Keenon Keenmow K1 is an autonomous mobile robot from KEENON. KEENON’s 100,000-robot commercial deployment track record behind the navigation technology: The 3D LiDAR perception and AI obstacle avoidance system in the K1 is not speculative technology from a new company; it is derived from the same sensor fusion and SLAM.
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Keenon Keenmow K1 is an autonomous mobile robot from KEENON. KEENON’s 100,000-robot commercial deployment track record behind the navigation technology: The 3D LiDAR perception and AI obstacle avoidance system in the K1 is not speculative technology from a new company; it is derived from the same sensor fusion and SLAM navigation systems deployed in commercial environments where reliable autonomous navigation is an.
Keenon Keenmow K1 is an autonomous mobile robot from KEENON. KEENON’s 100,000-robot commercial deployment track record behind the navigation technology: The 3D LiDAR perception and AI obstacle avoidance system in the K1 is not speculative technology from a new company; it is derived from the same sensor fusion and SLAM navigation systems deployed in commercial environments where reliable autonomous navigation is an.
Key specifications: up to 1,500 m² lawn coverage, 300 m²/hour efficiency, 120-minute runtime per charge, 100-minute recharge, 20-70mm app-adjustable cutting height, 50% (27°) slope capability, 0.8m narrow passage navigation, 90W motor with 23cm anti-slip tires, weather-aware auto-return with breakpoint resumption, and multi-zone scheduling.
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The points below summarize model-specific information supported by manufacturer, regulatory or technical documentation.
KEENON’s 100,000-robot commercial deployment track record behind the navigation technology: The 3D LiDAR perception and AI obstacle avoidance system in the K1 is not speculative technology from a new company; it is derived from the same sensor fusion and SLAM navigation systems deployed in commercial environments where reliable autonomous navigation is an operational requirement.
Key specifications: up to 1,500 m² lawn coverage, 300 m²/hour efficiency, 120-minute runtime per charge, 100-minute recharge, 20-70mm app-adjustable cutting height, 50% (27°) slope capability, 0.8m narrow passage navigation, 90W motor with 23cm anti-slip tires, weather-aware auto-return with breakpoint resumption, and multi-zone scheduling.
Lawns with Complex Obstacles For residential properties with trees, garden beds, outdoor furniture, play equipment, and irregular shapes, the K1’s AI obstacle recognition system, trained on hundreds of common lawn objects, provides more contextually appropriate navigation than simpler sensor systems.
It uses the AuraVue system combining 3D LiDAR with a 150-degree RGB camera and AI Vision Fusion to map lawns and mow autonomously without perimeter wires, RTK base stations, or any physical installation.
This background is commercially significant for the K1 because the navigation and sensor fusion technology in the mower is not being developed for the first time for a consumer application.
Suitability depends on the exact configuration, compatible systems, intended professional use and manufacturer instructions.
Evaluate Keenon Keenmow K1 for autonomous transport, line-side delivery, warehouse or facility workflows supported by its payload and navigation configuration.
Confirm fleet-management software, API/WMS/MES integration, maps, traffic control and charging strategy.
Match payload, lift/conveyor/rack modules and docking interfaces to the material-handling process.
Review floor condition, slopes, aisle width, safety zones, wireless coverage and commissioning requirements.
The table summarizes confirmed model and technical information confirmed from product specifications and technical documentation. Configuration-sensitive values should be checked against the exact supplied unit.
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Technical or regulatory resource relevant to Keenon Keenmow K1 evaluation.
Key questions for evaluating Keenon Keenmow K1 before purchase.
KEENON’s 100,000-robot commercial deployment track record behind the navigation technology: The 3D LiDAR perception and AI obstacle avoidance system in the K1 is not speculative technology from a new company; it is derived from the same sensor fusion and SLAM navigation systems deployed in commercial environments.
Exact robot model, revision and manufacturer part reference; Payload, reach, mobility, speed or working-envelope requirements relevant to the application; Battery, charging, runtime and power requirements where applicable.
No. Hardware revision, software, accessories, modules, handpieces, probes or other options can vary. The written quotation and exact-unit identification should define the supplied configuration.
Only items explicitly listed in the quotation and packing scope should be treated as included. Reference photographs can show accessories or system components that are not part of the final offer.
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