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Recurring Meeting Planner

Use editable work schedules, manual unavailable dates, future DST checks, and burden scoring to choose a recurring live window your team can actually use.

Direct Answer

A good recurring meeting slot is inside each participant's selected working pattern, avoids sleep, off-days, and manually excluded dates, flags DST offset drift, and does not make the same person absorb every bad hour. TimeNowHub uses transparent scheduling heuristics and explicitly treats projected holiday coverage as unavailable.

Server-rendered worked result

20:00 Tokyo / Tue, Sep 1 at 11:00 UTC

Score 2/10. Weak recurring live window; consider the rotation or async fallback. Highest burden: Tokyo (12).

TimeNowHub heuristic, not a universal optimum. Scores use editable schedules, manual unavailable dates, sleep/off-day penalties, DST drift, and repeated-burden fairness. Projected holiday coverage is unavailable.

Tokyo
20:00

Tue, Sep 1 · UTC+09:00

New York City
07:00

Tue, Sep 1 · UTC-04:00

London
12:00

Tue, Sep 1 · UTC+01:00

Recurring meeting decision tool

Add real participant schedules, inspect recurring DST drift and manual unavailable dates, then share one decision artifact. Names stay in your browser and are never sent in analytics events.

TimeNowHub heuristic, not a universal optimum. Scores use editable schedules, manual unavailable dates, sleep/off-day penalties, DST drift, and repeated-burden fairness. Projected holiday coverage is unavailable.

Call Score
2/10

Weak recurring live window; consider the rotation or async fallback. Highest burden: New York City (12).

Series scope
6 weekly meetings

No supported DST offset drift is flagged for the selected series.

Generate schedules to turn this worked example into a shareable decision artifact.

-12h 0h +12h
Participant

New York City

America/New_York

Work days
Participant

London

Europe/London

Work days
Participant

Tokyo

Asia/Tokyo

Work days
Candidate schedules

Pick a decision artifact

Open first occurrence
Async fallback

No strong live window is available for this setup. Use the async handoff workflow for routine updates and reserve live time for decisions.

Selected result
2/10

Weak recurring live window; consider the rotation or async fallback. Highest burden: New York City (12).

  • • outside acceptable hours
  • • preferred hours
Occurrence 1
Tue, Sep 1 at 11:00 UTC
New York City
Tue, Sep 1 · 07:00 · UTC-04:00
Outside acceptable hours

outside acceptable hours

London
Tue, Sep 1 · 12:00 · UTC+01:00
Preferred hours
Tokyo
Tue, Sep 1 · 20:00 · UTC+09:00
Outside acceptable hours

outside acceptable hours

Occurrence 2
Tue, Sep 8 at 11:00 UTC
New York City
Tue, Sep 8 · 07:00 · UTC-04:00
Outside acceptable hours

outside acceptable hours

London
Tue, Sep 8 · 12:00 · UTC+01:00
Preferred hours
Tokyo
Tue, Sep 8 · 20:00 · UTC+09:00
Outside acceptable hours

outside acceptable hours

Occurrence 3
Tue, Sep 15 at 11:00 UTC
New York City
Tue, Sep 15 · 07:00 · UTC-04:00
Outside acceptable hours

outside acceptable hours

London
Tue, Sep 15 · 12:00 · UTC+01:00
Preferred hours
Tokyo
Tue, Sep 15 · 20:00 · UTC+09:00
Outside acceptable hours

outside acceptable hours

Occurrence 4
Tue, Sep 22 at 11:00 UTC
New York City
Tue, Sep 22 · 07:00 · UTC-04:00
Outside acceptable hours

outside acceptable hours

London
Tue, Sep 22 · 12:00 · UTC+01:00
Preferred hours
Tokyo
Tue, Sep 22 · 20:00 · UTC+09:00
Outside acceptable hours

outside acceptable hours

Occurrence 5
Tue, Sep 29 at 11:00 UTC
New York City
Tue, Sep 29 · 07:00 · UTC-04:00
Outside acceptable hours

outside acceptable hours

London
Tue, Sep 29 · 12:00 · UTC+01:00
Preferred hours
Tokyo
Tue, Sep 29 · 20:00 · UTC+09:00
Outside acceptable hours

outside acceptable hours

Occurrence 6
Tue, Oct 6 at 11:00 UTC
New York City
Tue, Oct 6 · 07:00 · UTC-04:00
Outside acceptable hours

outside acceptable hours

London
Tue, Oct 6 · 12:00 · UTC+01:00
Preferred hours
Tokyo
Tue, Oct 6 · 20:00 · UTC+09:00
Outside acceptable hours

outside acceptable hours

Holiday and data coverage

  • New York City: holiday coverage unavailable; use manual unavailable dates for local/regional or unsupported holidays.
  • London: holiday coverage unavailable; use manual unavailable dates for local/regional or unsupported holidays.
  • Tokyo: holiday coverage unavailable; use manual unavailable dates for local/regional or unsupported holidays.

Projected holiday coverage is unavailable because the bundled rules are not complete, source-audited national calendars. Use each participant's unavailable-date control for national, local, regional, and company holidays.

12-month DST drift calendar

The next 12 months of this weekly series, with the months where any participant changes UTC offset highlighted. A fixed recurring anchor can drift out of the overlap even though the calendar entry never changes.

Monthly UTC offset shifts for the selected recurring series
MonthOffset shifts
Aug 2026No offset shifts
Sep 2026No offset shifts
Oct 2026
London: UTC+01:00 → UTC+00:00 on Mon, Oct 26
Nov 2026
New York City: UTC-04:00 → UTC-05:00 on Mon, Nov 2
Dec 2026No offset shifts
Jan 2027No offset shifts
Feb 2027No offset shifts
Mar 2027
New York City: UTC-05:00 → UTC-04:00 on Mon, Mar 15London: UTC+00:00 → UTC+01:00 on Mon, Mar 29
Apr 2027No offset shifts
May 2027No offset shifts
Jun 2027No offset shifts
Jul 2027No offset shifts

New York City

Mon, Aug 31 · 10:30 · UTC-04:00

Working
Peak focus
Focus heuristic

This city is inside a strong concentration band for decision-heavy work.

Business runway

6.5 hours left before 17:00.

London

Mon, Aug 31 · 15:30 · UTC+01:00

Holiday
Peak focus
Focus heuristic

This city is inside a strong concentration band for decision-heavy work.

Business runway

0 hours left before 17:00.

Tokyo

Mon, Aug 31 · 23:30 · UTC+09:00

Sleeping
Off hours
Focus heuristic

This city is outside the strongest concentration bands for live collaboration.

Business runway

0 hours left before 17:00.

Worked example: the same weekly standup across DST

A team in New York, London, and Tokyo anchors a weekly standup at 14:00 UTC. The anchor does not move, but the local times do when the United States and the United Kingdom switch clocks on different dates:

Local times for a 14:00 UTC weekly standup in winter and summer
CityWinter local timeSummer local timeOffset change
New York City09:00 (UTC-05:00)10:00 (UTC-04:00)Shifts by DST
London14:00 (UTC+00:00)15:00 (UTC+01:00)Shifts by DST
Tokyo23:00 (UTC+09:00)23:00 (UTC+09:00)No change

This is why a fixed anchor label (for example “15:00 London time”) drifts out of the overlap. The planner keeps the anchor in UTC and flags each participant whose local time shifts across the series.

Gulf weekends are handled differently

Many scheduling tools treat every country as Saturday–Sunday. TimeNowHub encodes the Friday–Saturday weekend for Saudi Arabia, Qatar, Kuwait, and Oman (weekendDaysByCountryCode in the planner’s country data). A colleague in Riyadh is typically off Friday and Saturday, so a Thursday slot may be the last working day of their week.

The planner still lets you override any participant’s work days, and it does not invent national holiday coverage (see limitations below).

Honest limitations

How to export the decision

  1. Add the participant cities and adjust each person’s work days and hours.
  2. Pick a start date, duration, cadence, and occurrence count, then generate schedules.
  3. Select the candidate you want (or the fair-rotation option).
  4. Use Export ICS to download a calendar file, Share state to copy a URL that reproduces the exact setup, or Google Calendar to open the first occurrence.

Frequently Asked Questions

Does the planner replace a timezone converter?

No. A converter tells you the time in each city right now. This planner works with recurring meetings: it evaluates many recurring slots against editable work schedules, DST drift across the series, manual unavailable dates, and fairness, then exports the chosen series to ICS or a shareable link.

How does the planner handle daylight saving time on a recurring series?

Every occurrence is computed in each participant timezone. When a participant changes UTC offset mid-series, the planner flags the drift and the affected occurrences show the shifted local times instead of silently keeping the old label.

Are public holidays handled automatically?

No. Projected holiday coverage is unavailable because the bundled rules are not complete, source-audited national calendars. Add national, local, regional, and company holidays through each participant's unavailable-date control.

Does the planner know about Friday–Saturday weekends?

Yes, for the countries encoded in the country data: Saudi Arabia, Qatar, Kuwait, and Oman start on a Sunday–Thursday work week (Friday–Saturday weekend). Everywhere else defaults to Monday–Friday / Saturday–Sunday, and you can still override any participant’s work days.

How do I export the chosen schedule?

Generate schedules, pick a candidate, then use Export ICS to download a calendar file, Share state to copy a URL that reproduces the exact setup, or Google Calendar to open the first occurrence.

What working hours does the planner assume?

Participants start with editable defaults: Monday–Friday for Saturday–Sunday countries, Sunday–Thursday for the encoded Friday–Saturday countries (Saudi Arabia, Qatar, Kuwait, Oman), 09:00–17:00 acceptable and 10:00–16:00 preferred. These are defaults you edit per participant; they are not a claimed statutory working-hours table for any country.

Whose EOD?

Check which teammate is closest to the end of the workday before you lock the meeting.

Async Handoff

Estimate whether the next step should stay async instead of forcing a weak-overlap call.

Overlap view

Open the same planner's overlap tab to see who is working, awake, or off across the selected cities.

Natural Language Query

Start with a direct scheduling question, then jump back into the planner once the intent is clear.

Holidays & working days

Check public holidays, long weekends, and real weekend days per country before you commit to a series.