Cleanfix RA660 Navi XL Review 2026: Specs, Price & Verdict

Cleanfix RA660 Navi XL: Quick Buyer Verdict

The RA660 Navi XL should be evaluated as a large-area autonomous scrubber-dryer, not as a general-purpose cleaning robot. Its business case is strongest when a facility already has a repetitive manual or ride-on scrubbing route and wants to move the operator away from driving the machine while preserving professional wet-cleaning performance.

Pros

• Large 110 L clean- and dirty-water capacity for extended autonomous scrubbing.
• Fast charging: approximately 40 minutes to 80% and 60 minutes to 100%.
• Camera-free 3D ultrasonic obstacle sensing reduces dependence on lighting and optical lenses.
• Systematic cleaning algorithm can adapt around obstacles and revisit skipped areas.
• Optional docking station can automate charging, fresh-water refill and wastewater handling.
• Server configuration supports advanced building and mixed-fleet integration.
• Manual cleaning mode remains available for spot work, setup and recovery tasks.
• Designed by an established professional cleaning-equipment manufacturer rather than as a robotics-only concept.

Cons

• Large and heavy compared with compact cleaning robots: 850 mm wide and 315 kg with water.
• Primarily a scrubber-dryer; it is less versatile than four-in-one robots that can also sweep, vacuum and clean carpet.
• The docking station, app features and advanced server functions depend on configuration and optional equipment.
• Cleanfix does not publish a single universal Generation 2 purchase price.
• The current Mission Control app is designed for iPad, limiting device choice.
• Infrastructure integration still requires site engineering; elevator or door compatibility should never be assumed from the brochure alone.
• Independent published testing of the 2026 Generation 2 is still limited.

Our recommendation: shortlist the RA660 Navi XL when your cleaning problem is fundamentally “large hard-floor area + repetitive wet scrubbing + high labour content.” The strongest configuration for genuine unattended operation is usually the one that includes remote supervision, scheduling and automatic docking. Start with one representative route, measure manual baseline cost and floor-quality requirements, then prove autonomous completion before scaling. See the Cleanfix RA660 Navi XL product listing for purchasing and configuration options.

How Much Does the Cleanfix RA660 Navi XL Cost in 2026?

Cleanfix does not publish one universal current Generation 2 list price on its main product pages. Buyers are directed toward a dealer or enquiry process, and the final cost depends on the trim level, docking station, remote-control package, ANT server functions, commissioning, site integration and regional support.

A German specialist retailer currently lists a Cleanfix RA660 Navi XL at €65,900 net. That is useful public market context, but buyers should be careful: the retailer listing uses previous-generation specifications such as a 0.6 m/s cleaning speed and 313 kg operating weight, while Cleanfix’s current 2026 Generation 2 documentation lists up to 0.8 m/s and 315 kg with water. In other words, €65,900 should be treated as a dealer reference for an RA660 Navi XL package—not as a verified universal Generation 2 price.

How to compare quotes properly

Do not compare the base machine price of one robot with a fully commissioned autonomous package from another supplier. Ask every bidder for the same scope: robot, autonomy software, docking, water connection, installation, commissioning, support, consumables, connectivity and three-year operating costs.

For current availability and a configuration matched to your facility, review the RA660 Navi XL at Anton Robots and request a site-specific quotation.

What Is the Cleanfix RA660 Navi XL?

The Cleanfix RA660 Navi XL is a professional autonomous scrubber-dryer developed for large indoor commercial and industrial hard-floor areas. It applies water and cleaning chemistry, agitates the floor with three brushes or pads, then recovers the dirty solution through an 850 mm suction assembly.

The 2026 Generation 2 combines Cleanfix’s floor-cleaning hardware with BlueBotics ANT lite+ navigation and a redesigned obstacle-detection system using LiDAR, bumper sensing and 3D ultrasonic perception. Depending on trim level, the robot can be operated locally, controlled remotely, scheduled, connected to an automatic dock or integrated into a larger building and mobile-robot system.

What the RA660 Navi XL is

• A professional autonomous wet scrubber-dryer for large hard-floor areas.
• A systematic cleaning robot designed to repeat defined routes with consistent coverage.
• A high-capacity platform with 110 L water tanks and fast charging.
• A robot that can operate manually as well as autonomously.
• A platform capable of remote reporting, scheduling and building integration in higher configurations.

What it is not

• It is not a domestic robot vacuum.
• It is not primarily a carpet-cleaning robot.
• It is not a heavy-debris sweeper designed to replace every pre-sweep process.
• It is not an outdoor all-terrain cleaning vehicle.
• It is not automatically “hands-off” simply because it is autonomous; consumables, inspection, exceptions and site readiness still need ownership.
• It is not the most compact option for narrow offices, furnished rooms or small mixed-surface spaces.

If you are comparing the wider category rather than one model, start with Anton Robots’ guide to commercial cleaning robots or view the Cleanfix robot range.

Cleanfix RA660 Navi XL Specifications

The table below prioritises Cleanfix’s current Generation 2 documentation dated May 2026 and the current Cleanfix product pages. Older RA660 Navi XL pages remain online and contain different figures, so buyers should make sure their quotation identifies the hardware generation explicitly.

Do not mix Generation 1 and Generation 2 figures

Older Cleanfix documentation commonly lists the RA660 Navi XL at approximately 1,110 × 850 × 1,185 mm, 313 kg with water and 0.6 m/s. Generation 2 is shorter and lower, has a redesigned chassis and drive system, and Cleanfix now publishes a maximum cleaning speed of 0.8 m/s.

The cleaning width, 110 L tank concept, 120 Ah battery and up-to-3.5-hour runtime remain broadly consistent. Before purchase, require the quotation, serial configuration and datasheet to identify the exact generation you are receiving.

Cleaning Performance and Floor-Care System

The RA660 Navi XL uses three disc brushes or pads arranged to scrub a 660 mm path, with the recovered solution directed toward an 850 mm suction nozzle. Cleanfix describes the three-brush geometry as a V-shaped arrangement intended to move water and dirt toward the centre for recovery.

1,250 m²/h: what that figure really means

Cleanfix publishes an average cleaning performance of 1,250 m²/h for Generation 2. That is more useful than simply multiplying maximum speed by brush width because real cleaning includes turns, obstacle avoidance, path spacing and operational inefficiencies.

However, it is still a manufacturer-published figure. Your actual productivity will depend on:

• soil level and required number of passes;
• water and detergent settings;
• route geometry and aisle width;
• pedestrian and vehicle traffic;
• dock location and travel distance;
• obstacle frequency;
• floor traction and condition;
• how much deep cleaning or spot recovery is required.

Two-stage deep cleaning

Generation 2 adds a promoted two-stage deep-cleaning workflow for stubborn contamination. In practical terms, a two-stage process can separate chemical application or pre-treatment from the final scrub-and-recovery pass, giving chemistry more dwell time before recovery. This can be useful for sports halls, industrial soil or other stubborn residues, but the correct detergent, pad or brush and dwell time should be validated against the flooring manufacturer’s requirements.

Digital water and chemical dosing

Cleanfix also promotes digital chemical management and adjustable cleaning parameters. This matters because autonomous cleaning only creates savings if it uses water and chemistry consistently rather than over-dosing every route. Ask the dealer to demonstrate exactly which water-flow, chemical-dosing, brush and speed settings can be controlled by zone or mission.

Manual mode still matters

A fully autonomous robot still benefits from manual capability. The RA660 Navi XL includes a manual cleaning mode, which is useful for commissioning, one-off dirty areas, edge cases, recovery and locations that are not worth mapping into a recurring autonomous mission.

Navigation and 3D Obstacle Detection

Generation 2 separates two different robotics problems: where the robot is and where it should drive, and what is immediately in its way.

BlueBotics ANT lite+ navigation

The RA660 Navi XL uses BlueBotics ANT lite+ for positioning and vehicle control. ANT lite+ combines laser-scanner data and odometry with natural features in the building—such as walls and other fixed structures—to localise the vehicle and follow configured virtual paths.

BlueBotics publishes positioning accuracy of approximately ±1 cm and ±1° for ANT lite+. That does not mean the complete cleaning robot will hold every cleaning edge to ±1 cm under all floor and traffic conditions; it describes the navigation technology’s positioning capability. Site-level cleaning repeatability should still be measured during acceptance testing.

Camera-free 3D ultrasonic obstacle detection

The biggest technology change in the 2026 Generation 2 is the addition of Sonair ADAR 3D ultrasonic sensing. Instead of using a normal camera to understand nearby space, the sensor emits and receives ultrasound and builds a 3D representation from acoustic reflections.

Cleanfix says this gives the robot several practical advantages:

• operation without dependency on visible light;
• detection of small and low-lying obstacles;
• improved detection of transparent and highly reflective objects;
• fewer optical lenses to keep clean;
• better suitability for dark factories and night cleaning.

What camera-free sensing does not mean

A camera-free obstacle sensor is not the same as visual semantic understanding. The robot may detect that an object is present without necessarily classifying it as “a pallet corner,” “a dropped bottle” or “a person carrying a box” in the way a computer-vision system might. For floor cleaning, reliable geometry and safe stopping can be more valuable than object labelling—but buyers should understand that these are different capabilities.

Dynamic environments

Cleanfix positions the new sensing stack for busy environments with people and unexpected obstacles. That is promising, but acceptance testing should deliberately include your difficult cases: shrink wrap, glass, shiny stainless steel, pallet forks, low boxes, trolley legs, temporary signs, forklifts, narrow crossings and changing aisle layouts.

Mission Control, Remote Operation and Cleaning Reports

The RA660 Mission Control app turns the robot from a standalone machine into a remotely supervised cleaning asset. On compatible configurations, facility teams can start, stop and pause missions, schedule tasks, monitor cleaning progress and review reports.

What Mission Control can do

• Register and configure RA660 Navi robots.
• Start, pause and stop autonomous cleaning missions.
• Schedule recurring cleaning tasks.
• Monitor real-time progress.
• Review notifications and cleaning reports.
• Send a robot back to its charging station.
• Control charging and cleaning modes when supported.

Important device limitation

Cleanfix currently states that Mission Control is designed for iPad, with additional mobile-platform versions planned. If your facility standardises on Android, Windows rugged devices or shared control-room PCs, clarify what management functions can be accessed outside the iPad app before purchase.

Reporting is part of the ROI

Cleaning reports are not just a management extra. They can help prove which areas were completed, how long missions took and where exceptions occurred. That supports contractor verification, quality assurance and route optimisation—provided the facility actually reviews and acts on the data.

Docking, Charging and 24/7 Autonomous Operation

The optional docking station is what turns the RA660 Navi XL from an autonomous driving machine into a more autonomous cleaning system. Depending on configuration, the robot can return to the station to charge, refill fresh water and discharge wastewater.

Battery performance

Cleanfix publishes up to 3.5 hours of battery runtime. The fast-charge system is a major operational strength: approximately 40 minutes to 80% and 60 minutes to 100%.

That means a well-designed schedule can alternate cleaning and charging without multi-hour downtime, but the published maximum should not be used as the route limit. Always reserve battery for detours, traffic, failed approaches and return-to-dock travel.

Water autonomy matters as much as battery autonomy

Many cleaning-robot comparisons focus only on battery runtime. For a scrubber-dryer, tank capacity can stop a mission before the battery does. The RA660 Navi XL’s 110 L clean- and dirty-water capacity is one of its clearest advantages over compact robots with 15–30 L tanks.

The docking station can further reduce intervention by automating the water cycle. That is particularly useful on long shifts or overnight schedules, but it also means the installation requires suitable water, drainage, power, clearance and service access.

What “24/7” should mean in procurement

Do not interpret 24/7 capability as zero human attention. A realistic unattended-operation plan still covers:

• brush and squeegee inspection;
• detergent replenishment;
• debris and hair removal;
• sensor and machine cleaning;
• failed docking recovery;
• blocked routes;
• water or drain faults;
• maintenance and consumable replacement.

Elevator, Door and Fleet Integration

The RA660 Navi XL Server is the configuration to examine when cleaning spans multiple zones, floors or automated environments. Cleanfix states that the Server version can communicate with elevators, gates and alarm systems and can coordinate with other mobile robots that use BlueBotics ANT Server.

Published integration options

• Elevator integration.
• Automatic doors and gates.
• Alarm-system interaction.
• Schindler BuilT-In API compatibility promoted by Cleanfix.
• OPC UA.
• Modbus TCP.
• Mission and fleet management with ANT Server.
• Coordination with compatible ANT-driven AGVs and AMRs.

Why this can matter more than cleaning speed

A robot that cleans 1,250 m²/h on one floor but needs a person to open every fire door or call every lift is not truly autonomous at building level. For a multi-floor facility, infrastructure integration can have more impact on labour savings than another 100–200 m²/h of nominal cleaning speed.

What to verify before assuming multi-floor autonomy

Ask the supplier to identify the exact lift manufacturer, controller, API, door system and site network. Require a written integration scope, failure behaviour and acceptance test. “Supports elevators” is not a guarantee that the robot can control every installed lift without engineering work.

Safety, Privacy and Environmental Limits

Cleanfix states that the Generation 2 RA660 Navi XL uses an IEC 63327-compliant safety system. IEC 63327 is a safety standard specifically covering automatic floor-treatment machines for commercial use. The robot also uses bumper sensing, fall-prevention sensors, warning lights, acoustic signals and its obstacle-detection stack as part of the overall safety concept.

Camera-free privacy advantage

The new 3D obstacle sensor does not require a conventional camera. For hospitals, manufacturing sites, employee areas or privacy-sensitive facilities, that can simplify some stakeholder concerns around continuous image capture.

However, buyers should not assume “no camera” means “no data risk.” The robot still uses connectivity, remote-control software, mission maps, usage data and potentially cloud services. Review account access, network segmentation, data hosting, retention and remote-support permissions with your IT team.

IP66 electronics are not the same as an IP66 robot

Cleanfix’s 2026 sensor announcement says the redesigned platform includes IP66-rated electronics. That should not be converted into a claim that the complete RA660 Navi XL machine carries an IP66 ingress-protection rating unless Cleanfix provides certification for the full assembled robot. Ask for the environmental rating that applies to the exact complete system.

Operational hazards to test

• pedestrians stepping into the cleaning path;
• forklifts and pallet jacks crossing routes;
• low pallet forks and protruding loads;
• transparent partitions and reflective surfaces;
• stairs, loading edges and floor drops;
• wet ramps or low-traction flooring;
• temporary barriers and cleaning signs;
• network loss and remote-control failure;
• automatic doors closing unexpectedly;
• lift faults and occupied elevators.

Sonair safety certification status

Cleanfix stated in June 2026 that the ADAR ultrasonic sensor was undergoing PLd / SIL2 safety-certification work. Do not convert that statement into a claim that the complete robot is already PLd- or SIL2-certified. Procurement should request the current certification status and safety documentation for the delivered configuration.

Real-World RA660 Navi Results: What Published Evidence Shows

Cleanfix has years of commercial experience with the RA660 Navi platform, but buyers should distinguish between platform history and evidence specific to the redesigned Generation 2 introduced in 2026.

One of Cleanfix’s published sports-hall examples provides unusually useful operational detail. At the Rietwis sports hall in Wattwil, Switzerland, a reported RA660 Navi mission covered 1,379.56 m² in 69 minutes. That works out to roughly 1,200 m²/h—close to the 1,250 m²/h average performance Cleanfix publishes for the current platform.

Cleanfix also markets cleaning-cost reductions of up to 70% for the RA660 family. Treat that as a manufacturer claim, not a guaranteed saving. Your own ROI depends on local labour cost, current machine productivity, supervision, utilisation, dock automation and how much paid operator time the robot actually removes.

Evidence verdict: the platform has credible commercial maturity, and the sports-hall report gives useful real-world productivity context. The new Generation 2 hardware, however, should still be treated as a new revision and proven in a representative site pilot rather than purchased solely on legacy deployments.

Best Cleanfix RA660 Navi XL Use Cases

1. Warehouses and logistics centres

One of the best fits. Large open concrete or coated floors, repeatable aisles and long cleaning routes suit the XL’s large tank, fast charging and systematic navigation. Server integration can be valuable where cleaning robots share space with AGVs or forklifts.

2. Manufacturing plants

Factories often combine large hard-floor areas, shift work and pressure to reduce non-production labour. Camera-free 3D sensing may also appeal in facilities where lighting varies or cameras are undesirable. Oil, metal swarf, heavy debris and process chemicals still need floor-specific validation.

3. Airports and train stations

Large concourses and predictable off-peak windows can favour autonomous scrubbing. The buyer should test dynamic pedestrian behaviour, luggage, temporary barriers, reflective surfaces and security requirements rather than rely on open-floor demonstrations.

4. Sports halls and arenas

Cleanfix specifically targets sports facilities and promotes two-stage deep cleaning for stubborn contamination such as resin. The large tank and documented sports-hall case make this a particularly credible application.

5. Shopping centres and large retail

The robot can take over long floor-care routes before opening or during quieter hours. Busy daytime use requires stronger validation of obstacle behaviour and customer interaction.

6. Hospitals and healthcare facilities

Systematic cleaning, reporting and a camera-free perception stack can be attractive. However, infection-control procedures, cleaning chemistry, lifts, doors, patient traffic and data-security rules need site-specific approval.

7. Car parks and large indoor infrastructure

Cleanfix markets the platform for car parking and infrastructure use. Validate ramps, gradients, standing water, ventilation, temperature and environmental exposure before assuming indoor brochure performance applies everywhere.

8. Contract cleaning and facility services

The combination of remote reports, scheduling and repeatable missions can help service providers standardise delivery across large sites. The commercial case becomes stronger when one supervisor can oversee multiple autonomous machines rather than one operator driving each scrubber.

When the Cleanfix RA660 Navi XL Is Not the Right Robot

The RA660 Navi XL is purpose-built, and that is both its strength and its limitation.

• Small or heavily furnished sites: an 850 mm-wide, 315 kg robot can be excessive for offices, clinics, restaurants or tight residential common areas.
• Carpet-heavy facilities: choose a robot with genuine carpet-vacuum capability if carpet is a major percentage of the route.
• Heavy loose debris: a dedicated sweeper or sweep-scrub platform may be more efficient where pallets, packaging, grit or large debris regularly accumulates.
• Mixed cleaning tasks: compact 4-in-1 robots can be better when the same machine must sweep, vacuum, mop and scrub several surface types.
• Very narrow access: on-the-spot turning helps, but the physical width remains 850 mm. Doorways, pinch points and traffic passing space can rule the machine out.
• No infrastructure budget: if the business case assumes automatic water change, elevators or doors but nobody will fund integration work, expected autonomy can collapse.
• Irregular one-off cleaning: autonomy delivers most value on repeatable routes with enough recurring hours to amortise setup and hardware.
• No operational owner: somebody still needs to own consumables, exceptions, reports, cleaning quality and maintenance.

Cleanfix RA660 Navi M vs RA660 Navi XL

The RA660 Navi M and XL share the same fundamental 660 mm cleaning width, but they target different route lengths and tank demands. The M is the more compact choice for medium-sized facilities; the XL uses a much larger water system and is aimed at larger areas.

Buyer rule: do not choose the XL simply because it is the higher model. If your routes repeatedly finish with substantial unused water and the larger chassis creates access problems, the M may have better utilisation. If tank refills interrupt large routes, the XL’s 110 L capacity becomes a major advantage.

See the Cleanfix RA660 Navi M if your site does not need the XL’s large tank capacity.

Cleanfix RA660 Navi XL vs Tennant X6 ROVR, LionsBot R12 Rex Scrub, Gausium Scrubber 50 and PUDU CC1 Pro

No autonomous cleaner is best across every site. The RA660 Navi XL is strongest when tank capacity, fast charging, camera-free sensing and building integration align with the workflow. Other robots can outperform it on runtime, cleaning width, compactness or multi-function capability.

Which one should you choose?

• Choose the RA660 Navi XL when large tanks, fast recharge, camera-free obstacle sensing and building-level integration are high priorities.
• Shortlist the Tennant X6 ROVR when long runtime and Tennant’s service ecosystem matter more than automatic water-change architecture.
• Shortlist the LionsBot R12 Rex Scrub for very large open spaces that can exploit its wider cleaning deck, 140 L tanks and long runtime.
• Shortlist the Gausium Scrubber 50 when you need a smaller machine with strong autonomous-cleaning software and flexible scrub configurations.
• Shortlist the PUDU CC1 Pro when multi-function cleaning and compact navigation matter more than tank capacity.

Use the Anton Robots comparison tool to narrow the shortlist before requesting site trials.

Is the Cleanfix RA660 Navi XL Worth It?

The RA660 Navi XL can be worth it when it replaces enough repetitive operator driving, extends cleaning hours or improves route consistency to cover the full autonomous-deployment cost. It is poor value when it spends most of its time parked, needs constant rescue, or performs a route that was already cheap and fast to clean manually.

Build the ROI from productive labour removed

A useful model is:

Annual benefit = operator hours avoided + overtime avoided + contract productivity gain + improved coverage value − annual robot operating cost.

Then calculate:

Payback period = total implementation cost ÷ monthly net benefit.

Costs to include

• Robot and selected trim level.
• Docking station and site plumbing/electrical works.
• Remote-control, connectivity and server licences.
• Elevator, door or building-management integration.
• Commissioning, mapping and route setup.
• Brushes, pads, squeegees, detergent and defoamer.
• Preventive maintenance and service travel.
• Battery replacement over the planned ownership period.
• Internal supervision and exception handling.
• Downtime caused by blocked routes or unavailable infrastructure.

Benefits to measure

• Manual machine-driving hours removed per week.
• Cleaning hours shifted to unattended nights or low-traffic windows.
• Extra square metres cleaned with the same labour headcount.
• Reduced overtime or agency labour.
• Reduced missed areas and repeat work.
• Improved cleaning verification through mission reports.
• Reduced manual water-handling when docking is installed.

Do not use the manufacturer’s “up to 70%” claim as your business case

Cleanfix promotes potential cleaning-cost reductions of up to 70% for the RA660 family. That may be achievable in some labour-heavy workflows, but it is not a universal result. Your model should start from actual operator hours and local labour rates, then apply a conservative autonomous completion rate measured during a pilot.

A practical go/no-go threshold

Before purchase, require the trial to prove five things: cleaning quality, route completion, autonomy between interventions, docking reliability and credible labour removal. If the robot completes the floor but still needs an employee to follow it, open doors and recover it several times per shift, the theoretical productivity figure is not the same as business productivity.

Cleanfix RA660 Navi XL Buying Checklist

1. Measure the route. Record total cleanable area, corridor widths, door clearances, ramps, lifts and traffic points.
2. Define the floor and soil. Identify floor material, coatings, slip limits, contaminants, loose debris and required detergent.
3. Capture the current baseline. Measure labour hours, machine time, refill time, cleaning frequency and current cost.
4. Confirm the generation. Require Generation 2 to be stated explicitly if that is what you intend to buy.
5. Choose the trim level. Decide whether Pure, Connect, Unlimited or Server functions are actually needed.
6. Validate width and clearance. The robot is 850 mm wide; check doors, pinch points and passing traffic.
7. Test your obstacles. Include transparent, reflective, low and irregular objects—not only cones placed in an open demo area.
8. Plan water and charging. Decide whether 110 L is enough for the route and whether the automatic dock materially changes staffing.
9. Design the dock installation. Confirm space, water, drain, power, service clearance and leak-management requirements.
10. Map building integration. Identify exact lift, gate, door, BMS and network interfaces before promising multi-floor autonomy.
11. Review IT and privacy. Document Wi-Fi/LTE, user access, cloud/offline configuration, remote support and data retention.
12. Set acceptance metrics. Define route-completion rate, cleaning quality, max interventions, dock success and reporting requirements.
13. Run a representative pilot. Test during real traffic and real soil conditions, not only after-hours on a freshly cleared floor.
14. Request three-year TCO. Include licences, service, consumables, battery, integration and expected support cost.
15. Assign an owner. Give one person responsibility for missions, consumables, exceptions, reports and continuous optimisation.

Pro tip: ask the supplier to clean your most difficult representative route, not your easiest open area. If the robot can handle the narrow aisle, lift interaction, reflective surfaces and busy crossing that drive manual intervention, the rest of the business case becomes much more credible.

How to Buy the Cleanfix RA660 Navi XL

The RA660 Navi XL is best purchased through a consultative process because the right configuration depends on site size, desired autonomy and integration requirements. A useful enquiry should include the floor plan, cleanable square metres, floor type, current cleaning method, operating hours, obstacle profile, doors, elevators, network availability and whether automatic docking is required.

Before requesting a quote, prepare:

• A floor plan with the cleaning route marked.
• Door, corridor and lift dimensions.
• Photos or video of typical daytime traffic and obstacles.
• The current scrubber model and operator hours.
• Floor type and approved cleaning chemistry.
• Water and drainage locations.
• Wi-Fi/LTE and IT requirements.
• Details of elevator and automatic-door systems.
• Your desired payback period.

Review the Cleanfix RA660 Navi XL product page for the marketplace listing, then contact Anton Robots for current supplier availability and site-specific options. If you are still choosing the robot category, the Find My Robot tool can help compare alternatives before you commit.

What Is New in the 2026 Cleanfix RA660 Navi XL Generation 2?

Generation 2 is more than a cosmetic refresh. Cleanfix announced the new platform in 2026 and published the updated factsheet in May 2026.

1. Sonair ADAR 3D ultrasonic sensing

The biggest change is a new 3D ultrasonic perception system. Cleanfix says earlier platforms used multiple linear ultrasonic sensors, while the new Sonair ADAR sensor produces 3D spatial information from an ultrasonic array. It is designed to improve detection of low, transparent and reflective objects without a camera.

2. Operation in complete darkness

Because the ultrasonic system does not depend on visible light, Cleanfix promotes the new robot as “dark factory ready.” That can be useful for warehouses and manufacturing facilities that reduce lighting during unattended shifts.

3. Redesigned chassis and drive system

Cleanfix states that the new platform includes a new chassis, revised drive system, improved durability, easier maintenance and better service access. Current Gen 2 dimensions are 1,015 × 850 × 1,100 mm, compared with the taller previous generation.

4. Higher published cleaning speed

Generation 2 is now published at up to 0.8 m/s versus the 0.6 m/s figure in older RA660 Navi XL documentation. Cleanfix still publishes average cleaning performance of 1,250 m²/h, so buyers should focus on full-route productivity rather than maximum travel speed alone.

5. Updated safety architecture

The Generation 2 flyer describes an IEC 63327-compliant safety system, BlueSpot industrial warning light, fall-prevention sensors and the new obstacle-detection stack.

6. Stronger infrastructure integration

Cleanfix now prominently promotes integration with elevators, alarms, other robots, OPC UA, Modbus TCP and Schindler BuilT-In API in the Server architecture.

7. Current trim-level structure

Cleanfix offers four current configurations:

• Pure: core autonomous cleaning, chemical dosing, membrane tank, touchscreen and fast charging.
• Connect: adds app remote control, reports, notifications and advanced parameters.
• Unlimited: adds docking station and cleaning scheduler for higher autonomy.
• Server: adds ANT Server fleet/mission management, other-robot communication, elevator integration and real-time fleet monitoring.

Buyer implication: specify the exact trim level in the purchase order. “RA660 Navi XL” alone does not tell you whether remote control, automatic docking or multi-floor integration is included.

Cleanfix RA660 Navi XL FAQ

How much does the Cleanfix RA660 Navi XL cost?

Cleanfix does not publish a universal Generation 2 list price. A German specialist retailer currently lists an RA660 Navi XL at €65,900 net, but that listing uses previous-generation specifications, so it should be treated only as market context. Request a current quote for the exact Gen 2 trim level, dock, software and integration scope.

What is the cleaning capacity of the RA660 Navi XL?

Cleanfix publishes average cleaning performance of 1,250 m²/h for Generation 2. Actual productivity depends on floor condition, route geometry, traffic, cleaning settings and obstacle frequency.

How wide is the Cleanfix RA660 Navi XL?

The robot is 850 mm wide. Its brush cleaning width is 660 mm and the suction nozzle is 850 mm wide.

How big are the water tanks?

Cleanfix publishes 110 L fresh-water and 110 L dirty-water capacity for the current RA660 Navi XL, plus a 5 L cleaning-agent tank.

How long does the battery last?

The current published maximum runtime is up to 3.5 hours. Real runtime varies with cleaning load, speed, floor conditions, stops and environmental factors.

How long does it take to charge?

Cleanfix publishes approximately 40 minutes to reach 80% charge and 60 minutes to reach 100%.

Can the RA660 Navi XL refill itself?

Yes, when configured with the optional docking system that supports automated water change and battery charging. Confirm exactly which dock functions are included in your trim level and installation.

Can it clean 24/7?

Cleanfix markets 24/7 cleaning capability with the docking station. In practice, continuous operation still requires scheduled maintenance, detergent, consumable inspection and exception handling.

Does the RA660 Navi XL use cameras?

The new Generation 2 obstacle-detection system is camera-free and uses 3D ultrasonic sensing alongside LiDAR and other safety sensors. Buyers should still confirm whether any optional equipment or site systems add cameras.

Can it work in the dark?

Cleanfix states that the new 3D ultrasonic obstacle-detection system works independently of lighting conditions and promotes Generation 2 as suitable for complete darkness and night operation.

Can it detect glass and reflective objects?

Cleanfix states that the Sonair ADAR 3D ultrasonic system is designed to detect transparent and highly reflective obstacles that can be difficult for optical systems. Test your actual glass panels, shrink wrap, metal and reflective surfaces before acceptance.

What navigation system does it use?

The RA660 Navi XL uses BlueBotics ANT lite+, a natural-feature navigation and vehicle-control system that combines LiDAR/laser-scanner information with odometry and a mapped environment.

Can it use elevators?

The Server version supports elevator integration and wider infrastructure communication. Compatibility depends on the building’s lift system, interfaces and integration work; it should be validated for the exact site.

Can it open automatic doors?

The Server architecture can interface with gates and external systems. Automatic-door integration depends on the site’s hardware and controls and should be included explicitly in the deployment scope.

Can it work with other AMRs or AGVs?

Cleanfix states that the Server version can coordinate with other mobile robots using BlueBotics ANT Server. Cross-fleet compatibility depends on the navigation/fleet architecture of the other vehicles.

Is the RA660 Navi XL safe around people?

Cleanfix states that Generation 2 uses an IEC 63327-compliant safety system and includes obstacle detection, bumper sensing, fall-prevention sensors and warning systems. Safe deployment still requires a site-specific assessment and acceptance testing around real pedestrian traffic.

Is the RA660 Navi XL IP66?

Cleanfix has stated that Generation 2 includes IP66-rated electronics. That is not automatically the same as an IP66 rating for the complete robot. Ask Cleanfix or the dealer for the environmental rating of the full delivered machine.

Can it clean carpet?

The RA660 Navi XL is primarily a scrubber-dryer for hard floors. If carpet vacuuming is a major requirement, consider a multi-function robot such as the PUDU CC1 Pro or a dedicated commercial vacuum robot.

Does it sweep before scrubbing?

The current Generation 2 platform is presented primarily as a scrubber-dryer. Facilities with significant loose debris should confirm whether a pre-sweep step, accessory or separate sweeping machine is required.

What is the difference between RA660 Navi M and XL?

Both use a 660 mm brush width, but the XL has 110 L water capacity versus 45 L on the M and is recommended for larger areas. Generation 2 XL is also published at up to 0.8 m/s versus 0.6 m/s on the current M documentation.

What is the difference between Pure, Connect, Unlimited and Server?

Pure covers the core autonomous cleaning system. Connect adds app remote control and reporting. Unlimited adds the docking station and scheduler. Server adds ANT Server mission/fleet management, infrastructure integration, elevator support and coordination with compatible mobile robots.

Is the Cleanfix RA660 Navi XL worth it?

It can be when large, repeatable hard-floor routes consume enough paid operator time to justify automation. The most important number is not purchase price or theoretical m²/h; it is the number of labour hours removed after accounting for interventions, servicing and supervision.

Final Verdict: Should You Buy the Cleanfix RA660 Navi XL?

Buy or pilot the Cleanfix RA660 Navi XL if you have large hard-floor areas, a repeatable wet-scrubbing process and a clear reason to reduce operator driving time. Generation 2 improves the proposition with a redesigned platform, 0.8 m/s published speed, camera-free 3D ultrasonic sensing, fast charging and a more explicit path toward automatic docking and building integration.

Its biggest strengths are not flashy AI features. They are practical cleaning-machine attributes: a 110 L water system, professional three-brush scrub deck, systematic navigation, rapid battery turnaround and the ability to automate water and charging. That makes the RA660 Navi XL particularly compelling in warehouses, factories, sports facilities and large public buildings where a compact 15–30 L robot would require more frequent intervention.

The limitations are equally clear. It is large, heavy and specialised. A smaller multi-function robot may be better for tight mixed-surface environments, while a very large scrubber such as the LionsBot R12 Rex can offer more width and runtime in huge open spaces. Generation 2 is also new enough that site-specific proof matters more than marketing claims.

The right buying path is a mission-led pilot: measure the current route, choose the exact trim level, test the difficult obstacles, prove dock reliability, quantify human interventions and calculate a conservative three-year TCO. If the robot repeatedly completes the route and genuinely releases staff for other work, the RA660 Navi XL can be a strong piece of cleaning infrastructure rather than an expensive autonomous machine sitting in the corner.

Ready to compare configurations? View the Cleanfix RA660 Navi XL at Anton Robots or request help matching an autonomous cleaning robot to your facility.