Aircraft Details

Manufacturer Dassault Falcon
Aircraft Type 7X
Base Aircraft Price (USD) $ 53,800,000
Direct Operating Cost $ 3,850
DOC / nm $ 7.75
DOC / nm / Seat $ 0.65
Max Cruise Speed (ktas) 497
Max Range (nm) 5950
Useful Load (lbs) 33600
Total Seats 14
Cockpit 2
Standard Cabin Seats 12
Max Cabin Seats 16
Min Crew 2
Flight Deck (Base Spec) Honeywell Primus EASy II
Certification FAA / EASA
OEM Verification VERIFIED
Max Cruise Speed (Mach) 0.9
Max Cruise Speed (ktas) 497
Long Range Cruise (ktas) 459
Vref (kias) 106
Max Range (nm) 5950
Max Range Crew + 4 (nm) 5950
Take-off FL (ft) 5710
Take-Off (5000 / ISA + 10) 8045
Landing Roll (ft) 2070
Max Climb Rate (fpm) 2055
Service Ceiling (ft) 51000
MRAMP (lbs) 70200
MTOW (lbs) 70000
MLW (lbs) 62400
MZFW (lbs) 41000
BOW (lbs) 36600
BEW (lbs) 36400
Useful Load (lbs) 33600
Max Payload (lbs) 4400
Fuel Capacity (lbs) 31940
Payload Max Fuel (lbs) 1660
Max Baggage Weight (lbs) 2004
Wingspan (ft) 86
Overall Height (ft) 25.7
Length (ft) 76.7
Cabin Height (ft) 6.2
Cabin Width (ft) 7.7
Cabin Width - Floor (ft) 6.3
Cabin Length (ft) 39.1
Cabin Length - Seating (ft) 26.2
Cabin Volume (cu. ft) 1552
Baggage Volume Int. (cu. ft) 140
No. of Engines 3
Manufacturer Pratt & Whitney
Model PW307A
Thrust (lbs) 6402
Flat Rating ISA + 17
FADEC Yes
TBO (hrs) 7200
Flight Deck Honeywell Primus EASy II
FMS 3
Autopilot 2
PFD 2
MFD 2
GPS 3
AHRS 1
Transponder 2
VHF Com 3
VHF Nav 3
Total Seats 14
Cockpit 2
Standard Cabin Seats 12
Max Cabin Seats 16
Min Crew 2
Lavatory 2 Enclosed Flushing
Lavatory Location FWD / AFT
Galley / Refreshment Galley
Galley Location FWD
Crew Rest Yes
Jump Seat Yes
SL Cabin Altitude 29200
Cabin Pressure 10.2
APU Manufacturer -
APU Model -
APU TBO (hrs) -
Airframe (Yrs) 3
Airframe (Hrs) 1000
Engine (Yrs) 2
Engine (Hrs) 1000
APU (Hrs) 2000
Standard Features
  • ADS-B Compliant
  • AHRS
  • FANS-1A Compliant
  • Lightning Detection
  • RVSM Compliant
  • TAWS B
  • TCAS II - 7.1

Disclaimer: The aircraft performance data provided has not been verified by air.one and should not be used for flight planning purposes. Click here for a comprehensive explanation of assumptions.

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