diff --git a/sources/2890/canjectors.md b/sources/2890/canjectors.md
index a2796b8..09673c0 100644
--- a/sources/2890/canjectors.md
+++ b/sources/2890/canjectors.md
@@ -22,30 +22,10 @@ After experiencing **critical CAN bus failures** during competition, Chris desig
 
 The design philosophy: prevent wiring failures from killing the robot mid-match.
 
-## Design Basis
-
-Chris studied the **SWYFT CANnect** system as inspiration:
-- Run CAN bus + 12V power over standardized cabling
-- Easy connector system (WAGO lever terminals)
-- Built-in CAN termination options
-- Robust form factor
-
-Canjectors go further with custom modifications for Team 2890's specific failure points.
-
-## Current Design: Middle Canjector
-
-The schematic shows the "middle" Canjector variant with:
-- **12V power** passthrough
-- **3 CAN connections** (RJ45 connectors)
-- **WAGO terminal blocks** for clean wiring (2601-1104 series)
-- **120Ω termination resistor** (R4) between CAN signal lines — switchable
-- **Power indicator LED** (green, 0603) with 470Ω current limiting resistor
-- **2-pin header** for additional configuration
-
 ## Key Features
 
-- **Dual CAN paths** — each Canjector bridges multiple CAN segments
-- **Integrated termination** — 120Ω resistor switchable per segment
+- **Modular CAN distribution** — one board per functional zone
+- **Integrated termination** — 120Ω resistor switchable via shunt jumper at any position
 - **Power LED** — visual confirmation that 12V is present
 - **RJ45 connectors** — industry standard, easy to cable, robust
 - **WAGO 2601 series** — tool-free, reliable terminal connections
@@ -53,30 +33,24 @@ The schematic shows the "middle" Canjector variant with:
 
 ## Design Variants
 
-Chris designed five Canjector variants. **Names are printed on the physical PCBs** — Endz, Major, Minor are the actual designations.
+Three Canjector variants. **Names are printed on the physical PCBs.**
 
 All variants support configurable termination via a shunt jumper — populate the shunt to activate 120Ω termination anywhere in the chain.
 
-| PCB Name | CAN ports | 12V outs | Primary role |
-|----------|-----------|----------|-------------|
-| **Start** | 1 | 1 | Bus origin at PDH side |
-| **Minor** | 3 | 1 | Single wheel module — CANcoder + 2 motors |
-| **Middle** | 3 | 2 | Mid-chain node + power distribution |
+| PCB Name | CAN ports | 12V outs | Role |
+|----------|-----------|----------|------|
+| **Endz** | 1 | 1 | Origin — first device in chain, PDH side |
+| **Minor** | 3 | 1 | Mid-chain — single wheel (CANcoder + 2 motors) |
 | **Major** | 6 | 2 | Heavy distribution — end of main runs |
-| **Endz** | 1 | 1 | USB diagnostic tap — serves as first OR last device in chain |
 
-**Minor — single wheel module design:**
+### Minor — Single Wheel Module
+
+One Minor per swerve corner:
 - 1 CANcoder (CTR Electronics CAN FD magnetic encoder for steering feedback)
-- 2 motors (typically drive motor + steering motor, or drive + mechanism)
+- 2 motors (drive + steering per MK4i)
 - 1 12V output for accessories
 
-Minor was designed for MK4i swerve modules — one Minor per wheel handles the CAN bus connections for the encoder and both motors. Clean single-point connection for each corner of the robot.
-
-**Note on overlap:**
-- Start and Endz both serve end-of-chain positions (first or last device)
-- Minor and Middle both have 3 CAN ports — Middle adds a second 12V output for power distribution
-
-All Canjectors use the same shunt-activation scheme for 120Ω termination. This means any variant can terminate the bus when needed.
+Clean single-point connection per wheel — troubleshooting localizes to one module per corner.
 
 ## Connection to Training
 
@@ -90,20 +64,16 @@ All Canjectors use the same shunt-activation scheme for 120Ω termination. This
 
 Chris experienced critical CAN failures at competition. The Canjector system is a direct response — solving the failure mode with custom hardware instead of hoping the stock connectors hold. This is the kind of real-world engineering that separates good teams from great ones.
 
-## Notes for MrC
-
-This is a **confidence builder** for the training vault — it shows Chris's practical engineering under pressure. Good story for students: identify the problem, study existing solutions, design your own, build it, test it. The full engineering cycle, not just code.
-
 ## Files
 
 | File | Description |
 |------|-------------|
-| `canjector-schematic.png` | Middle Canjector — EasyEDA schematic |
-| `canjector-start-pcb.png` | Start variant — PCB layout (red solder mask) |
+| `canjector-schematic.png` | Minor variant — EasyEDA schematic |
+| `canjector-start-pcb.png` | Endz variant — PCB layout |
 | `canjector-minor-render.png` | Minor variant — 3D render, blue PCB |
-| `canjector-major-render.png` | Major variant — 3D render, blue PCB, 6 CAN ports |
-| `canjector-endz-render.png` | Endz variant — USB-to-CAN diagnostic interface |
+| `canjector-major-render.png` | Major variant — 3D render, blue PCB |
+| `canjector-endz-render.png` | Endz variant — USB-to-CAN diagnostic |
 | `canjectors.md` | This documentation file |
 | `canjector-gerbers/` | Major variant manufacturing files |
 | `canjector-minor-gerbers/` | Minor variant manufacturing files |
-| `canjector-endz-gerbers/` | Endz variant manufacturing files |
\ No newline at end of file
+| `canjector-endz-gerbers/` | Endz variant manufacturing files |