areas, and fragile zones.

If you buy a robot vacuum because it supports “no-go zones,” the feature only

helps when setup behavior matches your home routine.

The highest-impact issue from current vendor documentation: **boundary rules can

differ in when they activate, how they are drawn, and how many you can set.**

Useful internal pages while comparing models and constraints:

What official documentation confirms

1) ECOVACS documents boundary shape and mode behavior

In ECOVACS US help guidance, virtual boundaries are configured from the map view

and can be set as lines or rectangles. The same guidance states users can

choose virtual wall behavior by cleaning mode (for example, Vac&Mop vs

Mop-Only), and that the robot bypasses virtual-boundary areas while working.

Practical takeaway: boundary behavior is not just “on/off”; mode settings can

change real-world outcomes.

2) ECOVACS also documents timing differences by app family

ECOVACS SG support documentation states that for models in the ECOVACS App,

a newly created virtual boundary does not take effect immediately and

instead applies the next time DEEBOT departs from the charging dock. The same

article also states the robot may ignore virtual walls while in “Return to

Charging Dock” mode. It further notes that for models in the **ECOVACS Home

App**, virtual walls apply immediately.

Practical takeaway: buyers should verify not only robot model, but also app

ecosystem and cleaning-state behavior.

3) eufy documents zone types and a map-level limit

In eufy support guidance, Virtual Boundary, No-go Zone, and No-mop Zone are

defined separately. The same page states a maximum of **10 boundaries/zones per

map**.

Practical takeaway: on larger or complex floor plans, zone-count limits can

matter before purchase.

4) eufy L70 guidance documents map dependency and cycle timing

eufy’s L70 setup article says users should create/save a map first, then draw

no-go zones (square/rectangle) and save them. It also states no-go zones apply

when the robot starts a new cleaning cycle.

Practical takeaway: if a user expects instant mid-run enforcement after drawing

a boundary, behavior can differ from that expectation.

Quick comparison from reviewed sources

Brand/source Documented setup requirement Documented timing behavior Documented constraints
ECOVACS US FAQ (id=1170) Set virtual boundaries from Map; use lines/rectangles; select wall type by mode Robot bypasses boundary area while working Mode-dependent boundary type options documented
ECOVACS SG “Virtual Boundary common issues” Boundary created in app ECOVACS App: next departure from dock; ECOVACS Home App: immediate; return-to-dock can ignore walls Timing differs by app family/state
eufy support (zone definitions) Configure boundaries from Edit Map Not framed as immediate mid-run override Maximum 10 boundaries/zones per map
eufy L70 no-go guide Create map first; draw and save zones Applies when a new cleaning cycle starts Notes a small positioning edge case

Buyer pre-check checklist (before you trust no-go zones)

  1. Activation timing check: After creating a boundary, run a fresh cycle
  2. State check: Verify behavior during return-to-dock and during active
  3. Map dependency check: Confirm map creation/saving prerequisites for your
  4. Limit check: Confirm max boundary count per map for your app/model.
  5. Mode check: If your robot vacuums and mops, verify whether walls/zones
  6. Edge-case test: Test one high-risk boundary (pet bowls, play area, cable

Red flags that should pause a purchase

  • You can’t find model-specific documentation for when boundaries actually

activate.

  • Sales copy says “supports no-go zones,” but docs do not explain timing/state

behavior.

  • Your floor plan needs many micro-zones, but the app has strict per-map limits.
  • The brand’s documentation conflicts across app versions/regions and your exact

model is unclear.

Frequently Asked Questions

Do no-go zones always apply immediately after I draw them?

Not always. ECOVACS documentation distinguishes between app families, and eufy

L70 guidance describes no-go enforcement when a new cleaning cycle starts.

Can I assume one rule across every model from one brand?

No. Even within one vendor, documentation can differ by app family or model

line. Use model-specific help pages before purchase.

Is “supports no-go zones” enough for complex homes?

Usually not. Activation timing, per-map zone limits, and mode-specific behavior

can matter as much as feature availability.

Sources & References

What remains uncertain

  • This guide does not establish behavior for every firmware revision or every

regional app build.

  • ECOVACS timing language may vary by model and app generation in other regions.
  • eufy’s explicit setup/timing details cited here are model-specific to RoboVac

L70 Hybrid and should not be generalized to all eufy models without

model-level confirmation.

Sources & References
  • ECOVACS US FAQ (id=1170): https://help.ecovacs.com/us/support/faq-detail?id=1170
  • ECOVACS SG Virtual Boundary common issues: https://help.ecovacs.com/sg/support/app-wifi-connection/virtual-boundary-common-issues
  • eufy support (zone definitions): https://support.eufy.com/s/article/The-Differences-Between-Virtual-Boundary-No-Go-Zone-and-No-Mop-Zone
  • eufy support (L70 no-go setup): https://support.eufy.com/s/article/How-Do-I-Create-a-No-Go-Zone-No-Mop-Zone-for-RoboVac-L70-Hybrid

This is a time-sensitive operational topic. Re-check support pages and app

behavior after firmware/app updates before relying on no-go zones around

high-risk areas.