Parking Systems for Burgenland
Modern parking solutions for the growing Burgenland - from Eisenstadt to Lake Neusiedl.
Parking Challenges in Burgenland
Burgenland combines winegrowing, tourism and growing residential areas close to Vienna. Demand for modern parking solutions is rising particularly in northern Burgenland due to its proximity to the federal capital.
- Strong population growth in northern Burgenland
- Commuter traffic to Vienna
- Tourism at Lake Neusiedl
- Wineries with guest parking needs
- New residential developments requiring parking spaces
MODULO for Burgenland
Master the specific challenges in Burgenland with MODULO parking systems. Our solutions are flexible, space-saving and tailored to local requirements.
- PARKER-C for single-family homes and double garages
- Compact systems for wineries
- Multi-level solutions for residential projects
- Flexible systems for seasonal tourism
- Retrofit solutions for existing buildings
Popular Systems for Burgenland

PARKER-C
Allows up to four vehicles to be parked at the same time, with independent access for each vehicle.

STACKER-P10
Space-saving parking system for small businesses, hotels and apartment buildings. Requires a width of just 2.5m.

LS-System
Multi-level system with up to three levels. Optionally available with sliding gates and full automation.
We Are Available Throughout Burgenland
Consultation, installation and service in all districts of Burgenland.
Frequently Asked Questions About Parking Systems in Burgenland
Which system for wineries in Burgenland?
For wineries with guest traffic, we recommend the PARKER-C100 or a compact STACKER system. This lets you double the parking spaces for wine tastings without using additional space.
Do you also offer service in southern Burgenland?
Yes, we cover the entire Burgenland from Neusiedl to Jennersdorf. Travel for consulting and service is possible throughout the province.
Ready for More Parking Spaces in Burgenland?
Contact us for a no-obligation consultation. We analyze your situation and find the optimal solution.