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Wood Screw: Nuts And Bolts

Wood Screw: Nuts And Bolts

PIXEL KING PTE. LTD.

Games免费v1.7
App Store
评分

4.8

6,887 条评分

星级

★★★★★

最近更新

2024年7月12日

发布日期

2024年2月16日

更新内容

v1.7

- Optimize game performance

应用信息

开发者
PIXEL KING PTE. LTD.
分类
Games
价格
免费
版本
1.7
App ID
6477598834

简介

Wood Screw: Nuts And Bolts is an attractive wood puzzle game, with many screw puzzles that challenge the player's IQ by solving unscrew puzzles. Feel the exciting ASMR sound when remove screw and the collision of nuts and bolts. Let's see what's interesting in this exciting nuts and bolts game that most people love. Interesting things in Wood Screw: Nuts And Bolts: - Tap and tap, solve the screw pin puzzle, train your brain and test IQ - The level design is extremely attractive, you will have to use many strategies to solve the screw puzzle - Each level will have 2-3 rounds from easy to difficult to make solving nuts and bolts - screw puzzles more interesting. - 1000+ screw puzzles for you to freely challenge - Enjoy ASMR sounds and chilling your time - Smooth gameplay, no emotional interruptions How to unscrew, solve nuts and bolts - screw puzzle: - How to play it is simple, you just need to tap on the nut, then move screws to the empty hole to remove the woods. - Each level will be divided into 2-3 rounds, you will experience nuts and bolts puzzles from easy to difficult, both entertaining and challenging yourself. - Explore beautiful pictures in our game, solve wood nuts and bolts puzzles to discover exciting rewards. Do you have enough intelligence to solve the tricky puzzles of wood nuts and bolts games? If you are confident that you can pass all of our unscrew puzzles, don't wait and challenge yourself. Wood Screw: Nuts And Bolts is a screw removal, puzzle, and challenge game. Get ready to join Wood Screw: Nuts And Bolts and become a screw master. Have fun and enjoy the game in your free time!

下载量预测

专业 · 预览

预估总下载量

344K230K689K
保守估计乐观估计

9K

低 / 月

13K

预估 / 月

26K

高 / 月

基于6,887 条评分
假设评分率2.0%
应用年龄27 个月

基于评分数量 ÷ 类别评分率估算,实际下载量误差可达 ±50%,与 Sensor Tower 方法一致。