Shuttlecraft's Twelve-Hundred Fifty Millicochrane Warp Engines

Riker highlights the shuttlecraft's twelve-hundred fifty millicochrane warp engines during a technical walkthrough in the shuttle bay. He stresses their short-range capabilities as he and Soren finalize preparations for the null-space mission. Soren nods, inspecting the controls nearby, her skepticism fading into trust. The engines' limited power output frames the high-risk venture ahead.

1 appearances

Purpose

Provide warp propulsion for short-range shuttlecraft operations, generating a warp field strength of 1,250 millicochranes.

Significance

Their modest power rating emphasizes the mission's dangers, as Riker and Soren commit to mapping null space despite propulsion constraints, building tension around their innovative yet precarious plan.

Appearances in the Narrative

When this object appears and how it's used

1 moments

S5E17 · The Outcast

Riker and Soren prepare the null-space mission

The shuttlecraft’s twelve-hundred fifty millicochrane warp engines are highlighted by Riker as a key technical detail during the walkthrough, emphasizing their limited range and the mission’s constraints. While not the primary focus of the conversation, their mention serves to ground the scene in the realities of Starfleet engineering and the challenges of null-space travel. The engines’ specification—though modest—underscores the resourcefulness required for the mission, as Riker and Soren must rely on improvisation (e.g., the phaser emitters) to compensate for the shuttle’s inherent limitations. Their role is functional, reinforcing the stakes and the need for precision in their approach.

Before: Operational but underutilized, as the shuttlecraft is primarily equipped for short-range missions. Their power output is noted but not yet tested in the extreme conditions of null space.

After: Prepped and ready for the mission, with their performance now critical to the shuttlecraft’s ability to navigate the anomaly and return safely. Their status is tied to the success of the photon-pulse mapping technique.

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