Totem Destroyer Redux

Totem Destroyer Redux

8.034,641 playes

Totem Destroyer Redux is a physics-based logic puzzle where players must carefully remove blocks to lower a sacred idol without letting it fall or break.

About Totem Destroyer Redux

This logic-driven puzzle game challenges players to dismantle structures made of various shapes and materials. The primary objective is to eliminate specific blocks while ensuring the golden totem remains balanced on the remaining foundation. Each level presents a unique architectural setup that requires a thoughtful approach to physics and stability, testing your ability to predict how objects will react to gravity.

The game appeals to fans of strategic destruction and balance-based challenges. It focuses on timing and sequence, as the order in which blocks are removed significantly impacts the totem's movement. With its clean visuals and straightforward mouse-driven interface, it offers a satisfying mental workout for puzzle enthusiasts looking to test their spatial reasoning and precision.

  • Genre: Logic
  • Platform: Browser
  • Mode: Singleplayer
  • Developer: kiz10
  • Recommended age: 3+
  • Mobile support: No
  • Release: 05/05/2019

Why players like Totem Destroyer Redux

  • Satisfying physics-based destruction mechanics
  • Increasingly complex structural puzzles
  • Intuitive and responsive mouse controls
  • Rewarding sense of balance and stability

Instructions

mouse

How to play

Use your mouse to click on the destructible blocks to remove them from the screen. Your goal is to guide the golden totem safely onto the dark base blocks. Be careful not to let the idol touch the ground or fall off the platform, as this will result in a failed level. Analyze the structure before making your first move to ensure the totem stays balanced throughout the process.

Tips for beginners

  • Identify which blocks are supporting the most weight before clicking.
  • Remove blocks quickly in succession to maintain a steady center of gravity.
  • Observe how the totem shifts after each removal to predict its next movement.