How to Make Spy Who Loved Me in Infinite Craft
Spy Who Loved Me is a long haul. Even on the shortest known route it takes 17 combinations to get there, and the final one is Flat Tire plus James Bond. Expect to build several intermediate elements you will never use again.
The final combination
Flat TireJames BondSpy Who Loved Me
Long17 steps from the base elementscrafting depth 243 known recipes
Full crafting path from the base elements
Start with Water, Fire, Wind and Earth, then follow these 17 combinations in order.
- 1EarthWaterPlant
- 2PlantWindDandelion
- 3DandelionDandelionDandelion Patch
- 4FireWaterSteam
- 5FireSteamEngine
- 6EnginePlantCar
- 7CarEarthTire
- 8Dandelion PatchTireFlat Tire
- 9WaterWaterLake
- 10LakeWaterOcean
- 11OceanWaterFish
- 12FishWindFlying Fish
- 13EarthFlying FishBird
- 14BirdWaterPenguin
- 15LakePenguinTux
- 16EngineTuxJames Bond
- 17Flat TireJames BondSpy Who Loved Me
Other ways to make Spy Who Loved Me
3 combinations are known to produce Spy Who Loved Me. Here are 3 of them.
| First | Second | Result |
|---|---|---|
| Flat Tire | James Bond | Spy Who Loved Me |
| Flat tire | James Bond | Spy Who Loved Me |
| Moonraker | Past Tense | Spy Who Loved Me |
Spy Who Loved Me at a glance
- Steps to craft
- 17
- Long
- Crafting depth
- 24
- longer than 81% of solved elements
- Known recipes
- 3
- ways to make it
- Used in
- 0
- other combinations
Other elements that take 17 steps
Similar effort to Spy Who Loved Me, if you want something else to chase.
Frequently asked questions
How do you make Spy Who Loved Me in Infinite Craft?
Combine Flat Tire with James Bond. The full path from the base elements takes 17 steps.
How many steps does it take to make Spy Who Loved Me?
17 steps on the shortest known path from Water, Fire, Wind and Earth.
Is Spy Who Loved Me hard to make in Infinite Craft?
It rates as long. At 17 steps it is longer than 81% of solved elements.
Is there more than one way to make Spy Who Loved Me?
Yes. 3 combinations are known to produce Spy Who Loved Me, and the shortest route is shown above.