Airport Capability

Can A Dassault Falcon 2000 Land at Telluride (TEX)?


A clear, sourced answer — with Telluride's real limits and what they mean for this aircraft.

Yes

Telluride's 7,111-foot runway accommodates the Dassault Falcon 2000. The catch is altitude: at 9,078 feet the density altitude runs high, so expect payload or fuel restrictions on warm days, and a crew prepared for the terrain and the special approach.

Telluride at a Glance

Telluride (KTEX/TEX)Detail
Runway length7,111 ft
Field elevation9,078 ft
Key limit9,078 ft elevation · 7,111 ft runway · density-altitude weight limits

How the Dassault Falcon 2000 Measures Up

Dassault Falcon 2000Spec
Classlarge jet
Wingspan~63.4 ft
Max takeoff weight35,800 lb (~16 t)

In short, the Dassault Falcon 2000 fits Telluride'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 Telluride airport guide, or the Dassault Falcon 2000 specifications.

Frequently Asked Questions

Yes. Telluride's 7,111-foot runway accommodates the Dassault Falcon 2000. The catch is altitude: at 9,078 feet the density altitude runs high, so expect payload or fuel restrictions on warm days, and a crew prepared for the terrain and the special approach.

Telluride Regional Airport (KTEX/TEX): 9,078 ft elevation · 7,111 ft runway · density-altitude weight limits. Final dispatch performance is always calculated by the operating crew for the specific flight.

No — Telluride's runway accommodates virtually any business jet, but at 9,078 feet the thin air reduces performance, so heavier jets often carry reduced payload or fuel, especially on warm days.

Telluride suits aircraft that meet its high-altitude performance requirements — see The Jet Finder's Aircraft Capability hub for specific aircraft.

The Jet Finder

Planning a Trip to Telluride?


We'll confirm the right aircraft for Telluride — and arrange the charter, with vetted operators and crews current for the airport's specific requirements.