Architect
Wagner-type Precision Hyperspace Jump System
OUT OF CHARACTER INFORMATION
- Intent: To create a precision microjump system for the Commonwealth
- Image Source: N/A
- Canon Link: Microjump
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Imperial Commonwealth of Dosuun
- Affiliation: Imperial Commonwealth of Dosuun
- Market Status: Closed-Market
- Model: CET-HJSW-M1 "Wagner"
- Modularity: No
- Production: Minor
- Material: Standard hyperdrive componentry; dual-drive architecture (primary precision drive + accuracy-biased backup drive); reinforced navicomputer and gravitic-sensing package.
- Performs a precision hyperspace micro-jump over very short distances — typically within a single system — using a planet's gravity well to drop the craft out of hyperspace at a tightly-calculated point.
- Designed for orbital insertion: the craft emerges at a high-atmosphere / low-orbit point above its destination, then makes a fast conventional descent. It does not exit hyperspace inside the atmosphere.
- Pairs a primary precision drive with a slower, accuracy-biased backup drive used for the jump itself (per canon practice: the backup drive improves accuracy and is cheaper to replace if the jump stresses it).
- Closes the orbit-to-surface gap. Turns long in-system transits into a single precision microjump and a fast descent — the capability that lets a medical craft reach a developing crisis in minutes rather than the better part of an hour.
- Canon-honest and self-aware. Built to the real limits of the micro-jump (orbital insertion, not atmospheric materialization), with a dual-drive architecture that improves accuracy and protects the costly primary drive.
- Demands skill and accepts risk. A precision jump near a planet's gravity well is dangerous; a miscalculation risks the planet, nearby traffic, or the drive itself, and the maneuver requires a genuinely capable pilot/navigator.
- Wears fast, and isn't a combat escape. The precision drive takes accelerated wear, and the system is built for medical insertion, not for blinking out of a firefight on demand — host craft remain dependent on escort and on the security of their destination.
The Wagner-type Precision Hyperjump System is the Commonwealth's answer to a simple medical problem: a craft sitting in orbit, or staging from a nearby body, still has to cross a great deal of empty space before it can begin saving anyone. The Wagner collapses that gap. It performs a precision micro-jump — a tactical short-range hyperspace hop, calculated against a planet's own gravity well — to bring a medical craft from orbit to a precise insertion point high above its destination in a single blink, after which the craft descends fast under its own power.
It is built around the canonical realities of the maneuver rather than around wishful thinking. It does not, and cannot, drop a ship out of hyperspace inside an atmosphere — a feat the wider galaxy treats as effectively impossible, and one no humanitarian craft should be claiming. Instead it does the achievable, difficult thing well: a tightly-bounded orbital microjump that demands real navigational skill, carries genuine gravitational risk in close proximity to a planet, and wears on its precision drive faster than ordinary cruising would. To manage that, the system pairs a primary precision drive with a slower backup drive used for the jump itself — improving accuracy and keeping the expensive component cheaper to replace, exactly as careful microjump pilots have always done.
Fitted to the Bradley-class CASEVAC and the Ainsworth-class courier, the Wagner turns the family's defining promise — that help arrives in the window that matters — into something closer to literal. Its informal name within the service is an old, quiet joke among the flight crews who swear the ship simply isn't there, and then is.
Out Of Character Info
Intent:
To create a precision microjump system for the Commonwealth
Image Source(s):
https://chatgpt.com
Primary Source(s):
N/A
Technical Information
Affiliation:
Imperial Commonwealth of Dosuun
Model:
CET-HJSW-M1 "Wagner"
Modular:
No
Material:
Standard hyperdrive componentry; dual-drive architecture (primary precision drive + accuracy-biased backup drive); reinforced navicomputer and gravitic-sensing package.
