Bicycle

Bicycles, also known as push bikes, are manually powered two-wheeled vehicles designed for individual transport. Unlike other vehicles, they do not propel themselves automatically. The rider must generate motion by pedalling. While aetho-magnetic energy is still present, it is used only to suspend the frame above the wheels, reducing resistance and making travel more efficient.

Bicycles are widely used for short-distance travel, recreation, fitness, and delivery work. They are common in urban areas, university districts, and smaller towns, where their agility and ease of use make them an efficient alternative to larger vehicles. In many cities, bike rental services allow people to hire and return bicycles as needed.

While free citizens can use bicycles recreationally, slaves (helots) are only permitted to ride them for work-related purposes, such as courier services and deliveries in cities.

Design & Function

Bicycles consist of two primary components: solid wheels that remain in contact with the road and a levitating frame that hovers just above them. An aether-imbued quartz built into the frame generates a constant energy field, ensuring the frame remains suspended at all times. This same crystal allows Magi to interact with the bicycle and apply customisation. However, this field does not create propulsion. Movement must be generated manually.

Pedal-Powered Propulsion

Bicycles require physical effort to move. The rider must pedal, which activates the aetheric field, generating the force needed to propel the bike forward.

Field Adjustors & Speed Control

Bicycles are equipped with field adjustors that allow riders to control the propulsion field. Adjusting these settings changes the effort required to pedal and the bike’s response to movement:

• Lower settings reduce propulsion resistance, making pedalling easier. These are used when starting from a stop, climbing inclines, or maintaining control at lower speeds.
• Higher settings increase propulsion resistance, requiring more effort to engage but allowing the rider to sustain higher speeds with greater efficiency.

By adjusting the field as they ride, cyclists can manage their speed, balance exertion, and adapt to different terrains.

Braking & Stopping

Braking is achieved by reversing the polarity of the propulsion field, creating resistance that slows the bicycle down. When the rider engages the brakes, the aetheric field shifts, reducing forward motion until the bike comes to a controlled stop.

Because braking relies entirely on the propulsion field, stopping is smooth and responsive, with no sudden jolts or mechanical friction. The strength of the braking force adjusts based on how firmly the brakes are applied, allowing for precise control over speed reduction.

Rider Balance & Stability

Bicycles do not have an Anti-Destabilisation System. Riders must maintain their own balance, adjusting their movements to stay upright. This makes bicycles less stable than other forms of transport, but mastering balance and control is part of the skill of riding.

Falls and accidents can occur, especially at high speeds or on uneven terrain, but experienced riders develop refined control over movement, speed, and positioning. This makes bicycles a dynamic and responsive mode of transport, requiring awareness and physical coordination.

Usage & Culture

Bicycles are used for a variety of purposes, including:

• Personal transport: Common in cities and small towns for short-distance travel.
• Recreational riding: Popular for leisure, fitness, and exploring rural areas.
• Courier and delivery services: Used for fast transport of small goods in urban centres.
• Bike rental systems: Available in most cities, allowing people to borrow and return bicycles as needed.
• Professional racing: The Tour Prime, a yearly competition attracting riders from across Magnus Prime, is one of the most prestigious cycling events.

Due to their simplicity and accessibility, bicycles remain one of the most commonly used forms of transport, particularly in areas where larger vehicles are impractical.

Limitations & Challenges

• Physically Demanding: Bicycles require constant pedalling, making them more tiring than other vehicles.
• No Automatic Stability: Riders must maintain balance themselves, increasing the risk of falls.
• Weather Exposure: Unlike enclosed vehicles, bicycles offer no protection from wind, rain, or extreme temperatures.
• Restricted Use for Slaves: While free citizens use bicycles recreationally, helots may only ride them for work-related purposes.

Despite these challenges, bicycles remain a widely used and beloved form of transport, offering an active and energy-efficient alternative to fully automated vehicles.