- Changes
- 2
- Tracking since
- Jan 2025
- Latest
- Feb 15, 2026
- Net movement
- WaitReady Now
- 2026
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Worx Landroid Vision Cloud WR320 reaches commercial retail in North America
Worx released the Landroid Vision Cloud WR320 at $1,799 MSRP through direct and retail channels in early 2026, completing the transition from CES announcement to purchasable product.
Full assessment
AutonomyL4 capabilities confirmedReadinessWait → Promising ProgressScoreCommercial status updatedShipping units confirm the RTK plus AI-camera architecture described at announcement.
WatchingFor: early owner reports on satellite reliability in varied yard conditions and documentation of cloud connectivity uptime.
Impact on autonomy
- Production units confirmed RTK plus AI-camera architecture as announced at CES 2025
- Wire-free operation validated at retail; no perimeter-wire installation required in shipping product
- Cloud dependency for RTK positioning confirmed as operational architecture, not optional feature
- Level IV classification contingent on satellite signal quality in buyer's specific yard environment
Impact on readiness
- Commercial availability established; product ships from Worx direct and authorized retailers
- MSRP set at $1,799, positioning above wire-based Landroid models
- No perimeter-wire installation required reduces setup to dock placement and app-based yard mapping
- Cloud connectivity requirement means owners need stable satellite coverage for full autonomous operation
Claim check5 claims reviewed
No wire installation neededConfirmed in production hardware; yard boundary is set digitally through the Worx app using RTK positioning dataWorks in any yardManufacturer specs document slope limits (25% maximum) and satellite-coverage requirements; performance in heavily shaded or canopy-dense yards is not documented as tested at launchAI camera avoids all obstaclesManufacturer launch materials describe obstacle avoidance for common yard objects; edge cases and low-light performance were not fully documented in launch collateralCloud connectivity is seamlessRTK operation requires Worx cloud and satellite connectivity; manufacturer materials acknowledge that signal outages affect positioning accuracy without specifying fallback behavior in detailReplaces all wired Landroid modelsWR320 covers up to approximately 0.5 acres per charge cycle; larger properties served by wired Landroid models may require multiple units or remain better served by wire-based alternativesBottom lineCommercial release confirmed the core architecture claims from the CES announcement; early-owner performance documentation in real yard diversity remained the open verification item at launch.
Technical notes4 sections
- Commercial Availability
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The WR320 launched through Worx direct (worx.com) and authorized North American retailers at an MSRP of $1,799. The price positions it above the Landroid L and M wire-based series. Availability confirmed in the United States market in the February 2026 timeframe.
- Navigation and Positioning
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Production units use RTK satellite positioning linked to Worx cloud infrastructure for boundary containment and path planning. No perimeter wire is required. The AI camera provides real-time obstacle detection during mowing cycles. Dock placement and app-based yard mapping constitute the primary setup workflow.
- Coverage and Runtime
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Manufacturer specifications document approximately 0.5-acre coverage capacity per charge. Runtime is approximately 60-75 minutes per cycle depending on terrain. Maximum slope tolerance is 25% per manufacturer specification.
- Connectivity
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The WR320 requires active cloud connectivity for full RTK operation. The Worx app provides scheduling, zone management, and mow-cycle monitoring. The cloud dependency is architectural; the product is not designed for offline-only operation.
- 2025
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Worx Landroid Vision Cloud WR320 unveiled at CES 2025 Las Vegas
Worx announced the Landroid Vision Cloud WR320 at CES 2025, disclosing RTK satellite positioning combined with an AI obstacle-detection camera as the navigation architecture.
Full assessment
AutonomyL4 capabilities announcedReadinessWait heldScoreScores pending releaseThe announcement signals a full architecture departure from perimeter-wire Landroid models.
WatchingFor: retail availability timing and whether cloud connectivity requirements carry a subscription component.
Impact on autonomy
- RTK satellite positioning eliminates boundary-wire dependency for yard containment
- AI camera handles obstacle detection without physical guide infrastructure
- Cloud-linked positioning introduces a remote dependency not present in wire-based Landroid models
- Environmental Autonomy classification contingent on satellite reliability in varied canopy conditions
Impact on readiness
- Pre-release status at announcement; no confirmed ship date at CES reveal
- No perimeter-wire installation required per manufacturer disclosure reduces setup burden
- RTK cloud connectivity requirement adds infrastructure dependency new to the Landroid lineup
- Price point undisclosed at announcement; retailer availability unconfirmed
Claim check4 claims reviewed
Wire-free boundary via RTK satelliteRTK requires continuous Worx cloud connectivity and clear satellite line-of-sight; performance in dense canopy conditions not documented at announcementAI camera identifies and avoids obstaclesManufacturer disclosure at CES described obstacle-avoidance capability; object-category specifics and failure modes not published at reveal stageDrop-in replacement for wired Landroid modelsWR320 is a new architecture, not an upgrade path; existing Landroid wire hardware is not compatible with the RTK systemCentimeter-accuracy positioningRTK technology is capable of centimeter accuracy under ideal conditions; accuracy degrades under tree cover or signal obstruction per general RTK limitations documented in satellite-navigation literatureBottom lineThe CES reveal confirmed a genuine architecture change for the Landroid line, but performance claims about obstacle specificity and satellite reliability under real yard conditions awaited commercial launch documentation.
Technical notes4 sections
- Navigation Architecture
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The WR320 combines RTK (Real-Time Kinematic) satellite positioning with Worx cloud infrastructure for yard boundary definition and mow-path planning. RTK delivers centimeter-level accuracy under open-sky conditions. No perimeter wire is required; boundary is defined digitally via the Worx app.
- Obstacle Detection
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An AI camera mounted on the mower body handles real-time obstacle detection. Manufacturer disclosure at CES described the system as identifying common yard objects. Specific object-class counts and detection-distance specifications were not published at the announcement stage.
- Product Line Context
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The WR320 departs from the wire-based Landroid L, M, and S series architectures. Prior Landroid models required perimeter-wire burial for boundary containment. The Vision Cloud designation indicates cloud-dependent operation. Model number WR320 is specific to this RTK variant; it is not a firmware iteration of previous WR-series wire-based models.
- Coverage and Power
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Coverage area and battery specifications were not published in full at CES announcement. Subsequent manufacturer product pages indicate approximately 0.5-acre coverage capacity per charge cycle.