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Wing geometry parameters as well as lift and load distributions for design cruise point are shown below.
Airfoil geometries are based on FNG airfoils and adapted to local thickness ratios. They can be downloaded as pointlists (.dat files) here: Airfoil geometries.

Wing Planform Parameters:


ParameterSymbolUnitValue
Wing areaSrefm2122.41
Mean aerodynamic chordMACm4.18
Wing spanbm34.07
Aspect ratioΛ-9.48
Taper ratioλ-0.24

Wing Section Parameters at η = y/c:


ParameterSymbolUnitValues
η-0.120.371.00
ym2.006.3717.04
QC sweep angleφ25°0.0020.7424.54
LE sweep angleφLE°0.0027.0027.00
TE sweep angleφTE°0.00-0.8016.59
Dihedralν°0.005.005.00
Twist angleε°3.500.500.30
Thickness ratiot/c%15.0012.0011.00
AirfoilsF15-15F15-12F15-11
Relative chord spar positions
Front sparx/c%10.7015.4027.00
Rear sparx/c%56.6066.2056.10

Sweep angles and dihedral at spanwise stations η refer to the respective inner adjacent segment.

Fuel Tank Capacities:

2 Wing tanks with 9339.2 kg each.

Max. fuel weight: 18678.3 kg.

Leading Edge Arrangement:

  • 4 outboard slats from 0.13 (at η = 0.36) to 0.27 (at η = 0.96) local chord.
  • 1 inboard slat from 0.09 (at η = 0.13) to 0.12 (at η = 0.32) local chord.

Trailing Edge Arrangement:

  • 1 outboard aileron from 0.29 (at η = 0.79) to 0.25 (at η = 0.96) local chord.
  • 1 outboard Fowler flap from 0.27 (at η = 0.37) to 0.28 (at η = 0.78) local chord.
  • 1 inboard Fowler flap from 0.17 (at η = 0.12) to 0.27 (at η = 0.37) local chord.

Lift Distribution:


The data of lift distribution are available in a csv-file format: Lift Distr

The ​LIFTING_LINE output data file can be downloaded here (.xml): CalculatePolar LL
It includes full aircraft drag polars for different configurations and Mach numbers.

CalculatePolar Lift Distr Plot

Wing Forces:


MassEstimation WingForcesDeformations