ENDFIELD / ORIGINIUM CIRCUITRY
Repair Module Catalog
Place every component onto the grid. Avoid blocked cells and match each row and column target.
Stage Select
Difficulty
EasyCold StartA compact starter outline with visible empty routing space.
EasyFaulty CornerA single blocked fault teaches that the repair shape can leave open cells.
MediumSignal OverlapA staggered route leaves unused cells around the active signal path.
MediumCross CurrentTwo vertical currents cross a partial repair shape with open lanes.
HardFractured ArrayA fractured path asks for a longer silhouette without filling the array.
HardEndministrator TrialA larger open board hides the repair path inside a partial terminal weave.
EasyRelay PrimerFour core matrices introduce a simple outline with safe empty lanes.
EasyCorner SyncA small blocked pocket teaches how corners and relays share space.
EasyEast BypassSimple horizontal buses wrap around a narrow side relay.
EasyHook LadderA hook frame and vertical bus leave a few forgiving gaps.
EasyTri GateA tri-bridge opens a compact path through three short pieces.
EasySoft DetourStraight components make a gentle detour through a taller board.
EasyMatrix NotchTwo matrices and a small notch create an easy asymmetric target.
EasyBlue LineA vertical line locks the right edge while short relays finish the base.
EasyPulse PocketA pocketed relay asks for one careful bend near the lower edge.
EasyEven ChargeParallel buses keep the final easy module readable and balanced.
MediumCrossed RelayA tee and two matrices split the center into staggered lanes.
MediumHidden SpanA hook span creates a tucked lower-left elbow.
MediumTall RiserVertical pressure on both sides makes rotation timing more important.
MediumTriple MatrixThree matrices leave only narrow lanes for the remaining relays.
MediumLower HookA lower hook pairs with a long return bus.
MediumNorth BridgeThe top bridge is stable, but the bottom lane has fewer anchors.
MediumSide ChannelA side elbow and square pair close a long channel.
MediumRail SwitchA hooked rail controls two open lanes on a six-column board.
MediumAmber CutSeparated buses create a clean cut through the lower center.
MediumPulse TerraceTerraced relays step downward into a final single node.
HardDense ManifoldA dense six-by-six module leaves little room for mistaken ordering.
HardWide SplitterWide symmetry is broken by a single right-edge pulse node.
HardLocked SpineA vertical spine blocks easy swaps between upper and lower matrices.
HardOuter TurnOuter rails and inner pulses compete for the same central turns.
HardLong ArrayLong vertical pressure makes the final lower corner easy to overfill.
HardTwin BankTwin lower banks demand clean separation from the upper hook.
HardSeven StepA seven-row stack mixes compact banks with open routing lanes.
HardStacked ReturnStacked matrices leave one hooked return at the lower right.
HardBalanced RidgeTwo balanced banks are split by a ridge of short relays.
HardTerminal WeaveThe final weave combines a hook, three banks, and two terminal buses.