Advanced Farming Guide

Achieving perfect plant genetics (all Y and G genes, no X or H) requires a systematic breeding approach that takes advantage of cross-pollination mechanics.

Genetics refresh: Every plant has a 6-character gene string. Each position can be G (growth speed), Y (yield), H (hardiness), W (water efficiency), or X (empty/bad). The ideal gene string for maximum yield is YYYYGY or GYYYYY -- all beneficial genes with emphasis on Y (yield) for harvest quantity.

Breeding protocol step-by-step:

Phase 1 -- Collection (30 minutes): Plant every seed you find in a large planter box. Let them grow to the seedling stage (about 10 minutes) so you can inspect their genetics by holding a light source near them. Remove (pick up) any plant with X genes immediately. Keep all plants with at least 4 Y or G genes.

Phase 2 -- Selective planting (1-2 hours): Take the best seeds from Phase 1 and plant them in a new planter box, placing only good-gene plants adjacent to each other. Cross-pollination occurs between neighboring plants, and offspring inherit genes from their parents. The key is that plants surrounded by good neighbors produce seeds with better genetics. After this generation grows to maturity, harvest and check the new seeds.

Phase 3 -- Refinement (1-2 hours): By the third generation, you should have seeds with 5 of 6 slots being Y or G. Plant these elite seeds in a dedicated planter and surround them with other elite plants. The fourth generation should produce near-perfect genetics (YYYYGY or similar).

Phase 4 -- Cloning: Once you have a perfect plant, use the Clone feature (right-click a mature plant with a shears tool) to produce an exact genetic copy. Clones grow faster than seeds and maintain identical genetics. Fill your entire farm with clones of your perfect plant.

Manual watering is tedious and time-consuming. An automated water system keeps your plants healthy without constant player intervention, allowing you to focus on other activities.

Basic automated system: Large Water Catcher (roof-mounted) -> Fluid Switch -> Hose -> Sprinkler (above planter box) The Water Catcher collects rainwater automatically. The Fluid Switch controls water flow (can be toggled manually or automated with electrical components). The Sprinkler disperses water evenly across a 3x3 area, perfectly covering a single large planter box.

Electrically automated system: Water Catcher -> Fluid Switch (controlled by Timer) -> Sprinkler Connect a Timer to the Fluid Switch electrical input. Set the Timer to activate for 2 minutes every 30 minutes. This creates a scheduled watering cycle that conserves water while keeping plants adequately hydrated. Each sprinkler uses approximately 6ml per minute, so a 2-minute cycle uses 12ml per activation.

Water storage calculation: A Large Water Catcher holds 50,000ml and fills at variable rates depending on rainfall. A single sprinkler on a 2-minute/30-minute cycle uses approximately 576ml per day (24 activations x 12ml). One Water Catcher can supply roughly 85 days of water for one sprinkler under continuous operation. In practice, rainfall replenishes the catcher, making it functionally infinite.

Multi-planter irrigation: For farms with 4-6 planter boxes, connect multiple Water Catchers to a Fluid Combiner, then split the output to multiple sprinklers via Fluid Splitters. Each connection point reduces pressure slightly, so add extra Water Catchers for larger systems (2 catchers per 4 sprinklers is a safe ratio).

Water purification: If your base is near the coast, Water Purifiers convert salt water to fresh water at a rate of approximately 500ml per minute (requires wood fuel). Connect a Large Water Tank to the purifier output, then feed the tank to your sprinkler system. This is more labor-intensive than rain catchers but provides a massive water reserve in areas with low rainfall.

Indoor water supply: For indoor farms, Water Catchers on the roof feed water down through fluid passthrough built into your base walls. Hoses connect the passthrough to indoor sprinklers above your planters. This setup is completely sealed and protected from raiders.

Composting at scale provides a steady supply of fertilizer that boosts plant growth by 50 percent. A well-fed composting operation significantly accelerates your genetics breeding program and tea production.

Composter mechanics: Place any organic material in the Composter input slots: plant fiber, food (raw or cooked), animal fat, horse dung, or spoiled food. The Composter processes inputs over approximately 30 minutes and produces Fertilizer in the output slot. Each cycle produces 5-10 Fertilizer depending on input quality. Higher-quality organic materials (animal fat, horse dung) produce more Fertilizer per cycle.

Feeding the Composter: The most efficient Composter input is Plant Fiber, which is abundant from hemp farming. A single large planter box of hemp produces 200-400 plant fiber per harvest. Dedicate one planter to hemp specifically for Composter fuel. The cycle is self-sustaining: hemp produces fiber, fiber becomes fertilizer, fertilizer accelerates the next hemp harvest.

Scaling composting: For a medium farm (4-6 planters), run 2 Composters simultaneously. Alternate feeding them so one is always producing while the other is being loaded. Stock each Composter to full capacity (30 slots of organic material) for maximum batch output.

Fertilizer application: Right-click Fertilizer while looking at a planter box to add it. Each planter box can hold a specific amount of fertilizer. Plants in fertilized planters grow approximately 50 percent faster and produce slightly more yield. The fertilizer is consumed as plants grow, so reapply every 1-2 harvest cycles.

Horse dung farming: Horses produce dung periodically. If you have a stable of horses near your base (fenced in with low walls), collect their dung and feed it to Composters. Horse dung is the highest-quality Composter input, producing the maximum Fertilizer per cycle. A single horse produces enough dung for approximately one Composter cycle per hour.

Composting as income: On some servers, Fertilizer is a tradeable commodity. Players who do not want to set up their own farming operation will buy Fertilizer for scrap. A well-run composting operation can generate 50-100 scrap per day in Fertilizer sales at the Outpost or through player-to-player trades.

Teas provide the most powerful consumable buffs in Rust. A dedicated tea operation can give your team a permanent economic advantage through boosted resource gathering rates.

Tea types and their value: - Pure Ore Tea: +50% ore yield for 30 minutes. A single Pure Ore Tea turns a 30-minute mining session from approximately 5,000 metal ore to 7,500 metal ore. Over a wipe, this advantage compounds enormously. - Pure Scrap Tea: +50% scrap yield from barrels for 30 minutes. Barrels drop 3 scrap instead of 2. During road runs, this translates to 200-300 extra scrap per session. - Pure Wood Tea: +50% wood yield. Makes wood farming significantly faster, reducing the time spent on base upkeep. - Pure Max Health Tea: Increases max HP temporarily. Useful for PvP encounters and monument runs. - Pure Anti-Rad Tea: Provides radiation resistance. Essential for Launch Site and other high-radiation monuments.

Tea quality tiers: Basic (mix 4 of the same berry), Advanced (mix 4 advanced berries), and Pure (mix 4 pure berries). Berry quality depends on plant genetics -- perfect YYYYGY genetics produce Pure berries, which craft into Pure teas. This is why genetics breeding is essential for a competitive tea operation.

Tea farm layout: Dedicate separate planter boxes to each berry color. Each color requires its own breeding line to achieve Pure quality. A complete tea farm needs: 2 planters of blue berries (Ore Tea), 2 planters of yellow berries (Scrap Tea), 1 planter of white berries (Wood Tea), 1 planter of green berries (Anti-Rad Tea), and 1 planter of red berries (Max Health Tea). Total: 7 planter boxes with dedicated genetics per color.

Mixing Table workflow: Craft a Mixing Table and place it near your planters. Harvest berries, place them in the Mixing Table (4 of the same color per tea), and craft. A single harvest from a full planter of perfect-genetics berries produces enough for 8-12 teas. With two planters per primary color, you can produce 16-24 Ore Teas per harvest cycle.

Team tea schedule: Before any farming session, drink the appropriate tea. Ore Tea before mining, Scrap Tea before road runs, Wood Tea before tree farming. The 30-minute duration means you should plan focused farming sessions around the tea timer. Do not waste tea time on non-farming activities.

Both indoor and outdoor farms have advantages and disadvantages. The optimal setup depends on your base design, electricity availability, and server population.

Outdoor farm advantages: - Free sunlight (no electricity cost for lighting) - Natural rainfall supplements watering - Unlimited space for expansion - No building material cost for enclosures

Outdoor farm disadvantages: - Plants are visible and destructible by raiders and griefers - Cross-pollination from wild plants can introduce X genes - Weather affects growth rates - Animals can trample planters if not fenced

Indoor farm advantages: - Complete protection from raiders (plants are behind walls) - Controlled environment (no wild cross-pollination) - 24-hour light cycle with grow lights (plants grow continuously instead of only during daylight) - Compact layout integrates with base design

Indoor farm disadvantages: - Requires electricity (grow lights: 10 rW each for Large Grow Light) - Building material cost for the farm room - Limited by available base space - Heat from grow lights can attract thermal-scope players

Hybrid approach (recommended): Build a partially enclosed rooftop farm. Place planter boxes on your roof surrounded by high external walls or half-walls. This provides natural sunlight during the day (no electricity cost) while protecting plants from ground-level interference. Add grow lights powered by solar panels for nighttime growth. The walls prevent wild cross-pollination while the open roof provides free lighting.

Farm room design: If building a fully indoor farm, dedicate a 3x3 or 4x4 room on your second or third floor. Line the ceiling with Large Grow Lights (one per planter box). Install sprinklers fed by roof-mounted Water Catchers. Place Composters in the corner. Wire all lights to your main electrical system through a switch so you can deactivate them if power becomes scarce. The room should have good ventilation (open windows or window bars) but no external access points that raiders could exploit.

A well-optimized farm generates significant value beyond personal use. Understanding the economics of farming allows you to turn your agricultural operation into a scrap-generating enterprise.

Resource value from farming: - Pumpkins: Each pumpkin provides 40 calories and can be sold at Bandit Camp vending machines or eaten for sustenance. A full planter of pumpkins (9 plants) produces approximately 50-80 pumpkins per harvest, enough to feed a trio for 2-3 days. - Corn: Higher calorie density than pumpkins. Excellent for crafting low-grade fuel (animal fat + corn) for vehicles and crafting. - Hemp: Produces cloth (essential for sleeping bags, armor, and medical supplies) and plant fiber (Composter fuel). The most versatile crop. - Berries: Raw material for teas. The highest value crop per harvest cycle due to the powerful buffs teas provide.

Scrap generation from farming: 1. Sell excess pumpkins and corn at Bandit Camp vending machines for scrap 2. Trade Pure Teas to other players (typical price: 25-50 scrap per Pure Tea) 3. Sell Fertilizer to players without farms 4. Trade cloth from hemp to early-game players who need sleeping bags

Farming vs monument running comparison: A fully optimized farm with 6 planters generates approximately 100-200 scrap equivalent value per harvest cycle (every 2 hours). Monument running generates 200-500 scrap per hour but carries PvP risk and requires combat gear. Farming is lower risk and can be done AFK (automated watering) while you handle other tasks.

Late-wipe farming dominance: By late wipe, when most players have abandoned farming for PvP, a dedicated farmer controls a scarce resource. Pure Teas become increasingly valuable as players prepare for raids and counter-raids. A stockpile of 50+ Pure Ore Teas and 50+ Pure Scrap Teas can be traded for high-value items like weapons, armor, or raid supplies.

Community farm concept: On team servers, some groups build public farms near Outpost for trade purposes. A public farm with signage advertising tea prices attracts customers and generates passive income. This works best on servers with active communities and trading cultures.