[type] - type of vehicle

hang_glider - hang glider
para_glider - para glider
ultra_light - ultra light ( light plane )
glider - glider ( plane without engine )
airplane - airplane ( fixed wing airplanes )
trike - microlight ( powered hang glider mounted on wheels )
paraplane - paraplane ( powered paraglider mounted on wheels )
autogyro - auto gyro ( free rotatiing rotor with after propeller )
helicopter - helicopter ( powered main rotor with tail rotor )
automobile - car or land vehicle
boat - boat ( powered boat without sails )
submarine - submarine ( submersible without sails )
balloon - hot air balloons and dirigibles

[mass] - mass of vehicle (kg)
[crew_mass] - mass of boat crew (kg ) moves with point of view and effects boats weight and balance.
[has_catamaran] - boat is catamaran or not ( 1 or 0 )

[pilot_name] - name of animated pilot to use
[eject_name] - name of ejection parachute to use

[wing_sur] - wing area (m^2)
[wing_span] - wing span (m)

[wing_dihedral] - wing dihedral angle (rd)
[wing_height] - wing height above cg (m) - [hang glider, trike]

[wing_al0] - wing install angle (rd)
[wing_alm] - wing stall angle (rd)

[wing_cla] - wing lift line slope (cl/rd)
[wing_cd0] - wing zero incidence drag coefficient
[wing_cdi] - wing induced drag coefficient

[cd_flaps] - added drag coefficient with flaps fully extended
[al_flaps] - added AOA with flaps fully extended

[cd_spoilers] - added drag coefficient with spoilers fully extended
[al_spoilers] - added AOA with spoilers fully extended

[cd_gear] - added drag coefficient with gear fully extended

[body_area] - body cross section area (m^2) - [gyro, helicopter, car, boat]
[body_cd] - body drag coefficient - [gyro, helicopter, car, boat]

[cockpit_size] - size of shadow area around cockpit (m)
[scale_factor] - scale factor - use 0.3048 to convert model from ft to m
[auto_pilot_gain] - auto pilot gain factor of control ( 0 to 1 ) to reduce turn rates use smaller values.

[boat_length] - boat waterline length (m)
[boat_alt] - boat draft, height of waterline above keel, (m)
[boat_cgy] - height of boat CG above waterline (m)
[hydro_cruise] - cruise speed of boat with hydrofoils (kt) use 0 for boats without hydrofoils.
[hydro_angle] - angle of pitch for boat with hydrofoils (rd ) use 0 for flat planning.
[hydro_alt] - height of waterline above keel for boat at cruise speed (m)

[clmax_sailb] - maximum lift coefficient allowed for main sail of boat ( 0 - 5 ) for square rigger use small values.
[clmax_sails] - maximum lift coefficient allowed for jib sail of boat ( 0 - 5 ) for square rigger use small values.

[has_sails] - boat has sails or not (1 or 0)

[sur_sailb] - area of main sail of boat (m^2)
[sur_sails] - area of jib sail of boat (m^2)
[sur_spin] - area of spinnaker of boat (m^2)

[pilot_x] - pilot x position on body (m)
[pilot_y] - pilot y position on body (m)
[pilot_z] - pilot z position on body (m)

[main_gear_x] - main gear x position on body (m)
[main_gear_y] - main gear y position on body (m)
[main_gear_z] - main gear z position on body (m)

[nose_gear_y] - nose gear y position on body (m)
[nose_gear_z] - nose gear z position on body (m)

[gear_min_kf] - minimal gear friction coefficient
[gear_max_kf] - maximal gear friction coefficient

[has_skids] - vehicle has skids instead of wheels (0 or 1)
[has_floats] - vehicle has floats instead of wheels (0 or 1)

[camera_x] - camera x position on pilot [ hang glider, paraglider ] or on body (m)
[camera_y] - camera y position on pilot [ hang glider, paraglider ] or on body (m)
[camera_z] - camera z position on pilot [ hang glider, paraglider ] or on body (m)

[wing_x] - wing x position on body (m) - [ paraglider ]
[wing_y] - wing y position on body (m) - [ paraglider ]
[wing_z] - wing z position on body (m) - [ paraglider ]

[cable_x] - cable attachment point x position on body (m)
[cable_y] - cable attachment point y position on body (m)
[cable_z] - cable attachment point z position on body (m)

[hook_x] - hook attachment point x position on body (m)
[hook_y] - hook attachment point y position on body (m)
[hook_z] - hook attachment point z position on body (m)

[vario_climb] - variometer climb threshold (m/s)
[vario_sink] - variometer sink threshold (m/s)

[sink_max] - maximum sink rate (m/s)
[max_tilt] - maximum heel allowed for boat (rd)

[max_g] - maximum g load (g)
[min_g] - minimum g load (g)

[has_engine] - vehicle has engine ( 0 or 1 )
[engine_type] - type of engine

prop - constant pitch propeller
vpitch - variable pitch propeller
jet - turbo jet
jetab - turbo jet with after burner
rocket - rocket engine
car - car engine
boat - boat engine
amphib - amphibian engine

[fuel_time] - fuel time at max_rpm (sec)
[rpm_max] - maximal rpm at full throttle (rpm)
[rpm_min] - minimal rpm at idle (rpm)

[motor_hp] - engine effective power (hp) - per engine
[prop_diam] - propeller diameter (m) - per engine
[max_thrust] - maximum thrust (newton) - per engine
[max_altitude] - altitude limit for air breating engine (m)

[num_props] - number of engines [hang glider, trike, paraglider, paraplane, plane, gyro]
[ccw_left] - left propellers rotate counter clockwise ( 0 or 1 )
[ccw_right] - right propellers rotate counter clockwise ( 0 or 1 )

[has_gear] - vehicle has landing gear [ also when loading gear.x ]
[has_flaps] - vehicle has flaps [ also when found in model ]
[has_brakes] - vehicle has spoilers [ also when found in model ]
[has_rcs] - vehicle has reaction control system [ plane out of atmosphere ]
[has_vector] - vehicle motor has thrust vectoring ( 0 or 1 )

[panel_name] - name of panel

[panel_x] - panel x position on body (m)
[panel_y] - panel y position on body (m)
[panel_z] - panel z position on body (m)

[panel_scale] - panel scale
[panel_alfa] - panel pitch angle
[panel_beta] - panel yaw angle
[panel_gama] - panel roll angle

[num_blades] - main rotor blades count [autogyro, helicopter ]

[rotor_radius] - main rotor radius (m) [autogyro, helicopter ]
[rotor_chord] - main rotor chord (m) [autogyro, helicopter ]

[rotor_height] - main rotor height above cg (m) [autogyro, helicopter ]
[rotor_tilt] - main rotor control tilt angle (rd) [autogyro, helicopter ]

[rotor_mass] - main rotor mass (kg) [autogyro, helicopter ]
[spool_rpm] - main rotor spool rpm [ autogyro ]

[rotor_cla] - main rotor lift line slope (cl/rd) [autogyro, helicopter ]
[rotor_cd0] - main rotor zero incidence drag coefficient [autogyro, helicopter ]
[rotor_cdi] - main rotor induced drag coefficient [autogyro, helicopter ]
[rotor_al0] - main rotor install angle (rd) [autogyro, helicopter ]
[rotor_alm] - main rotor stall angle (rd) [autogyro, helicopter ]

[has_deck] - vehicle has deck ( landable by other vehicles ) [ boat ]
[deck_alt] - deck height above cg (m) [ boat ]
[hide_water] - hide water in cabin [boat] at [deck_alt] level

[is_hot_air] - type of balloon ( 1 - hot air 0 - dirigible )
[input_rate] - heating rate (kelvin/sec) or fill rate (m^3/sec)
[output_rate] - cooling rate (kelvin/sec) or drain rate (m^3/sec)
[volume] - volume of gas (m^3)

[doors_angle] - angle of swing doors rotation (rd)
[doors_move] - range of sliding doors movement (m)
[sweeps_angle] - angle of swepts wings rotation (rd)

[thrust_angle] - angle of thrust vectoring for boats with outboard engines ( attach_props = 1)
[steer_angle] - angle of steering for nose wheels and fronts wheels of cars (rd)