Differences

This shows you the differences between two versions of the page.

--- rrcc:hydra [2025/12/11 02:16] – [Design Philosophy] hugh
+++ rrcc:hydra [2025/12/22 02:23] (current) – hugh
@@ Line 2: / Line 2: @@
 The **Hydra Engine Family** is a standardized line of biofuel combustion engines
-developed by the **Rolling River Carriage Company (RRCC)** during the early
+developed by the **Rolling River Carriage Company (RRCC)** shortly before the outbreak of the Industrial War. It became the first nation-wide engine
-years of the Industrial War (c. 1676). It became the first nation-wide engine
 standard adopted across Emberstone’s military, civilian, and industrial sectors.
@@ Line 29: / Line 28: @@
 Hydras quickly earned a reputation for surviving neglect, abuse, and low-grade
 fuel—while still outperforming foreign engines of comparable displacement.
+----
+===== Operator Adjustment & Field-Service Ethos =====
+A defining feature of all Hydra engines—V-Series and later F-Series—is the
+**operator adjustment screw** built directly into the throttle linkage.
+RRCC designed this deliberately, believing that a person who buys an engine
+should be able to **access its full capability** if they choose to accept the
+tradeoffs.
+From the factory, every Hydra is tuned to RRCC’s conservative standard
+(approximately 60% of the engine’s true capability), ensuring long service life
+under harsh conditions. Turning the adjustment screw allows the owner to take
+the engine **up to the recognized industry maximum**, with the understanding
+that increased performance may shorten the engine’s overall lifespan. So long as
+the screw remains within the marked RRCC range, warranties remain valid; beyond
+that point, the engine is the owner’s to command as they see fit.
+This philosophy comes from necessity, not marketing. Emberstone’s frontier
+conditions demanded machines that could be **repaired by anyone**, anywhere:
+soldiers in mud-soaked trenches, caravan drivers on unmarked roads, settlers a
+week’s ride from the nearest workshop. RRCC considered a machine worthless if it
+could not be kept running with nothing more than basic tools, spare parts, and a
+bit of ingenuity.
+Hydras were therefore built with:
+  * **Accessible components** that can be removed in the field
+  * **Oversized tolerances** to survive improvised repairs
+  * **Replaceable modules** shared across multiple engine sizes
+  * **Clear markings** for safe adjustment, tuning, and emergency operation
+This approach later helped the F-Series boxers gain rapid acceptance. While
+smaller and less powerful than their V-Series cousins, they embodied the same
+RRCC philosophy: if the operator can reach it, they should be able to fix it,
+tune it, and—when needed—push it harder to get themselves home.
+In Emberstone, a vehicle that cannot be repaired on the roadside is considered a
+failure of design. RRCC ensured Hydra would never suffer that reputation.
 ----
@@ Line 46: / Line 85: @@
 Early-war standard. V-configuration unless otherwise noted.
+  * **Hydra-2 (V2)** – ~60 HP class
+    * Light generators, handheld machinery, microcars
   * **Hydra-4 (V4)** – ~120 HP class
-    * Early Lynx (first model years), light generators, compact machinery
+    * Early Lynx (first model years), heavy generators, compact machinery
     * Phased out of Lynx in favor of the F-Series once released
@@ Line 163: / Line 205: @@
 burned cleaner in a Hydra than foreign engines of similar size.
-By the late Industrial War, Hydra refinement reached near-modern efficiency for
+By the late Five-Year War, Hydra refinement reached near-modern efficiency for
 clean combustion and residue reduction.