How many objects can you fit inside a plane, bus, or helicopter?
| Transport | Volume (m³) |
|---|---|
Boeing 747-400 The original Jumbo Jet | 876 |
Airbus A380 Double-decker giant | 1100 |
City Bus Standard 40ft transit bus | 75 |
CH-47 Chinook Heavy-lift helicopter | 42 |
Boeing 737-800 Common short-haul jet | 180 |
Bombardier CRJ900 Regional jet | 55 |
Cessna 172 Small general aviation | 4 |
| Object | Volume (cm³) |
|---|---|
| Tennis Ball | 157 |
| Ping Pong Ball | 33.5 |
| Golf Ball | 40.7 |
| Baseball | 212 |
| Basketball | 7100 |
We convert the object's volume from cm³ to m³ by dividing by 1,000,000 before dividing the transport's volume by it.
Objects like spheres never fill 100% of a container. Random Close Packing (RCP) for spheres is typically around 64%. If you were to stack them perfectly (hexagonal close packing), you could reach 74%. If you just throw them in loosely, it might be closer to 50-60%.
These are estimates of the "interior volume." Actual usable space might be less due to seats, engines, and internal structures.
Filling a bus with basketballs would be much lighter than filling it with golf balls. A bus full of golf balls would likely exceed its maximum load capacity.
An average human volume is about 0.07 m³. In a city bus, that's about 1,000 people (unpacked) or ~600 people (packed at 64% efficiency). Please don't try this.
Vehicles are huge (measured in cubic meters), while balls are small (measured in cubic centimeters). The conversion is 1,000,000 cm³ = 1 m³.
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