Conventional FTL Drives

Overview

Before slipstream lanes became dominant, interstellar travel relied on conventional faster-than-light drives, especially the Halberg drive.

Performance

Conventional FTL is much slower, more fuel-intensive, and more expensive than slipstream travel. It averages roughly one light-year per day, compared with the vastly higher effective speeds available through slipstream lanes.

Modern Uses

Conventional drives remain useful for travel between planets within a system, movement between nearby systems, and routes where no slipstream lane is available or politically accessible.

Continuity Significance

The Halberg drive made the first phase of human interstellar expansion possible. Slipstream technology later transformed that expansion into a much larger political and economic system, but conventional FTL still explains how some disconnected or italicized systems remain reachable.

Operational Characteristics

Conventional drives require sustained energy expenditure and travel through ordinary interstellar space, making routes more flexible but much slower than slipstream. Ships can alter course, stop, or divert, though doing so may carry severe fuel costs.

Strategic Value

The technology remains strategically valuable because it does not depend on known gates. Governments, explorers, and criminals use conventional FTL to reach disconnected systems, approach lane infrastructure from unexpected directions, or continue traveling after access is denied.

Human Costs

Long voyages impose medical and social costs. Cryogenic suspension, compact crews, and strict resource planning were developed partly to make Halberg-era expansion possible. These constraints shaped the early colonial cultures later connected by slipstream.