Overview and Background

Flying and Ground Vehicles

Design Bio:

Vehicles Prime Orders:

0: Perfect circle, wheel and roll.

   (0.0) HOLE

   (0.?) CYLINDRICAL (Lx) FLEX TIRE [0.?.1.M]

   (0.?) CYLINDRICAL (Hy) FLEX TIRE [0.?.2.M]

   (0.?) SPHERICAL (Wz) FLEX TIRE [0.?.3.M]

   (0.?) SPHERICAL (Wz) FLEX TIRE [0.?.4.M]

   (0.5) CYCLOIDAL (Fw) SOLID TIRE [0.5.1.M]

1: Road, rod, common superior.

   (1.1) FLYING AND GROUND BICYCLE [1.1.1.M] [1.1.2.M] [1.1.3.M] [1.1.4.M] [DEVELOPMENT.M]

2: Line excellence.

   (2.0) GARAGE LINE DOOR

3: Angular excellence.

(3.1) FLYING AND GROUND MIDI CAR [3.1.1.M] [3.1.2.M]

(3.2) FLYING AND GROUND MINI CAR [3.2.1.M] [3.2.2.M]

4: Square and cube root variant.

(4.1) FLYING AND GROUND LONG CAR [4.1.1.M] [4.1.2.M] [DEVELOPMENT.M]

(4.2) FLYING AND GROUND CARGO [4.2.1.M]

5: Circle excellence, circle/time/period root, sphere root. [5.0.1.M] [5.0.2.M]

(5.1) 360 DEGREE FLYING JET [5.1.1.M] [5.1.2.M]

(5.2) 4Px 1Py 8Pz SINGLE PERIODICAL PILLAR JET [5.2.1.M] [5.2.2.M]

6: Hexagon area excellence. [6.0.1.M] [6.0.2.M]

(6.0) AREA

(6.1) HARDWARE VERTICAL AND HORIZONTAL PLANE [6.1.1.M]

7: Diagonal excellence.

(7.1) 180 DEGREE FLYING WINGS and BODY [7.1.1.M] [7.1.2.M]

(7.3) Diagonal HEXA DRAGON [7.3.1.M]

(7.?) DIAGONAL NOT EXACT PROPELLER [7.?.1.M]

(7.6) Diagonal 180 DEGREE HEXAGON WINGS and PERIOD BODY [7.6.5.1.M]

8: Orthogonal cross excellence. [8.0.1.M]

(8.0) ORTHOGONAL CROSS KATALOGIC [8.0.2.M]

9: Orbitalogic cube excellence. [9.0.M] [9.0.5.M]

10: Serialogic macro excellence.

Lesson Plan and Activity

(1.1D) Flying and Ground Bicycle

Flying and Ground Vehicles:

(1.1D) Flying and Ground Bicycle (complete in 1/10 ratio, 3D printable, 3D model).

Mini lx, ly, lz rod pillars recommended as pillar. Tubular pipe types are not normally suitable for metal. MATRIX [ Mini lx, ly, lz ] is better than pipe types for metal. You can also use FL & F0 F_PICK with this configuration. The metal, on FL region can carry the rotational load, if you want to reduce the mass and make stable work, you can do the rotation load with the right and left supported.

Special Surface On:

If the surface area is solid but does not provide a solid surface area that cannot carry the mass on the wheels, you must place the roller band between the wheels or the rods. For example: High and flexible snowfall, high and flexible desert sand.

Materials Needed

Materials

Solids:

Flexible:

Woods:

Plastics:

Metals:

Magnetic Gyroscope:

Magnetic: Metal Death Crystall

Magnetic Mass Central: Metal Death Crystall

Magnetic Fields: W L F Force.

Magnetic Death Crystall: Effect 10cm^3 to 3000cm^3 all around metal kind atoms.

Magnetic Surface: Better than other methods, and also you need freelice rotation.

Magnetic Surface: Better than other methods, and also you need other methods.

Magnetic Surface: No death crystall surface escape, and also NO ESCAPE.

MAGNETIC: Also DEATH TRAP for metal, so we do not know special form for escape. Bad case also! Like death blood!

9D: VP: CUBE ORBITALOGIC:

No surface resistance.

No self friction. Can crystallized.

No impact resistance. Can crystallized.

Atomic formation constrained.

In nature, it can be found in the form of magnetic, metal, hydrogen and light.

Magnetic death trap formation!

The reality of inner void should not be applied if it is to be left blank.

Has limited infinite pillar feature.

Has flexible wire/string feature.

Has flexible plate feature.

Has flexible shockroll feature.

Hyper-capable (Prime Ability) bending accuracy feature restricted.

Hyper-capable (Prime Ability) bending accuracy exist but not a MECHANICS.

V PRIME LEVEL 1-3 CAPACITIES:

9D : EXIST CUBE ORBITALOGIC ENBRIYO HYPER

(VP: EXIST ABILITY)

(VPR: MINUS RELATED)

(VUP: UNREAL 3-6 PILLAR ABILITY)

Vs PRIME LEVEL 1-6 CAPACITIES:

ND: Vs PRIME

(VPs) PRIME

(VPRs)

(VUPs) UNREAL PRIME

(VUPRs)

(VDPs) DEATH PRIMITIVE PRIME

(VDPRs)