Home / Recipes / Scandium Lutetium Carbide π¬ How to Make Scandium Lutetium Carbide in Infinite CraftScandium Lutetium Carbide is a long haul. Even on the shortest known route it takes 67 combinations to get there, and the final one is Lutetium Zirconate plus Scandium Carbide. Expect to build several intermediate elements you will never use again.
The final combination
π¬ Lutetium Zirconate+ π¬ Scandium Carbide= π¬ Scandium Lutetium Carbide
Marathon 67 steps from the base elements Β· crafting depth 104
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What is worth knowing At 67 steps it is longer than 100% of solved elements, which puts it in our marathon band. Scandium Lutetium Carbide is close to a dead end. It feeds only 7 onward combinations, so it is more of a collectible than a building block. Its crafting depth of 104 is unusually deep. Depth counts the longest chain needed to reach it, and most elements people search for sit well below this. Full crafting path from the base elements Start with Water, Fire, Wind and Earth, then follow these 67 combinations in order.
1 π Earth+ π§ Water= π± Plant2 π₯ Fire+ π¨ Wind= π¨ Smoke3 π± Plant+ π¨ Smoke= π―οΈ Incense4 π―οΈ Incense+ π¨ Smoke= π Prayer5 π₯ Fire+ π Prayer= π―οΈ Candle6 π―οΈ Candle+ π₯ Fire= π‘ Light7 π₯ Fire+ π§ Water= π¨ Steam8 π± Plant+ π¨ Steam= π΅ Tea9 π‘ Light+ π΅ Tea= π Litea10 π Earth+ π¨ Wind= π«οΈ Dust11 π«οΈ Dust+ π Earth= πͺ Planet12 π₯ Fire+ πͺ Planet= βοΈ Sun13 πͺ Planet+ βοΈ Sun= π Solar System14 π Earth+ π± Plant= π³ Tree15 π«οΈ Dust+ π³ Tree= π² Wood16 π΅ Tea+ π² Wood= π½οΈ Table17 π Solar System+ π½οΈ Table= βοΈ Periodic Table18 π³ Tree+ π§ Water= π River19 π River+ π³ Tree= π Paper20 π Earth+ π Paper= πΊοΈ Map21 πΊοΈ Map+ π§ Water= π Treasure22 πΊοΈ Map+ π Treasure= β X23 π¨ Wind+ β X= π
ΎοΈ Y24 βοΈ Periodic Table+ π
ΎοΈ Y= π Yttrium25 π Litea+ π Yttrium= π Lutetium26 π₯ Fire+ π¨ Steam= π Engine27 π Engine+ π¨ Wind= π¬οΈ Windmill28 π§ Water+ π¬οΈ Windmill= β‘οΈ Energy29 π Engine+ πͺ Planet= πͺ Saturn30 π Earth+ πͺ Saturn= π Titan31 β‘οΈ Energy+ π Titan= π§ Titanium32 π± Plant+ π¨ Wind= πΌ Dandelion33 π₯ Fire+ π₯ Fire= π Volcano34 πΌ Dandelion+ π Volcano= π Fireworks35 πΌ Dandelion+ π± Plant= πΏ Weed36 π Fireworks+ πΏ Weed= πΏ 42037 π¨ Smoke+ π§ Water= π«οΈ Fog38 π«οΈ Fog+ π§ Water= βοΈ Ice39 π Engine+ π¨ Steam= π Train40 π Train+ π Train= π Train Station41 βοΈ Ice+ π Train Station= βοΈ Ice Station42 πΏ 420+ βοΈ Ice Station= π
°οΈ Z43 π§ Titanium+ π
°οΈ Z= βοΈ Zirconium44 π Lutetium+ βοΈ Zirconium= π¬ Lutetium Zirconate45 π Earth+ π₯ Fire= π Lava46 π Lava+ π§ Water= πͺ¨ Stone47 π Lava+ πͺ¨ Stone= πͺ Obsidian48 π Earth+ πͺ Obsidian= π Diamond49 π Diamond+ π¨ Smoke= βοΈ Carbon50 π± Plant+ π§ Water= π Swamp51 π Swamp+ π³ Tree= π± Mangrove52 π Earth+ π¨ Steam= π© Mud53 π₯ Fire+ π© Mud= π§± Brick54 π§± Brick+ π¨ Wind= π House55 π Earth+ π Earth= ποΈ Mountain56 π House+ ποΈ Mountain= π³οΈ Cave57 π³οΈ Cave+ π Earth= βοΈ Mine58 π± Mangrove+ βοΈ Mine= βοΈ Manganese59 π§ Water+ π§ Water= π Lake60 π Lake+ ποΈ Mountain= ποΈ Fjord61 πΌ Dandelion+ π§ Water= π· Wine62 π₯ Fire+ π· Wine= π· Alcohol63 π· Alcohol+ π Lake= πΈ Vodka64 ποΈ Fjord+ πΈ Vodka= πΈπͺ Scandinavian65 βοΈ Manganese+ πΈπͺ Scandinavian= π§ͺ Scandium66 βοΈ Carbon+ π§ͺ Scandium= π¬ Scandium Carbide67 π¬ Lutetium Zirconate+ π¬ Scandium Carbide= π¬ Scandium Lutetium CarbideCrafting tree 1 Earth + Water β Plant 2 Fire + Wind β Smoke 3 Plant + Smoke β Incense 4 Incense + Smoke β Prayer 5 Fire + Prayer β Candle 6 Candle + Fire β Light 7 Fire + Water β Steam 8 Plant + Steam β Tea 9 Light + Tea β Litea 10 Earth + Wind β Dust 11 Dust + Earth β Planet 12 Fire + Planet β Sun 13 Planet + Sun β Solar System 14 Earth + Plant β Tree 15 Dust + Tree β Wood 16 Tea + Wood β Table 17 Solar System + Table β Periodic Table 18 Tree + Water β River 19 River + Tree β Paper 20 Earth + Paper β Map 21 Map + Water β Treasure 22 Map + Treasure β X 23 Wind + X β Y 24 Periodic Table + Y β Yttrium 25 Litea + Yttrium β Lutetium 26 Fire + Steam β Engine 27 Engine + Wind β Windmill 28 Water + Windmill β Energy 29 Engine + Planet β Saturn 30 Earth + Saturn β Titan 31 Energy + Titan β Titanium 32 Plant + Wind β Dandelion 33 Fire + Fire β Volcano 34 Dandelion + Volcano β Fireworks 35 Dandelion + Plant β Weed 36 Fireworks + Weed β 420 37 Smoke + Water β Fog 38 Fog + Water β Ice 39 Engine + Steam β Train 40 Train + Train β Train Station 41 Ice + Train Station β Ice Station 42 420 + Ice Station β Z 43 Titanium + Z β Zirconium 44 Lutetium + Zirconium β Lutetium Zirconate 45 Earth + Fire β Lava 46 Lava + Water β Stone 47 Lava + Stone β Obsidian 48 Earth + Obsidian β Diamond 49 Diamond + Smoke β Carbon 50 Plant + Water β Swamp 51 Swamp + Tree β Mangrove 52 Earth + Steam β Mud 53 Fire + Mud β Brick 54 Brick + Wind β House 55 Earth + Earth β Mountain 56 House + Mountain β Cave 57 Cave + Earth β Mine 58 Mangrove + Mine β Manganese 59 Water + Water β Lake 60 Lake + Mountain β Fjord 61 Dandelion + Water β Wine 62 Fire + Wine β Alcohol 63 Alcohol + Lake β Vodka 64 Fjord + Vodka β Scandinavian 65 Manganese + Scandinavian β Scandium 66 Carbon + Scandium β Scandium Carbide 67 Lutetium Zirconate + Scandium Carbide β Scandium Lutetium Carbide
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What you can make with Scandium Lutetium Carbide Scandium Lutetium Carbide at a glance
Steps to craft 67 Marathon
Crafting depth 104 longer than 100% of solved elements
Known recipes 1 only one way
Used in 7 other combinations Other elements that take 67 steps Similar effort to Scandium Lutetium Carbide, if you want something else to chase.
Frequently asked questions How do you make Scandium Lutetium Carbide in Infinite Craft? Combine Lutetium Zirconate with Scandium Carbide. The full path from the base elements takes 67 steps.
How many steps does it take to make Scandium Lutetium Carbide? 67 steps on the shortest known path from Water, Fire, Wind and Earth.
Is Scandium Lutetium Carbide hard to make in Infinite Craft? It rates as marathon. At 67 steps it is longer than 100% of solved elements.
Is there more than one way to make Scandium Lutetium Carbide? Only one known combination produces Scandium Lutetium Carbide.
Path verified against the open recipe graph on 2026-10-23 . Method described in our methodology , data credited on data sources .