Tips & Tricks: Water, Power, Automation & Well‑Being Guide

Timberborn tips — concise practical advice to plan, survive, and optimize your colony.

Intro Timberborn is a heavy planning game: water, food, power, and wellbeing interact across seasons and districts. These tips distill high-impact tactics and common pitfalls so you spend less time putting out fires and more time building efficient, resilient colonies.

Early priorities and timeline

Day 1–7 essentials: place your District Center near a reliable water source and fertile ground; immediately build a Water Pump (or Mechanical Water Pump), Lumberjack Flag, Log Pile, Gatherer Flag, and a small house. Start one Inventor to begin science generation early.
Unlock order (first ~500–750 SP): Large Water Tank → Floodgate → Lumber Mill. These unlocks give you guaranteed storage, flow control, and plank production — the foundations for survival and expansion.
Days 8–18: build a dam at a river chokepoint to create a reservoir before the first drought (first drought commonly arrives day ~18–22). Place pumps at the deepest points. Aim to have a Small/Large Water Tank network plus at least a modest reservoir by day 15.

Water and drought management

Dams, reservoirs, tanks: use dams and levees to bank bulk water (reservoirs hold far more than tanks per build cost). Use Large Water Tanks for guaranteed, non-evaporating drinking water and clear indicators of capacity.
Floodgates: keep floodgates closed during temperate to fill reservoirs; during drought, open them partially (small openings) to dole out water slowly. Use multiple-stage cascade reservoirs (high → mid → main) for finer release control.
Depth Sensors + automation: place Depth Sensors in reservoirs and connect them to floodgates and pumps to automatically keep levels in safe ranges.
Water math for extended droughts: plan storage based on per-beaver consumption and expected drought length — reservoirs are the practical way to store large volumes; tanks are for precise guaranteed supply.
Badwater/badtide defense: close floodgates and seal reservoirs before a badtide. Use Contamination Barriers to stop contaminated soil spread and build bypass channels (levees, dedicated badwater reservoirs) and Badwater Pumps/Deep Badwater Pumps to intercept and collect contaminated flow for processing.

Food, nutrition variety, and farming

Diversify foods early: well-being and productivity scale with Nutrition tiers — aim for at least 3 distinct food types mid-game and more later (processed foods count strongly). Mix quick crops (Carrots) with processed chains (Grilled Potatoes, Bread) and gathered sources (Berries, Chestnuts).
Process food where possible: processed foods are calorie-efficient per tile and storage unit (Bread > raw Wheat; Fermented goods give high outputs). Investing in Gristmills, Bakeries, Fermenters pays off.
Farming placement: keep irrigated tiles clear of buildings — farm on every green tile within farmhouse range. Use Farmhouse planting mode for continuous replanting and set crop priorities when necessary.
Production ratios: match farms to processors to avoid bottlenecks (example: 1 Gristmill can support 2 Bakeries for Wheat → Flour → Bread). Plan farm sizes according to downstream throughput.

Wellbeing — maximize bonuses

Wellbeing matters: individual beaver wellbeing yields powerful bonuses (Work Speed, Movement Speed, Growth Speed for kits, Life Expectancy). Small improvements compound across the workforce.
Food variety and amenities: meet Nutrition tiers and place Social, Fun, and Spiritual buildings near housing to let beavers satisfy multiple needs in one leisure session. Decorate paths (Aesthetics) to passively raise wellbeing.
District-level care: every district has its own wellbeing average. Provide at least one decoration cluster and accessible wellbeing buildings per district — neglecting secondary districts leads to productivity drops even if resources come from elsewhere.
Work hours: a 14-hour workday is a good balance for productivity and wellbeing. Pushing to 16 hours raises wellbeing costs and slows reproduction.

Power planning and optimization

Transition off Power Wheels: Power Wheels are okay early but beaver-operator power is inefficient. Move to Water Wheels as soon as you can create concentrated flow channels (dams + narrow channels).
Water Wheel placement: force flow through narrow channels and use dams/levees to increase flow speed and power output. Compact Water Wheels are useful in tight spots.
Wind Turbines (Folktails): wind power is drought-proof and should complement water power to cover dry seasons. Build enough Batteries to smooth out variability — aim to store enough energy to keep essential buildings powered through calm stretches or drought-related shortfalls.
Power networks and redundancy: distribute generators across your map rather than clustering everything in one place. Use Power Shafts (including vertical shafts) to connect generation to consumers. Prioritize critical loads (water pumps, food processing) and pause low-priority power consumers when supply is tight.

Automation and sensors — stability and anti-flapping

Useful sensors: Depth Sensors for reservoir control, Flow Sensors for verifying water movement, Contamination Sensors to auto-close intakes, Weather Sensors to pre-position systems before droughts, and Resource Counters to scale production.
Logic basics: use Relays (AND/OR/NOT/XOR) to combine sensor signals. Implement hysteresis (two depth sensors with separate thresholds) to avoid rapid on/off cycling.
Example circuits: automate drought response (Weather Sensor + Depth Sensor + relay to pause non-essential water users), contamination bypass (Contamination Sensor → Fill Valve), and production scaling (Resource Counters trigger extra factories).

Districts, crossings, and expansion

District placement: place District Centers near water and resources; center them to cover the target build area because builders need paths within 10 tiles. The first district should be your strongest base.
When to expand: build a second district when your first has 30–50 stable beavers, steady food/water, and a modest resource surplus. Have District Crossing researched before expansion.
Crossings: each District Crossing connects two districts and can use up to 10 workers per side. Staff crossings adequately (aim for 5–10 per side) and configure import/export sliders to avoid wasteful bouncing. Provide housing and wellbeing in new districts before moving workers.
Multi-district scale: assign roles (power, farming, timber, industry) and plan crossing worker counts based on expected throughput.

Bots (automation workforce) — timing and roles

When to build: bots are a mid-to-late-game investment. Start bots once you have stable food surplus, reliable power, and a functional metal/gear pipeline.
Bot types and fueling: Timberbots use Biofuel (ties into agriculture and drought vulnerability); Ironbots use electrical Charging Stations (power-dependent but faction-synergistic). Choose according to your faction and resource profile.
Use cases: bots excel at hauling and repetitive labor; they do not need wellbeing or housing. They cannot replace all beaver-specific roles (research, some buildings).
Scaling and replacement: bots have a finite lifespan; plan for continuous replacement production (Bot Part Factories + Bot Assemblers). Begin with one bot to validate supply chains before scaling.

Terraforming and terrain works

Terrain Blocks and Dirt Excavator: you can place Terrain Blocks (6 Dirt each) to raise new ground for farms, dams, or platforms. Use the Dirt Excavator to recover Dirt when you need to move earth from one area to another.
Use terraforming to create better reservoirs, raise build platforms above floodlines, or reclaim irrigated tiles for farms.

Common mistakes to avoid

Building on irrigated green tiles (lose farmland). Put non-farm buildings on dry land.
Neglecting Foresters — deforestation collapses wood supply. Build a Forester early and manage planting.
Underbuilding storage — production stalls when outputs have nowhere to go. One Large Warehouse per ~5–6 production buildings is a good guideline.
Forgetting power before expansion — unpowered buildings idle and waste resources. Expand power ahead of adding power-hungry factories.
No floodgate or dam before drought — even a small 1-tile dam at a chokepoint can save you.

Emergency protocols

Emergency shutdown sequence: increase working hours to 18, pause non-essential buildings, reassign workers to pumps/hauling, shut down breeding to limit population growth, and consolidate population into the best-supplied district.
Exile or abandon marginal districts when supplies get critical; concentrate survival resources in your core.
After crisis, refill water first, rebuild food buffers second, restore population and wellbeing last.

Use these tips as a playbook: prioritize reliable water storage and control, diversify food and process it, automate to reduce manual micromanagement, and plan power with redundancy. Wellbeing is not fluff — high wellbeing massively increases workforce efficiency and life expectancy, so invest in food variety, decorations, and accessible amenities in every district.