Building & Automation

Building & Automation

Doloc Town building and automation guide covering vertical farm layout, platform stacking, solar and wind power, drone stations, and end-to-end hands-free farming systems

6-wide Standard
Platform Width
End-to-End
Automation Level
2 Additional
Farm Expansions

Introduction

Doloc Town's building system revolves around vertical farm construction — stacking platforms upward to maximize growing space. The 1.0 update introduces full farm automation through solar panels, wind turbines, and farming drone stations that handle seeding, nurturing, and harvesting automatically. This category covers everything from basic platform layout to end-to-end hands-free farming systems across your expanded territories.

Automation Tech Progression

StageComponentsUnlocksPower Source
1. Manual FarmingPlanters, Plastic CoveringsBasic crop productionGenerators
2. Clean EnergySolar Panels, Wind TurbinesFree electricitySun + Wind
3. Drone StationsFarming DronesAutomated seeding, nurturing, harvestingPower Grid
4. Full AutomationPower Grid + Drones + Gene MachinesHands-free farm empireSolar + Wind + Storms

Key Building Components

S

Solar Panel

Clean daytime energy — zero fuel cost power source

OutputGenerates electricity during daytime sunny and Blazefall conditions — consistent, free power for drone stations
LimitationZero output at night and during storms — must pair with wind turbines or lightning rod storage for 24/7 coverage
Automation ImpactEssential for powering drone stations that handle automated seeding, nurturing and harvesting across your farm
A

Wind Turbine

Wind-powered energy — complements solar output

OutputGenerates electricity during windy weather conditions — variable output that complements solar panel gaps
Best PairingSolar + Wind + Lightning Rods covers all weather conditions: sunny (solar), windy (turbine), storm (lightning)
Grid BalanceEnsure total power production from all sources exceeds drone station consumption to prevent brownouts
S

Farming Drone Station

badge-legendary

Automated seeding, nurturing and harvesting — 1.0 core

FunctionsThree drone types: Seeding (plants seeds), Nurturing (waters and fertilizes), Harvesting (collects mature crops)
CoverageOne station serves 6-9 planter spots — prioritize seeding and harvesting drones, nurturing is lower priority with rain
Power NeedRequires consistent power grid connection — brownouts halt automation and can leave crops unattended
A

6-Wide Platform

Standard building base — 3 plant pots per level

CapacityFits 3 plant pots per level — the most space-efficient standard layout for vertical stacking
Stack StrategyExpand vertically before horizontally — use construction mode temporary placement to rearrange before committing
Farm Expansion1.0 adds 2 additional farming territories beyond the starting plot for massive expanded operations

Core Mechanics

Building in Doloc Town starts with 6-wide platforms that fit 3 plant pots per level. The construction mode allows temporary placement for easy rearrangement. Power generation flows from basic generators to clean energy (solar panels produce electricity during sunny conditions, wind turbines during windy weather). Storm events with lightning rods generate free electricity. Farming drone stations automate the three core farming tasks: seeding, nurturing (watering/fertilizing), and harvesting. The 1.0 update adds maximum farm size plus 2 additional farming territories for expanded operations.

Advantages

Full automation transforms Doloc Town from an active farming game into a passive income simulator. Once drone stations and power systems are connected, crops are planted, tended, and harvested without any player input. The solar/wind power system means no ongoing fuel costs — storms actually provide bonus electricity through lightning rods. The expanded farm territories from 1.0 give massive additional growing space.

Challenges

Automation requires significant upfront investment in tech tree research and building materials. The power grid system has limited capacity — too many drone stations on one grid causes brownouts. Solar panels produce zero power at night and during storms, while wind turbines only work during windy conditions. The initial setup phase before automation is labor-intensive and can feel grindy.

Frequently Asked Questions

When should I start automating?+
Begin the transition to automation once you have stable crop income and have unlocked solar panels in the tech tree. Start with one drone station connected to solar panels, then expand as your power grid capacity increases. Don't try to automate everything at once — phased automation prevents power grid overload.
How does the power grid work?+
Connect generators, solar panels, and wind turbines to a power grid that feeds drone stations. Each power source has different output characteristics — solar is consistent during day, wind is variable, and storms provide massive bursts through lightning rods. Balance your power production to exceed station consumption.
How many drone stations do I need?+
One drone station can typically service 6-9 planter spots depending on crop type and automation type. Seeding and harvesting drones are most important — nurturing drones are lower priority since rain provides free watering during rainy seasons. Start with one of each type and expand based on your farm size.

Quick Tips

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Start with 6-wide platforms — this fits 3 plant pots per level and is the most space-efficient base layout. Expand vertically before expanding horizontally to maximize your starting plot.

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Use construction mode temporary placement to rearrange your entire farm layout before committing. This is especially useful when transitioning from manual to automated farming and you need to reorganize for drone station coverage.

💡

Always install more lightning rods than you think you need. Storms are the best source of free electricity, and excess power from lightning strikes can be stored for periods when solar and wind output is low.

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