From SlashFilm · Witney Seibold · · 1m 10s
Star Trek Inertial Dampeners Explained
Star Trek's invisible shields prevent crew from being crushed during rapid ship maneuvers.
In brief
Star Trek's invisible shields prevent crew from being crushed during rapid ship maneuvers. Star Trek's inertial dampening field absorbs inertia to protect crew during sublight travel, with a 295-millisecond lag causing brief shaking during sudden movements. Originally reported by SlashFilm.
Quick answers
- What Are Inertial Dampeners?
- Star Trek's inertial dampening field absorbs inertia to prevent crew from being crushed during rapid ship maneuvers.
- What is the key takeaway from Star Trek Inertial Dampeners Explained?
- Star Trek's inertial dampening field absorbs inertia to protect crew during sublight travel, with a 295-millisecond lag causing brief shaking during sudden movements.
What Are Inertial Dampeners?
Star Trek's inertial dampening field absorbs inertia to prevent crew from being crushed during rapid ship maneuvers.
The Technical Manual Explains
The Star Trek: The Next Generation Technical Manual details how inertial dampening fields protect crews during sublight travel.
IDF Function
The inertial dampening field absorbs intertial potential to prevent crew from being transformed into 'chunky salsa' during acceleration.
IDF and SIF
Starships use two invisible shields: the inertial dampening field and structural integrity field to maintain crew safety.
IDF Generations
The Enterprise-D has six primary inertial dampening field generations and six backups for continuous operation.
IDF Lag Effect
The inertial dampening field has a 295-millisecond lag that causes brief shaking during sudden course changes.
Dramatic Purpose
The shaking effect was included for dramatic impact during attacks, with the lag explaining the ship's brief instability.
The key point
Star Trek's inertial dampening field absorbs inertia to protect crew during sublight travel, with a 295-millisecond lag causing brief shaking during sudden movements.
