Historical data and source
This page is a tournament record, not a live acceptance list. Past entry totals, draw sizes and ranking cutoffs do not establish admission or available places for the current edition.
Edition year recorded in JTA: 2025. Check the year on the linked source before using its data.
Open the recorded official source
Latest independent source check: not documented on this record. A page update date is not a source verification date.
Before entering or booking, confirm the current edition, eligibility, entry and withdrawal deadlines, acceptance list and Fact Sheet with the tournament organiser or the official Tennis Europe listing.
JTA does not calculate an individual admission probability. An unranked player must not be assigned a fictitious ranking.
Villingen-schwenningen · U14 · October
Vs Tennis Academy
Acrylic Indoor
Before You Book
Everything you need to know to plan your trip.
Primary airport
Zurich Airport (ZRH), Switzerland – approximately 1h 10–1h 30 by car.
This is generally the most practical arrival point for international players travelling to Villingen-Schwenningen.
Secondary airports within practical range
Stuttgart Airport (STR) – approximately 1h 30–1h 50.
Taxis and ride-hailing services
Taxis and pre-booked private transfers are generally the simplest options when travelling with tennis equipment.
Airport transfer typically €130–190.
Local rides generally €10–25.
Is it necessary to rent a car?
Optional / situation-dependent.
Optional; useful depending on accommodation.
Public transport options
Rail connections are reliable from Zurich and Stuttgart, though transfers may be required.
Court surface and playing conditions
Matches are listed on indoor acrylic hard courts.
The expected playing speed is medium. The official tournament fact sheet should be checked for the exact court product and indoor/outdoor confirmation.
Conditions generally favour:
– balanced all-court players, strong serving and returning, and early ball striking
– Players who adapt quickly to the local bounce and temperature
– Consistent movement, return positioning and point construction
Altitude
Approximately 700–760 m above sea level.
Major altitude-related effects are not normally expected unless otherwise indicated by the venue.
Seasonal considerations (October)
Typical daytime temperatures are approximately 4–12°C.
Outdoor sessions may be affected by wind, rain and changing temperatures.
Players should bring layered clothing, rain protection and suitable recovery clothing.
Country-specific considerations (safety & logistics)
German is the official language; English is commonly understood. Euro (€) is the currency.
Families should keep travel insurance, identification and tournament contact details readily available.
Important considerations for athletes and parents
Performance considerations:
– Confirm the exact court material and indoor/outdoor status in the official fact sheet
– Allow extra time for airport transfers and first-day familiarisation
– Maintain hydration even in cooler weather
– Complete at least one practice session on the competition surface
– Prepare suitable footwear and layered clothing
Food and daily expenses
Restaurant main courses typically €14–30.
Actual costs depend on location, accommodation type and meal choices.
Accommodation guidance
Hotels and apartments typically range €75–160 per night.
Staying close to the tournament venue is recommended to reduce daily transport time.
Estimated weekly player budget
Typical weekly estimate (player + parent): €1,300–2,700, depending mainly on flights, accommodation, meals and transportation.
Cost profile compared with other events
The event has a location-dependent cost profile. Accommodation and flight timing are normally the largest variables, while local transport costs can be reduced by staying close to the club.
Overall suitability for competition
Suitable for players seeking:
– International Tennis Europe competition
– Experience on indoor acrylic hard courts
– Match play in October
– A tournament week combining competition, travel experience and surface adaptation