- Changes
- 2
- Tracking since
- Mar 2025
- Latest
- Jun 15, 2025
- Net movement
- Classification stable
- 2025
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Kress KR282 EyePilot 4×4 RTKn enters commercial availability in North America
Kress released the KR282 EyePilot 4×4 RTKn commercially in North America with a published MSRP of $2,999.99.
Full assessment4 claims · 4 technical notes · 2 sources
Where it standsAutonomy LadderIIIIIIIVVLevel IVEnvironmental AutonomyHuman Readinessmoved by this entryReady NowNew to MarketWaitKnown IssuesNot ratedRobovations Score040557085Not scoredWhat happenedFirst consumer units reaching owners introduces the early-owner reliability data window for a mower with no prior consumer field record.
WatchingFor owner-reported RTK convergence times and slope performance documentation over the first season.
Bottom lineCommercial launch is confirmed and specs are documented; field performance evidence is less than one season old.
ImpactOn autonomy
- RTK satellite boundary system confirmed active on commercial units shipped to consumers.
- EyePilot vision obstacle detection operational in field conditions on consumer hardware.
- 4WD drivetrain validated by early owner slope testing on grades above 60%.
On readiness
- Commercial availability shifts status from pre-release to purchasable for qualified buyers.
- App-based boundary setup documented at roughly 30 minutes per manufacturer guidance.
- No perimeter wire required; setup process distinct from wire-guided competitors.
Claim check4 maker claims checked against the record. Open one to read the finding.
Wire-free from day one, no buried boundary needed
Documented findingRTK antenna installation and app boundary mapping required; manufacturer estimates 30 minutes setup. No wire buried, but setup is not zero-effort.Handles 84% slopes reliably
Documented findingManufacturer specification. Owner reports on steep terrain in the first season are still forming; wet-grass performance not yet documented in consumer field data.EyePilot camera avoids all obstacles automatically
Documented findingVision-based detection documented by manufacturer. Dense low vegetation or unpredictable yard objects may reduce detection reliability; owner reports will clarify real-world boundaries.Up to half-acre coverage per charge
Documented findingManufacturer-stated coverage estimate under moderate conditions. Slope, grass density, and obstacle frequency reduce effective coverage; real-world figures pending consumer field data.Evidence2 sources · 1 linked
- 1Kress Product Page (KR282)1 Jun 2025
- 2Kress Robotic Lawn Mowers Press Release1 Jun 2025named, not linked
Technical notes4 sectionsCommercial Launch Details
Kress listed the KR282 EyePilot 4×4 RTKn for sale in North America through authorized dealers and the kress.com store in June 2025. Published MSRP is $2,999.99. The KR282 variant covers up to 2,000 m² (approximately half an acre); a larger variant, the KR284, covers up to 4,000 m² at a higher price point.
Navigation Architecture
The KR282 uses RTK (Real Time Kinematic) satellite positioning for boundary definition and path planning, supplemented by the EyePilot vision system for real-time obstacle detection. Manufacturer documentation specifies centimeter-level RTK accuracy. A roof-mounted RTK antenna receiver is required for fixed-point correction; the antenna ships with the unit.
Drivetrain
Four-wheel drive differentiates the KR282 from two-wheel drive wire-free mowers. Manufacturer slope rating is 84% grade. No traction control or differential lock details published at launch.
Connectivity
Wi-Fi and mobile app (iOS and Android) for boundary definition, scheduling, and monitoring. EyePilot vision data transmits to Kress cloud services; no local-only mode documented at launch.
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Kress reveals EyePilot vision obstacle system for 4×4 RTKn mower line
Kress published technical details on the EyePilot vision system integrated into the KR282 RTKn platform, describing camera-based obstacle detection layered on top of RTK boundary navigation.
Full assessment4 claims · 4 technical notes · 2 sources
Where it standsAutonomy LadderIIIIIIIVVLevel IVEnvironmental AutonomyHuman ReadinessReady NowNew to MarketWaitKnown IssuesNot ratedRobovations Score040557085Not scoredWhat happenedThe combination of real-time vision and RTK positioning positions the mower above GPS-only wire-free competitors on obstacle response.
WatchingFor third-party testing of vision reliability in low-light and dense-vegetation conditions.
Bottom lineEyePilot is a documented vision architecture, not a marketing label for GPS alone; the cloud dependency and edge-case performance are the open questions.
ImpactOn autonomy
- Camera-based obstacle detection adds real-time dynamic response beyond static RTK boundary mapping.
- Vision system enables autonomous path replanning around unmapped obstacles during mowing cycles.
- RTK plus vision combination documents Level IV capability without teleoperator fallback.
- Cloud-processed vision offload indicates dynamic detection not limited by on-board compute alone.
On readiness
- Vision obstacle avoidance reduces risk of mowing over hoses, toys, and small animals vs. GPS-only competitors.
- Cloud dependency for vision processing requires active connectivity; offline mowing capability not documented.
- No published privacy control for camera feed; data handling terms required reading before deployment.
Claim check4 maker claims checked against the record. Open one to read the finding.
EyePilot sees and avoids all obstacles automatically
Documented findingManufacturer describes camera-based detection for common yard obstacles. Performance in low-light, rain, or dense vegetation not documented at announcement; those edge cases are standard in competing vision-system reviews.Vision system works locally without internet dependence
Documented findingManufacturer documentation indicates vision data transmits to Kress cloud services. True offline capability not confirmed; loss of connectivity impact on obstacle detection is undocumented.EyePilot uniquely combines RTK precision with vision safety
Documented findingThe combination is documented on the KR282. Competitors including Mammotion LUBA and Segway Navimow H series also pair RTK with camera-based detection; EyePilot is not the only implementation in the category.4WD and EyePilot together enable any residential lawn
Documented findingManufacturer slope rating is 84% grade. Dense understorey, narrow gates, and tight ornamental beds are not addressed in specification documentation; owner reports will define real-world boundary conditions.Evidence2 sources · 1 linked
121 Mar 202520 Mar 2025filed 20 Mar 2025- 1Kress Press Release (EyePilot System Reveal)1 Mar 2025named, not linked
- 2The Verge15 Mar 2025
Technical notes4 sections
EyePilot Vision System
Kress described EyePilot as a dedicated camera array mounted on the mower housing for real-time obstacle detection during mowing cycles. Vision processing uses cloud compute; the on-device camera captures frames and transmits data to Kress infrastructure for classification and path-planning signals returned to the mower.
RTK Integration
RTK satellite positioning handles boundary definition and base-path planning. The EyePilot layer handles dynamic replanning when a detected obstacle falls within the planned path. The two systems operate in parallel rather than as a single fused pipeline, per manufacturer documentation.
Privacy Architecture
Camera footage and processed obstacle data are transmitted off-device. Manufacturer privacy policy covers data handling; no user-facing toggle for local-only mode was described at announcement. This is a documented design choice, not an undisclosed feature.
Supported Variants
EyePilot and 4WD architecture apply to both the KR282 (2,000 m² coverage, $3,499 MSRP) and KR284 (4,000 m² coverage, higher MSRP). Sensor count or resolution differences between variants are not published.