Mostly efficient actionable content (tables, YAML, anti-patterns), but padded with a marketing blockquote ('brings various types of fault simulation... enormous capability') and ~8 repeated 'Per [chaos-mesh-home][cm]' attribution prefixes that add tokens without instruction value; not 3 because these could be trimmed, not 1 because the bulk is lean and non-redundant.

Provides fully executable, copy-paste-ready guidance — install commands, complete NetworkChaos/PodChaos/PhysicalMachineChaos YAML, kubectl watch/describe, and a CI snippet; not 2 because the core examples are complete rather than pseudocode (the Workflow's `selector: { ... }` placeholders re-use syntax already shown in full in Steps 3-4).

Nine clearly sequenced steps (Install → Fault types → Author → Workflow → Dashboard → Run+verdict → Physical machine → CI) with explicit validation in Step 7 (watch state, 'verify the steady-state hypothesis held') and Step 9 (datadog-verdict.sh); not 2 because validation checkpoints are present and explicit, satisfying the destructive-operation requirement.

Single self-contained file with well-organized sections and a clearly signaled References list pointing to sibling skills (litmus-chaos, gremlin-chaos, chaos-experiment-author) and the upstream site; no bundle files exist and references are one level deep with no nesting; not 2 because navigation is easy and content is appropriately sectioned.

Lists multiple concrete actions — 'picks fault types (PodChaos, NetworkChaos, StressChaos, IOChaos, TimeChaos, DNSChaos, KernelChaos, HTTPChaos), targets via label selectors, controls blast radius via namespace whitelists + selector filters, schedules via CronJobs, observes via dashboard' — matching the anchor for naming multiple specific concrete actions; not 2 because the action set is comprehensive rather than partial.

Explicitly answers both what (configures fault types, targeting, scheduling, observation) and when — 'Use when the target system runs on Kubernetes and fault experiments should be declared as CRDs in the cluster alongside the workloads they target'; not 2 because the 'Use when' clause is explicit rather than implied.

Covers natural terms a user would say — 'Chaos Mesh', 'Kubernetes', 'chaos engineering', 'CRDs', 'label selectors', 'blast radius', 'CronJobs', 'dashboard' — giving good coverage; not 2 because common variations are present rather than missing.

Delineates a clear niche and explicitly contrasts the sibling skill — 'Distinct from Litmus by architecture (Chaos Mesh has its own dashboard + workflow orchestration; Litmus uses ChaosCenter UI)'; not 2 because the distinguishing triggers make overlap with other skills unlikely.