Bus

Public road transport that uses aetho-magnetics




Buses are a key part of urban and regional transport, providing flexible public transit where trains and trams do not operate. Unlike private vehicles, buses operate on fixed routes and schedules, offering reliable transport for passengers across towns, cities, and rural areas. They are essential for connecting residential areas, commercial districts, and remote locations that lack rail infrastructure.

 

When trains or trams are out of service, a replacement bus service is always provided to ensure continued transport along the affected routes. These buses follow the same general path as the unavailable rail service, stopping at key locations to maintain passenger connectivity.

 

Design & Function

 

Buses operate on the same road networks as cars and other vehicles, using aetho-magnetic levitation to suspend the body above the wheels. The aetho-magnetic field also provides propulsion, allowing smooth acceleration and braking. Unlike trams or trains, buses require no dedicated track, making them highly adaptable to varied routes and road conditions.

 

A standard bus has a large passenger cabin with multiple rows of seating and standing areas. Like all public transport, buses are segregated. Free citizens enter through the front doors and have access to the main seating area and upper deck, while slaves (helots) are required to board through the rear doors and remain in the designated lower section at the back. A security guard is stationed on board to enforce order and prevent passengers from moving between sections.

 

Doors open at designated stops for passengers to board and disembark, with automatic fare processing using The System, which scans passengers on entry and charges their accounts accordingly. As with trains and trams, if the passenger is a slave (helot), their owner’s account is charged.

 

Usage & Routes

 

Buses are used where fixed rail transport is impractical, such as:

 
  • Transport between towns and villages that lack train connections.
  • Inner-city routes that supplement tram networks.
  • Access to remote areas, including estates, industrial zones, and agricultural regions.
  • Night services when trams and trains reduce operations.
  • Replacement services when train or tram lines are out of service due to maintenance, repairs, or emergencies.
 

Bus stops are located at frequent intervals, ensuring accessibility for passengers. Unlike trains and trams, which operate on predefined corridors, bus routes are easily adjusted to accommodate demand, roadworks, or changes in urban planning.

 

Limitations & Challenges

 
  • Traffic Dependency: Buses share the road with other vehicles, making them susceptible to congestion.
  • Variable Journey Times: Unlike rail transport, which operates on fixed tracks, buses experience delays due to road conditions and traffic flow.
  • Lower Passenger Capacity: While larger than private vehicles, buses hold fewer passengers than trains or trams, making them less efficient for high-density transit corridors.
 

Despite these challenges, buses remain an essential part of public transport, offering a flexible, widely accessible alternative to rail-based systems. Their ability to provide replacement services for trains and trams ensures continuity in the transport network, preventing major disruptions for passengers.




Related Technologies
Speed
1-50 mph
Complement / Crew
  • One driver
  • One security guard
Cargo & Passenger Capacity
30 seated + 15 standing



 

Part of a Series on Transport

 
 

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