Overview

In Delta Burn, space travel is a dangerous and expensive proposition. The distances between planets and moons are vast, and the time it takes to travel between them is measured in weeks or months. There are no warp drives or hyperdrives in Delta Burn, but there are drives capable of providing constant acceleration.

Constant Acceleration

Spaceships in Delta Burn use constant acceleration to travel between planets, moons, and stations. This means that they accelerate at a constant rate until they reach the halfway point to their destination, then decelerate at the same rate to come to a stop. This allows them to travel quickly and efficiently through the vacuum of space. The acceleration of a spaceship is measured in Gs, with 1G being equal to the acceleration due to gravity on Earth. Most spaceships in Delta Burn have an acceleration of between 0.3G and 1G, allowing them to travel at a comfortable pace without putting too much strain on their crew.

Thrust Gravity

This constant acceleration and deceleration also allows spaceships to simulate gravity for their crew, using the force of acceleration to create a sense of weight and direction. This is known as thrust gravity, and is a common feature of spaceships in the setting. The decks of a spaceship are aligned so that the force of acceleration is felt as gravity, allowing the crew to walk around and perform their duties as if they were on a planet. However, this gravity is not perfect, and can vary depending on the ship's acceleration and orientation. Crew members must be careful when moving around the ship, as sudden changes in acceleration can cause them to lose their footing and fall.

Orbital Mechanics

In addition to constant acceleration, spaceships in Delta Burn must also take into account the laws of orbital mechanics when traveling through the solar system. Planets and moons move in predictable orbits around the sun, and spaceships must calculate their trajectory and position relative to these bodies in order to reach their destination. This requires precise calculations and careful planning, as even a small error in trajectory can result in a missed destination or a collision with another object. Spaceships must constantly adjust their course and speed in order to navigate the complex web of orbits and gravitational fields that make up the solar system.

Life Support

Life support is a critical system on any spaceship in Delta Burn. The vacuum of space is a harsh and unforgiving environment, and spaceships must provide their crew with air, water, food, and shelter in order to survive. Life support systems on spaceships are designed to recycle air and water, generate food, and maintain a comfortable temperature and humidity level. They must also protect the crew from radiation, micrometeoroids, and other hazards of space travel. Life support systems are monitored and maintained by the crew, who must be vigilant in order to ensure the safety and well-being of everyone on board.

Navigation

Navigation in Delta Burn is a complex and precise science. Spaceships must constantly calculate their position and trajectory in order to reach their destination safely. This is done using a combination of sensors, computers, and human skill. Pilots and navigators must work together to plot a course through the solar system, taking into account the positions of planets, moons, and other celestial bodies. They must also be aware of potential hazards such as asteroids, radiation belts, and other spaceships. Navigation in Delta Burn is a delicate balance of art and science, requiring skill, experience, and a bit of luck to get right.

Communication

Communication in Delta Burn is done using a combination of radio waves and laser beams, limited by the speed of light. Radio waves are used for long-range communication, allowing spaceships to communicate with each other and with ground-based stations across the solar system. Laser beams are used for short-range communication, allowing spaceships to communicate with each other and with other objects in close proximity. Communication in Delta Burn is fast and reliable, but can be disrupted by interference from celestial bodies, radiation, or other sources. Spaceships must be careful when communicating with each other, as a lost message can mean the difference between life and death in the cold, dark void of space.