# Kinematic Risk Consumer Bulletin **LRRK Watch / Open-Source Intelligence** — Signals across consumer systems that sense, move, and act in homes and yards. **Issue type.** Monthly KRCB (calendar reconstruction). LC-3 / Consumer. Not the weekday 24–48h poll. | Field | Value | | --- | --- | | Window | 1–31 January 2015 | | Collection cutoff | 31 January 2015 | | Compiled Date | 19 August 2026 | | Platform | Quiet Systems | | Reconstruction | 19 August 2026 from public sources. Only in-window publications and dated official pages count as signals. | | Data label | Open-source intelligence // LRRK analytic product // retrospective monthly filing | | Handling | Public-source material. Image rights require separate verification before publication. | | Scope | Consumer kinematic electronics only (home, yard, companion, educational). | | Classes in frame | Robot vacuums / mop combos · robotic lawn mowers · window-cleaning robots · pool-cleaning robots · robot pets / companion animals · social / desk companions · educational / programmable kits · robotic litter boxes · security / home patrol robots · consumer robotic arms · elder-care / assistive companions · kitchen / food-prep robots · toy / entertainment robots · niche outdoor / garden robots · emerging general-purpose or humanoid home robots | | Spine | Reputable channels for injury, death, incidents, and safety recalls (CPSC, Health Canada, EU Safety Gate / RAPEX, UK OPSS, manufacturer recall pages, named newsrooms, dockets). | | Color | Message boards, consumer forums, and Reddit — annotated context only. Never Fact without a reputable primary. | ## Executive read ### BLUF January’s consumer kinematic risk is not an injury file. CENELEC publishes the first European particular-requirements standard for robotic battery mowers. The same week Samsung puts an onboard digital camera and a home map on a CES vac. No CPSC, Health Canada, or RAPEX consumer-robot action was located. ### Key judgments 1. **[Assessment — High confidence]** EN 50636-2-107:2015 is a control action on robotic battery rotary mowers (≤75 V d.c.), not a new published injury series. Catalog dates: publication **22 January 2015**; document made available **23 January 2015**. CENELEC approved the text on 1 December 2014. 2. **[Assessment — High confidence]** Samsung’s 6 January CES page names an onboard digital camera and Visionary Mapping Plus on POWERbot VR9000. That is a trust/maps primary, not a recall. Spring 2015 availability is a claim, not a US street date in this window. 3. **[Inference — Moderate confidence]** The 2015 mower standard already includes a foot-probe test (clause 20.102.4 / Figure 102). Later A2:2020 language will still treat a child’s foot as a design problem. Do not import later amendments into this month. ### Analytic labels - **Fact** — verified reporting or primary record - **Assessment** — analytic judgment - **Inference** — reasoned but not directly observed - **Uncertainty** — unresolved information gap ### Source grades - **A1** — authoritative primary record / directly confirmed - **B1–B2** — generally reliable and corroborated - **C3** — useful but requires caution (typical for forums) --- ## 01. CENELEC publishes EN 50636-2-107:2015 — robotic battery mowers get a particular-requirements standard *Event / publication dates: CENELEC publication 22 January 2015; document made available 23 January 2015; text approved 1 December 2014* **Product class.** Robotic lawn mowers **Verified record — [Fact — A1]** EN 50636-2-107:2015, “Safety of household and similar appliances — Part 2-107: Particular requirements for robotic battery powered electrical lawnmowers” (IEC 60335-2-107:2012, modified). Official catalog publication date **22 January 2015**; current-stage “document made available” **23 January 2015**. Scope: robotic battery rotary mowers and peripherals, battery rated voltage not more than **75 V d.c.**, charged from mains and/or alternative energies (e.g. solar). Explicitly excludes walk-behind, ride-on, trimmers, edgers, ICE / hybrid / fuel-cell machines, and battery chargers (EN 60335-2-29). “Deals with all the significant hazards presented by battery powered robotic lawnmowers and their peripherals when they are used as intended and under conditions of misuse which are reasonably foreseeable.” Not applicable to machines manufactured before CENELEC publication. National implementation deadline (dop) **1 December 2015**; conflicting national standards withdraw by **1 December 2017**. Supports Machinery Directive **2006/42/EC** (mandate M/396). The opened text includes clause **20.102.4** foot-probe test (Figure 102), thrown-object enclosures, obstruction-sensor tests, a disabling-device requirement, and software evaluation (Annex R). [iteh/CENELEC catalog](https://standards.iteh.ai/catalog/standards/clc/efea5949-7a13-4345-8618-ec8798fa1051/en-50636-2-107-2015); [EVS national record](https://www.evs.ee/en/evs-en-50636-2-107-2015) (valid from 4 March 2015 — out of this window). No named pediatric mower injury or RAPEX robotic-mower alert was located in this January window. **Threat landscape.** A blade robot that runs unattended in a yard. The physical harm named by the standard is access to the cutting means, thrown objects, lift/tilt/rollover, and reasonably foreseeable misuse — including children in the vicinity (instruction clause 7.12). The control named is design-plus-test, not a recall. **Forum / community notes.** - none found. **Intelligence assessment.** [Assessment — High confidence] Date and scope are as the CENELEC catalog and the opened EN text write them. [Inference — Moderate confidence] A foot-probe clause in the first particular standard is the 2015 control baseline for later Husqvarna / Honda / Worx files. [Uncertainty] How many 2015 SKUs were already designed to the IEC 2012 text, and whether any January injury sits behind a national market-surveillance file that was never RAPEX-notified, are unpublished here. **Opportunity.** First RAPEX or national alert that cites EN 50636-2-107, and the first US equivalent (FCC is radio, not blade). **LRRK relevance.** Control Fabric (standard as a safety control). Lab: foot probe / thrown object. Watch: EN 50636-2-107 national adoptions and first cited alert. **Confidence.** High on publication dates, voltage cap, exclusions, and the existence of a foot-probe clause. Moderate on uptake by 2015 SKUs. Low on unpublished injury numerators. --- ## 02. Samsung POWERbot VR9000 at CES — onboard digital camera and a home map *Event / publication dates: 6 January 2015 (Samsung Global Newsroom); CES 6–9 January 2015* **Product class.** Robot vacuums / mop combos **Verified record — [Fact — A1 / B1]** On 6 January 2015 Samsung Electronics announced the POWERbot VR9000 for CES. Official wording: “With high performance chips, sensors and an onboard digital camera, the Visionary Mapping™ Plus System creates a complete map of the home to calculate the most efficient cleaning path, avoiding road blocks like a set of steps or a child’s toy.” FullView Sensor for obstacles; Easy Pass wheels; Point Cleaning by remote; Airborne Copper colour; “will be available in Spring 2015.” No US dollar price and no US street date are in the 6 January page. [Samsung Global Newsroom, 6 January 2015](https://news.samsung.com/global/at-ces-2015-samsungs-laundry-and-floor-care-lineup-handles-household-messes-with-ease). Same-week corroboration: [The Robot Report, 6 January](https://www.therobotreport.com/samsung-powerbot-vr9000-robot-vacuum-offers-60x-cleaning-power/) (Europe already listed at £800 in that report; US price unpublished). No recall. No live-view or home-security camera claim is in the 6 January text (those arrive on LG’s December Turbo+ page). **Threat landscape.** A moving camera that builds a map of a dwelling. Physical harm not alleged. Trust boundary: images used for navigation; what is stored, transmitted, or retained is not independently verified this month. **Forum / community notes.** - none found. **Intelligence assessment.** [Assessment — High confidence] Camera-plus-map is manufacturer-stated on a dated newsroom page. [Inference — Moderate confidence] “Spring 2015” is a CES availability claim, not a shipping injury file. [Uncertainty] Image path, retention, and whether the map leaves the robot are unpublished on the opened page. **Opportunity.** A US street date, a privacy statement, or a live-view firmware would change the trust grade. **LRRK relevance.** Sense / Move / Act and Kestrel (camera path). Watch: VR9000 firmware and US ship. **Confidence.** High on the 6 January camera/mapping claim. Moderate on spring retail. Low on actual image retention. --- ## Forward indicators 1. First RAPEX or CPSC robotic-mower or robot-vac action that cites a numbered ID. 2. Dyson 360 Eye Japan ship (promised spring; not this month). 3. SoftBank Pepper consumer sale (not US home). 4. Any dated Jibo slip that changes the companion-trust path. 5. iRobot FCC beacon docket 15-30 (comment request is 5 February; grant is later). > **Collection integrity.** Two signals. EN HTML/catalog publish-date used is **22–23 January 2015**; the 1 December 2014 approval is the vote, not the event. EVS 4 March national adoption is out of window. Dyson 360 Eye announcement is **September 2014**, not a CES 2015 first-announce. Jibo January funding / CEO change does not change the companion-trust path and was not graduated. No January CPSC numbered consumer-robot page. Forum empty. *LRRK — security assurance for systems that sense, move, and act.*

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