The Embraer Phenom 300 fits Samedan / St Moritz's 5,905-foot runway with margin. At 5,600 feet, density altitude cuts performance, so plan on weight or fuel limits on warm days. Final landing performance is calculated by the operating crew for the specific date, weather, and load.
Samedan / St Moritz at a Glance
| Samedan / St Moritz (LSZS/SMV) | Detail |
|---|---|
| Runway length | 5,905 ft |
| Field elevation | 5,600 ft |
| Key limit | 5,905 ft runway · 5,600 ft elevation — highest airport in Europe |
How the Embraer Phenom 300 Measures Up
| Embraer Phenom 300 | Spec |
|---|---|
| Class | light jet |
| Wingspan | ~52.2 ft |
| Max takeoff weight | 18,551 lb (~8 t) |
In short, the Embraer Phenom 300 fits Samedan / St Moritz's requirements. As always, the operating crew calculates final performance for the specific date, weather, and load.
Comparing options? See the Aircraft Capability hub, the Samedan / St Moritz airport guide, or the Embraer Phenom 300 specifications.
Frequently Asked Questions
Yes. The Embraer Phenom 300 fits Samedan / St Moritz's 5,905-foot runway with margin. At 5,600 feet, density altitude cuts performance, so plan on weight or fuel limits on warm days. Final landing performance is calculated by the operating crew for the specific date, weather, and load.
Engadin Airport (LSZS/SMV): 5,905 ft runway · 5,600 ft elevation — highest airport in Europe. Final dispatch performance is always calculated by the operating crew for the specific flight.
Engadin Airport (LSZS/SMV) has a 5,905-foot runway at 5,600 feet. Whether a given jet fits comes down to its balanced-field performance at the day's weight and temperature — the bigger, heavier jets run out of runway first.
Samedan / St Moritz suits aircraft that meet its runway length and balanced-field needs — see The Jet Finder's Aircraft Capability hub for specific aircraft.
Planning a Trip to Samedan / St Moritz?
We'll confirm the right aircraft for Samedan / St Moritz — and arrange the charter, with vetted operators and crews current for the airport's specific requirements.