site-specific configuration through the LionsBot R5 page at Anton Robots.

How much area can the LionsBot R5 clean?

LionsBot publishes average cleaning efficiency of approximately 1,300 m²/h, maximum cleaning efficiency up to 2,059 m²/h and up to 5,000 m² of coverage per charge. Real output depends on route complexity, traffic, obstacles, water servicing and cleaning settings.

How long does the LionsBot R5 battery last?

The published maximum runtime is up to 4 hours 20 minutes. Actual runtime can vary with speed, brush pressure, floor condition, route complexity and operating behaviour.

How long does the LionsBot R5 take to charge?

LionsBot lists approximately 3.5 hours of charging time. Sites with longer daily operating requirements should model the complete charge-clean-refill cycle rather than relying on runtime alone.

What floors can the LionsBot R5 clean?

The R5 is positioned for commercial hard flooring. The correct pad, brush, chemical and pressure setting depends on the floor material and finish, so validate the exact surface during a site trial.

Can the LionsBot R5 clean carpet?

It is not positioned as a carpet-cleaning robot. If your facility has substantial carpet, compare a multi-mode platform such as the PUDU CC1 Pro or use separate machines for carpet and hard floors.

What are the LionsBot R5 tank capacities?

The R5 carries a 50 L solution tank and a 40 L recovery tank, plus a 1.25 L debris filter capacity.

How powerful is the R5 cleaning system?

LionsBot publishes cleaning pressure up to 34 g/cm² and up to 29 kg of brush downward force through its Gap-Free Tri-Brush system. Use the minimum effective pressure required for your floor rather than treating the maximum as the default setting.

Why is the R5’s 360-degree turning important?

The robot can rotate in place instead of relying on conventional reversing manoeuvres. That can reduce wasted movement in dead ends, corridor endings and compact turn zones. The benefit should still be validated on your actual layout.

Does the LionsBot R5 ever get stuck?

No responsible buyer should assume any autonomous mobile robot will never get stuck. AI NavSense is designed to detect obstacles and recover routes, but unusual blockages, environmental changes or sensor problems can still require human intervention. Measure intervention frequency during the pilot.

Does the LionsBot R5 need Wi-Fi?

The robot’s exact connectivity requirements depend on the selected software and deployment. Autonomous navigation should not be confused with cloud connectivity. Ask what functions remain available offline, which reporting or remote-support features require internet access and what happens during a network outage.

Can the LionsBot R5 recharge automatically?

LionsBot offers a charging station for the R5. Buyers should ask the supplier to demonstrate autonomous docking, charging, mission resumption and failure handling with the exact station being quoted.

Can the LionsBot R5 refill itself automatically?

A refuel station is listed among R5 accessories, but buyers should confirm exactly what it automates in their market and configuration, including fresh water, wastewater, chemical dosing and any remaining manual tank or brush maintenance.

Can one operator manage multiple LionsBot R5 robots?

Yes. LionsBot specifically positions the R5 for fleet operation, with coordinated zone cleaning intended to let one operator supervise multiple robots. The actual staffing ratio should be based on intervention rates and servicing workload at your sites.

Can the LionsBot R5 use lifts?

Potential multi-floor use depends on the building and integration package. Do not assume lift control is standard. Confirm compatibility with the exact lift, access-control system and safety logic before purchase.

Is the LionsBot R5 safe around people?

The R5 uses a broad sensor suite designed for autonomous navigation around obstacles, but safe use requires site-specific validation, risk assessment and staff procedures. Test the robot under realistic pedestrian and equipment traffic before unattended operation.

How loud is the LionsBot R5?

LionsBot publishes an average sound level of approximately 70 dB. Whether that is acceptable depends on the environment and cleaning schedule.

What is the difference between LionsBot R5 and R3 Scrub Pro?

The R5 is substantially larger and heavier, with 50/40 L tanks, up to 29 kg brush force and up to 4 h 20 min runtime. The R3 Scrub Pro is lighter and more compact, with 21/24 L tanks and up to 3 hours of runtime. R5 is better suited to higher-capacity routes; R3 can make more sense in smaller buildings.

Is the LionsBot R5 worth buying?

It can be when a site has enough repeatable hard-floor scrubbing to release meaningful staff time and the robot completes those routes with low intervention. The strongest buying case is not “the R5 is advanced”; it is “the R5 removes X hours of repetitive scrubbing per week at an acceptable total cost.”

Final Verdict: Should You Buy the LionsBot R5?

Buy or pilot the LionsBot R5 if you need serious autonomous hard-floor scrubbing across medium-to-large commercial spaces and your current operation spends substantial labour hours driving conventional scrubbers. Its combination of 50 L solution capacity, up to 29 kg brush force, 4 h 20 min published runtime and true 360-degree turn-in-place mobility gives it a compelling position between compact service robots and traditional commercial scrubbers.

The strongest reasons to shortlist it are capacity, cleaning force, manoeuvrability and a fleet-oriented operating model. The strongest reasons to hesitate are equally practical: 200 kg mass, hard-floor-only positioning, 70 dB average sound, a 3.5-hour recharge and the need to verify environmental limits, site integrations, local service and total deployed price.

The right path is a mission-led pilot. Give the R5 a representative route, run it during realistic traffic, measure interventions, inspect the floor result and calculate labour actually released after water, charging and maintenance tasks are included. If those numbers work, the R5 can become useful cleaning infrastructure rather than just an impressive autonomous machine.

Ready to evaluate it? View LionsBot R5 at Anton Robots or request help comparing the R5 with other commercial cleaning robots for your site.