Which school holidays matter for my airport?
Your own country's or region's, plus those of the places your visitors fly in from. A Queenstown fleet in July cares about Australian school holidays as much as New Zealand ones.
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School holidays are the most predictable peaks you'll get. Price them from last year's sell-out date, not a gut feel.
By the DayRunner team ·
Price school holidays from last year's results, not from a percentage someone quotes. Map the holiday dates for your own region and for your visitors' home markets, put those dates in a peak band, add a minimum hire length on the busiest pick-up days, and set the peak price so you sell out close to the date rather than weeks before. If you sold out three weeks early last year, you were too cheap.
School holidays are known a year or more ahead. They bring families, who need bigger cars, hire for longer and book earlier than most. And they come in waves: different regions and countries break up on different days.
That makes them the easiest peak to price well, and the most common one to price too low. Operators often set the holiday rate once, see it fill quickly, and call it a success.
See school holiday demand for the term itself.
Your own region's school holidays, plus those of your main visitor markets.
The first weekend and last weekend are usually busiest for pick-ups and returns.
Utilisation, sell-out date by car type, and average rate.
Choose a multiplier from what happened last year.
Protect your long hires.
Check the market for every pick-up day in the holiday.
It's next year's starting point.
Start with your own country. Then ask where your customers come from. Your booking system's country field will tell you.
For a New Zealand fleet, that usually means New Zealand school terms plus Australian state holidays, which don't all line up. For a European airport, it can mean half a dozen countries, and in Germany each state sets its own dates.
We keep the dates in one place by region:
Rate Pulse also lists public and school holidays for each airport in the Dates to watch section, for the next 14 days.
A two-week holiday doesn't create two weeks of even demand. A common pattern:
That means the first weekend's pick-up days are your peak days for pricing. The middle week is often more about having cars back in time than about price.
For each car type, find the date last year's holiday sold out. Then count how many days before the holiday started that was.
| Car type | Sold out | Days before holiday | What it means |
|---|---|---|---|
| Compact | Never | n/a | Price about right, or a touch high |
| SUV | 9 days before | 9 | About right |
| People carrier | 34 days before | 34 | Too cheap |
These are hypothetical. The logic isn't. A car type that sold out a month early could have been sold for more to the people who booked in the last month.
Say you run 40 cars, including 6 people carriers. Last year's two-week school holiday ran at a 1.25 peak multiplier on a base of NZ$300 a day for people carriers, so NZ$375. They sold out 34 days before the holiday started.
You don't know exactly how many more people would have paid more. But you know demand held for at least another 34 days after you ran out.
This year, you raise the people-carrier peak multiplier to 1.40, so NZ$420 a day. On 6 carriers across 14 days, that's 84 car-days. If they sell out again, at NZ$45 more a day, that's an extra NZ$3,780 for the holiday.
If they sell out only a week before the holiday instead of a month, you've priced it about right. If they don't sell out, you have a 14-day window to drop back towards NZ$375, and the market check in step 6 tells you whether others are still holding.
Families tend to hire for longer. A 2-day hire picked up on the first Saturday can block a 10-day hire that would have started the same day.
A simple rule: on the first weekend's pick-up days, set a minimum rental length of 5 to 7 days. Leave the middle week open, since that's when short hires fill gaps.
If you can't set a minimum in your system, use a stop-sell on short hires for those days, or price 1 to 3 day hires much higher.
Inside the last fortnight, check the market every day or two. If the market median for the holiday pick-up days rises well above other days, you're probably not alone in being busy.
The Rate Pulse sweep of 7 Nov 2026 caught a small example in Munich. Bavaria had a school holiday on Wednesday 18 November, for Repentance Day. The Munich compact median for pick-ups on 16, 17 and 18 November was NZ$198 to NZ$202 a day, about €98 to €100 (converted). For a 13 November pick-up it was NZ$86, about €43.
That's more than double. But it's one snapshot, and other things were happening around those dates, so we can't say how much of it was the holiday. The point is how to use it: when the dashboard shows a gap like that around a holiday, check where your own rate sits on those days before you assume you're priced right.
One row per holiday. Fill it in a year ahead and update it after each one.
| Holiday | Region | Dates | Peak pick-up days | Peak return days | Last year utilisation | Sold out (days before) | Peak multiplier | Minimum hire | Notes |
|---|
Holidays are one kind of peak. Events are the other. See how to price car hire for events and how to build a rate matrix.
Your own country's or region's, plus those of the places your visitors fly in from. A Queenstown fleet in July cares about Australian school holidays as much as New Zealand ones.
Use last year. If you sold out weeks before the holiday, your price was too low. If you still had cars on the day, it was about right or too high. Move the peak multiplier in steps of 0.05 to 0.10.
Often, yes. Families tend to hire for longer, and a 2-day hire in the middle of a busy week can block a 7-day hire. Set the minimum for the peak days, not the whole holiday.
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