RELEASED 2026.02REASSESSED 2026.08.08

Worx

Worx Landroid Vision Cloud WR320

Name: Worx Landroid Vision Cloud WR320
Brand: Worx

The WR320 eliminates the perimeter wire entirely, trading boundary labor for RTK accuracy and satellite dependency. An Environmental Autonomy (Level IV) mower for owners willing to rely on continuous satellite coverage and accept AI-camera privacy trade-offs.

ReplacesWorx Landroid L 20V WR155The previous generation of this line.

Autonomy Ladder

Why Level IV.

One five-rung scale, every category, from acting only on command to working unsupervised anywhere.

VGeneralized AutonomyAny task, any setting. No consumer robot has reached it.
To reach Level VWorks across task types and environments it was never configured for.
IVEnvironmental AutonomyThis robot

Worx Landroid Vision Cloud WR320 adapts to conditions it has not met before and re-plans while it works.

Navigation and control
RTK satellite positioning + AI-camera obstacle detection + virtual geofencing
Why this level
- RTK satellite positioning (manufacturer specs.
- Centimeter accuracy) paired with stereo-camera V-SLAM and AI-camera obstacle detection supports end-to-end yard mowing without human intervention within the operating domain (up to 0.5 acre, up to a 30 percent grade, with open sky for satellite corrections).
- This constitutes Environmental Autonomy (Level IV) per Robovations framework.
- Virtual geofencing via app replaces human-controlled perimeter wire.
- The mower operates independently on schedule within its precision-positioned boundary.
Autonomy dimension 83 / 100 · 4 sources reviewed
IIIConditional AutonomyFinishes whole jobs in familiar spaces; struggles at the edges.
IIAssisted AutonomyRuns preset routines; stalls at anything new.
IManual AutomationOne action on command; no independent operation.

How we assign a level →

Robovations Score

How this number was reached

62of 100

Capable

DeficientLimitedCapableStrongExemplary

Capability40% of the score61What it does without you.

Task completion16% of the score64

Evidence

Mows a half acre on schedule inside an app-drawn virtual boundary without intervention, docking and recharging across the multiple cycles a 60 to 75 minute charge forces. Held down by two documented human steps and one excursion: blade clogging in clumped turf needs manual cleaning weekly through wet seasons, the boundary map is reviewed and updated every three to six months after landscaping changes, and owners describe drift into unmapped areas during satellite outages under tree cover.

Coverage and navigation10% of the score70

Evidence

Systematic and retained in principle, since a virtual geofence is stored in the app and held by corrected positioning, with a manual reset when landscaping changes, which is the retained anchor's shape. It lands well below that anchor because the retention is conditional on a signal: the record schedules an RTK signal-strength survey across the yard, an annual spring recalibration, and documents drift into unmapped areas when corrections drop. Credit here is for the coverage plan, not for centimeter accuracy.

Edge-case recovery10% of the score50

Evidence

The signal-loss behavior is the strongest thing in this record and it answers the referent's question directly: on a dropped fix the mower falls back to GPS with camera positioning at reduced accuracy, and where loss persists it navigates toward the dock on visual landmarks. That is position recovery and a safe return. Held below the upper anchors because the same record says it drifts into unmapped areas before that happens under dense canopy, and nothing documents freeing itself from entrapment.

Operating envelope4% of the score50

Evidence

Two hard preconditions rather than soft ones: a clear view of the sky for satellite corrections, with dense canopy degrading the fix, and Worx cloud connectivity for those corrections to arrive at all. Rated to half an acre and a 30 percent grade, with the motor housing waterproofed for wet work, but wet grass costs traction above a 15 percent slope and wet clay or loose soil costs it below the rating too.

Dependability40% of the score60Whether it keeps doing it.

Field failure rate16% of the score48

Evidence

A thin evidence position. Released 1 February 2026, so six months of field record, which caps this input at 70, and the sources block contains only Worx documentation and our own dated log, with no owner-report source and no press-review source at all. The negative findings in the record, drift under canopy, wheel slip, blade clogging, are attributed to owners in prose but substantiated nowhere, and the RTK architecture is new enough that the three-season Vision platform record does not govern it.

Software stability14% of the score65

Evidence

The ordinary consumer-robot case, inherited from the platform rather than shown for this model. Worx ships Landroid firmware and the Vision line has a multi-year update trail, so updates reach the machine, and no regression pattern is reported. This model is six months old with no firmware source of its own, so there is no independent record of update behavior. Silence in both directions.

Support longevity10% of the score73

Evidence

The parts side is sound: a large manufacturer, broad retail, and blade assemblies openly priced at $40 to $60 a set on an annual cadence. The risk this machine carries and its siblings do not is that the headline capability is a service, since RTK corrections depend on Worx cloud connectivity, and no support-window commitment is published for it. A retired correction service leaves a mower that falls back to positioning the record itself calls less precise.

Ownership burden20% of the score70What it asks of you.

Routine maintenance12% of the score64

Evidence

The longest routine among the mowers here despite docked operation. Weekly means inspecting the blade for grass clumping, with manual blade cleaning through wet seasons when turf clumps, plus dock contacts. Monthly adds wheel treads and cleaning two separate sensing surfaces, the camera lens and the RTK antenna. Every three to six months the boundary map is reviewed and RTK signal strength is tested across the yard, and spring restart includes recalibrating the positioning.

Consumables8% of the score80

Evidence

One scheduled item on a slow cadence and it is priced: a blade assembly of two at $40 to $60, replaced annually or after 50 mowing sessions. No perimeter wire to repair and no subscription is documented for the cloud corrections that the positioning depends on. Held out of the top because no battery replacement price or expected life appears anywhere in the record.

Reported, not scoredneither measures how well the robot works

Five-year cost$1,450

the cheapest RTK machine here at $1,199.99 list, plus roughly $250 over five years in annual blade assemblies at $40 to $60; no subscription is documented, though the RTK corrections the boundary depends on arrive through Worx cloud connectivity, so the running cost assumes that service stays free

Data postureCloud-linked

Account required. Maps and telemetry leave the home; core function survives an outage.

What leaves the homeNot documented

Read the full methodology →

FIT CHECK

Will the Worx Landroid Vision Cloud WR320 work on your yard?

Describe your yard using the controls. Each choice reads the spec sheet for you, flagging where the Worx Landroid Vision Cloud WR320 is built for your space and where it isn’t.

Yard size

Terrain

Grass type

Boundary setup

A classification of fit for the conditions you set, not a recommendation. Verdicts describe engineering design intent, not test results.

SPECIFICATION

The full spec sheet.

Priced below the category median, with every figure charted against the category below.

Dimensional drawing

Key specificationsManufacturer-published

Footprint: 20.9 × 24.2 in · 11.1 in tall✓
Weight: 31 lbs✓
Wi-Fi: Supported✓

Where it lands · ranked across 91 robot lawn mowersThis robotMedianTypical range

Runtime75min

30 min240 min

Near median

Price$1,199.99

$451$5,999

Below median

Charge time100min

30 min300 min

Near median

Weight31lbs

11.9 lbs134 lbs

Near median

Position shows where the figure sits across the tracked category, not a quality judgment.

Official referencesProduct page

OWNERSHIP

Living with it.

New product; RTK plus camera integration proven on test fleet.

Worx has shipped RTK-based Landroid models for three years; the Vision Cloud adds AI-camera obstacle detection. Manufacturer testing confirms centimeter-accuracy positioning and camera-based object detection on demo units. Field owner-report cadence pending wider retail availability.

Owner effort~45 minhands-on per month

Consumables$80replaceable parts / yr

Reliability trendUnprovenowner-reported arc

What goes wrong · 4 documented · 1 self-recover

Occasional

RTK signal loss during mowingPositioning accuracy drops; mower reverts to GPS plus camera fallback.

Self-recoversAuto-docks on signal loss; check yard mapping for sky obstructions.

Occasional

Blade clogging in wet grassReduced cut height; increased motor load; audible noise rise.

Owner fixManual blade cleaning required; inspect weekly during wet season.

Occasional

Charging dock connection corrosionIntermittent charging; extended dock-return cycles.

Owner fixClean dock contacts monthly; store indoors during off-season.

Occasional

Wheel slip on wet slopesPositioning drift; incomplete coverage on inclines.

Owner fixMark steep zones as no-mow areas in app; mow after drying.

Step-by-step fixesMaking a Loud Noise, Vibrating, or RattlingWon’t Charge or Return to Its Base?Wet Grass or RainAll robot mower guides

Upkeep routine

Weekly52×/yr

Inspect blade for grass clumping or damage; clean dock charging contacts if wet storage is used.

Monthly12×/yr

Check wheel treads for debris; clean sensors (camera lens, RTK antenna) for dust or pollen buildup.

Seasonal4×/yr

Review and update yard boundary mapping in app if landscaping changes; test RTK signal strength across the yard. · Before winter storage, drain water from motor housing, clean blades, and store mower indoors in a dry location. Before spring use, recharge dock and recalibrate RTK positioning.

Yearly1×/yr

Replace blade assembly (~$40-60 per set of two blades) after 50 mowing sessions or winter storage; inspect charging dock for corrosion and clean contacts.

Cost over time · past the sticker

PurchaseRunning cost

Year 1

$1,279

Year 3

$1,439

Year 5

$1,599

$1,199 to buy, then about $80 a year for the replaceable parts below. Over three years that is roughly $240 past the sticker price. Excludes electricity and any repairs.

What you replace

BladesAnnually$40–60

Replacement cadence from the maintenance schedule; prices shown where the source documents them.

Safety notes

NoteAI camera privacy: On-board camera streams images to Worx cloud for model training. No local-only mode.

NoteRTK signal dependency: Mower requires continuous satellite RTK access; dense canopy impairs accuracy.

RECORD

How the assessment has moved.

Every announcement, release and reassessment behind the current classification.

Coming soon

Just launched

Active updates

Settled

Discontinued

Jan 2025 · AnnouncementUnveiled at CES 2025 Las Vegas
Feb 2026 · ReleaseReaches commercial retail in North America
Jul 2026 · AssessmentRobovations Score recorded at 70 of 100
Jul 2026 · AssessmentRobovations Score revised 70 → 66
Aug 2026 · AssessmentRobovations Score rescored under v4.0: 66 → 59
Aug 2026 · AssessmentRobovations Score revised 59 → 62
Aug 2026 · AssessmentRobovations Score rescored under v4.2: 62 → 62
Aug 2026 · AssessmentRecord status: Verified → Provisional

Editorial comparisons

How Worx Landroid Vision Cloud WR320 compares.

All comparisons →

Comparison

Do robot mowers actually avoid kids and pets?

Worx Landroid Vision Cloud WR320 + 3 more

Read comparison

Common questions

What people actually ask.

5 answered

OperationDoes the Worx Landroid Vision Cloud WR320 require a buried perimeter wire?

No. The WR320 uses satellite RTK positioning (centimeter-accuracy) and virtual geofencing via the app. Manufacturer documentation confirms wire-free operation. Setup involves dock placement and mapping the yard boundary in the app, not physical burial.

OperationWhat happens to the WR320 if RTK satellite signal drops during mowing?

Worx specs document fallback to GPS + camera-based positioning, with reduced accuracy. If signal loss persists, the mower navigates toward the dock via visual landmarks. Owner reports describe occasional drift into unmapped areas during satellite outages in dense tree cover.

OperationCan the Worx WR320 handle wet grass or morning dew?

Manufacturer specs confirm waterproof motor housing and blade design for wet conditions. Owner reports note that wet grass increases wheel-slip on slopes above 15%; blade clogging in clumped turf requires manual cleaning weekly during wet seasons.

OwnershipHow often does the WR320 need blade replacement, and what is the cost?

Worx recommends blade swap annually or after 50 mowing sessions. Replacement blade assemblies cost approximately $40-60 per set. Seasonal storage requires blade inspection and winter corrosion prevention.

OperationWhat data does the Worx Landroid Vision Cloud WR320 collect, and can it be disabled?

The on-board camera streams obstacle imagery to Worx cloud for AI model training. Mower position, charge cycles, and yard boundary data are logged server-side. No local-only or image opt-out mode exists.

Availability

Where it's sold

We may earn commission from qualifying purchases. This does not influence classification.

Some sellers strike through a “was” price of $1,300, above the $1,200 manufacturer list — a discount measured off that is not a real saving.

Amazon Checked Aug 10, 2026 $1,022.54In stock

Cite / Embed

Reference the Worx Landroid Vision Cloud WR320 classification.

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Citation

Robovations. "Worx Landroid Vision Cloud WR320: Autonomy Level IV (Environmental Autonomy)." Autonomy Ladder™, assessed August 2026. https://robovations.com/robots/worx-landroid-vision-cloud-wr320/

Where to next

Three ways to keep going.

For evaluators

Compare with a peer.

See the Worx Landroid Vision Cloud WR320 and Mammotion YUKA mini 2 1000H side by side: autonomy level, Robovations Score, readiness, and price. Classification, not a verdict.

See the full comparison

Or compare with Mammotion YUKA 3000, Mammotion LUBA AWD 1000, Segway Navimow H2.

For browsers

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Worx Landroid Vision Cloud WR320

Will the Worx Landroid Vision Cloud WR320 work on your yard?

The full spec sheet.

Living with it.

How the assessment has moved.

How Worx Landroid Vision Cloud WR320 compares.

Do robot mowers actually avoid kids and pets?

What people actually ask.