LANE is a universal program for trajectories calculation of flight vehicles (stage - concept analysis, conceptual design): Example (flight vehicles) 1. Ballistic bodies, Projectile, Rail Gun, ... Example: Projectile, Q= 45 Grad, V= 100 m/s, H= 0 m Projectile, Q= -88 Grad, V= 0 m/s, H= 10 km Fussball (m=450 g, Umfang = 70 cm) Jules Verne - 1865 De la Terre a la Lune (= Von der Erde zum Mond) Railgun (Dmitry Rakov, Vergleich der Charakteristiken von Hyperschallgeschossen mit Starthilfen // DGLR-Jahrestagung, Bonn 26.-29. Sept. 1995.P.979-987). 2. Parachutes 3. Gliders Example: Glider (V=40m/s, Ho=2000m, K=50) Glider (Vo=0m/s, Ho=28km, K=20) Model Glider (V=5m/s, Ho=2m, K=20) Segelflugzeug DS-8 (18m, K=48) 4. Balloons Example: Gasballon (Gas - H, m=1000 kg, H=1km) Gasballon (Gas - He, m=1000 kg, H=1km) Vakuumballon (Vakuum, m=1000 kg, H=1km) Luftballon (Gas - He, m=100 g) 5. Reentry vehicles: Example: Wostok ( K = 0 V = 7,8 km/s ) Sojuz ( K = 0,25 V = 7,8 km/s ) Apollo ( K = 0,3 V=11,2 km/s ) Space Shuttle ( K = 1,4 V= 8 km/s ) Meteorites ( K = 0, V = 20 km/s, Density=2t/m3, D=10m) Luna-16 ( K = 0, V = 11,2 km/s ) Superlight Reentry Vehicles ( K = 0 V = 7,8 km/s) (D.Rakov. Superlight Reentry Vehicles. // Space Technology - Special Issue on Advanced Reentry Vehicles, ST2428, 2005 Volume 24, Part 4, Pages 237-243) Superlight Reentry Vehicles ( K = 0,3 V = 7,8 km/s) (D.Rakov. Superlight Reentry Vehicles. // Space Technology - Special Issue on Advanced Reentry Vehicles, ST2428, 2005 Volume 24, Part 4, Pages 237-243) Apollo ( K = 0,0 V=11,2 km/s ) - ballistic Re-Entry 6. Launchers, Rockets Example: V-2 Raketenmodel (m=10 kg) SpaceShipTwo (SS2)- Virgin Galactic Globale Glider (Eugen Saenger Prinzip) SpaceShipOne (SS1), Rocket Model (F=86N, Q=85, t=2s) Water rocket