Sandboxels is a fascinating physics simulation game that allows players to experiment with different elements and their interactions. One of the most exciting aspects of the game is automation—designing self-sustaining systems and mechanisms that work without constant player input. Whether you want to create automatic resource processors, self-sufficient ecosystems, or even simple machines, mastering automation can elevate your Sandboxels experience.
Understanding the Basics of Automation
Automation in Sandboxels relies on the interactions between elements, energy sources, and reaction chains. To create an automated system, you need to:
- Choose elements that react predictably.
- Utilize conductive materials to transfer heat or electricity.
- Design loops and self-sustaining reactions to keep the system running.
Essential Elements for Automation
Here are some key elements that play a crucial role in automation:
- Conductors (Metal, Wire, Graphite) – Transfer heat or electricity between different components.
- Generators (Solar Panel, Thermoelectric Generator) – Produce energy to power other systems.
- Movers (Piston, Conveyor, Pump) – Transport materials within the system.
- Triggers (Sensors, Switches, TNT) – Initiate or control reactions based on conditions.
- Coolants (Water, Liquid Nitrogen) – Prevent overheating and maintain balance.
Automation Techniques and Tricks
1. Creating a Self-Sustaining Power Source
A great starting point in automation is setting up a renewable energy source. Try the following:
- Solar Panels + Heat Source: Place a solar panel near a fire or molten material to generate electricity continuously.
- Thermoelectric Generator System: Use a hot side (Lava) and a cold side (Ice/Water) to produce electricity passively.
2. Designing an Automated Smelting System
Want to process metals without manual intervention? Here’s a simple setup:
- Use pistons or conveyors to move raw materials (e.g., Iron Ore) to a furnace.
- Apply heat sources like fire or plasma to smelt the ore into metal.
- Use a pump to transport molten metal to a mold or container.
3. Building a Perpetual Motion Water Cycle
Create a self-sustaining water cycle by combining evaporation and condensation:
- Heat water to produce steam.
- Let the steam rise and cool down using a colder material.
- Collect the condensed water and redirect it back into the system.
- Repeat the process with minimal energy input.
4. Automating Material Transportation
Transporting materials efficiently requires the use of pistons, conveyors, and gravity.
- Conveyor belts move solid elements from one area to another.
- Pumps can transfer liquids without spilling.
- Fans push gases to specific locations, useful for controlling reactions.
5. Self-Sustaining Ecosystem Simulation
If you enjoy experimenting with life forms, try designing a balanced ecosystem:
- Use plants and water sources to provide oxygen and nutrients.
- Introduce microorganisms or animals to complete the food chain.
- Ensure waste materials are recycled into nutrients via decomposers.
Common Mistakes to Avoid
- Overcomplicating the system: Start with simple loops before integrating advanced mechanics.
- Ignoring temperature management: Too much heat can destroy components; use coolants wisely.
- Not testing in small steps: Build automation in phases to troubleshoot problems easily.
Final Thoughts
Automation in Sandboxels is a fun and rewarding challenge that pushes your problem-solving skills. By understanding element interactions, utilizing conductive materials, and designing self-sustaining systems, you can create impressive automated setups. Start with small automation projects, refine your designs, and gradually work toward more complex mechanisms. With practice, you’ll master the art of automation in Sandboxels!