Flying private to Salzburg
Salzburg is served by one airport used by private jets. The main one is Salzburg Airport W. A. Mozart (LOWS), 10 minutes from the centre. Customs on site.
What it costs to fly to Salzburg
| From | Distance | Flight time | Typical aircraft | One-way, 4 pax (est.) |
|---|---|---|---|---|
| Munich Germany | 59 nm | 0h 31m | Turboprop | $8,180 – $11,920 |
| Innsbruck Austria | 74 nm | 0h 34m | Turboprop | $8,180 – $11,920 |
| Venice Italy | 139 nm | 0h 48m | Turboprop | $8,180 – $11,920 |
| Vienna Austria | 145 nm | 0h 49m | Turboprop | $8,180 – $11,920 |
| Prague Czech Republic | 147 nm | 0h 50m | Turboprop | $8,180 – $11,920 |
| Stuttgart Germany | 161 nm | 0h 52m | Turboprop | $8,180 – $11,920 |
| Zurich Switzerland | 181 nm | 0h 57m | Turboprop | $8,180 – $11,920 |
| Lugano Switzerland | 199 nm | 1h 01m | Turboprop | $8,180 – $11,920 |
| Milan Italy | 208 nm | 1h 03m | Turboprop | $8,180 – $11,920 |
| Frankfurt Germany | 220 nm | 1h 05m | Turboprop | $8,180 – $11,920 |
| Basel Switzerland | 221 nm | 1h 05m | Turboprop | $8,180 – $11,920 |
| Florence Italy | 251 nm | 1h 12m | Turboprop | $8,180 – $11,920 |
| Budapest Hungary | 254 nm | 1h 12m | Turboprop | $8,180 – $11,920 |
| Berlin Germany | 275 nm | 1h 17m | Turboprop | $8,180 – $11,920 |
| Luxembourg Luxembourg | 291 nm | 1h 20m | Turboprop | $8,180 – $11,920 |
| Geneva Switzerland | 297 nm | 1h 22m | Turboprop | $8,180 – $11,920 |
| Düsseldorf Germany | 321 nm | 1h 27m | Turboprop | $8,180 – $11,920 |
| Monaco Monaco | 338 nm | 1h 30m | Turboprop | $8,180 – $11,920 |
| Nice France | 346 nm | 1h 32m | Turboprop | $8,180 – $11,920 |
| Cannes France | 360 nm | 1h 35m | Turboprop | $8,180 – $11,920 |
| Rome Italy | 360 nm | 1h 35m | Turboprop | $8,180 – $11,920 |
| Hamburg Germany | 369 nm | 1h 37m | Turboprop | $8,180 – $11,920 |
| Brussels Belgium | 382 nm | 1h 40m | Turboprop | $8,180 – $11,920 |
| Warsaw Poland | 404 nm | 1h 45m | Turboprop | $8,180 – $11,920 |
Price any route to Salzburg
Every class of aircraft, per-seat cost and CO₂.