Stepping onto the ash-strewn crust of the archipelago's most hostile landmass will instantly test your logistical planning. Without a reliable strategy, periodic lava surges will melt your worker bots, stall your power grid, and sever your supply lines. This detailed Brave New Wonders Asia guide walks you through every milestone needed to tame this volcanic environment, establish unbreakable battery buffers, and process industrial scrap into high-tier science packs. Mastering this continent is essential because its volcanic minerals unlock heavy industry research, advanced metallurgy, and terrain-defying flying units. Following this Brave New Wonders Asia guide ensures your factories thrive while the surrounding landscape burns.
Preparing Your Airship Expedition to Asia
Before lifting off from the snowy ruins of Europe or the temperate plains of the Americas, your base logistics must operate autonomously. Players progressing through the campaign should have their first three science packs completely automated, including the electromagnetism research packs (commonly known as blue science) unlocked on Europe.
Your train hub back home must receive these research packs automatically without requiring manual hauling. Seasoned community guides advise operating at least two dedicated production buildings for every unlocked science type. If your home hub is fully self-sustaining, queue up the Heavy Industry Research Pack technology right before departing so that prerequisite science accumulates while you travel.
Loading your airship properly saves tedious round trips across the archipelago. Make sure your cargo hull and personal inventory carry the essential components needed to construct an initial operational foothold.
- Metal plates and thermoplates for assembling foundational frames and structural connectors.
- Simple kits and refined crystals for establishing power nodes and basic logistical stations.
- Roughly 100 automatons to supply an immediate workforce without depleting your local fleet.
- Automated ship fuel lines and defense ammunition configured according to standard long-haul transport logic.
Upon touching down on Asia's rocky perimeter, deploy your Airship Hub immediately. Restock your character inventory from the vessel's cargo bay and establish a manual save. The lava on this island kills the player and obliterates land vehicles on contact, making frequent saves mandatory whenever you traverse uncharted ravines.
Surviving the Volcanic Hazards: Thermal Power and Energy Cells
Your initial journey inland leads past the first lava basin to a Broken Thermal Power Plant. Interacting with this structure advances the narrative and directs you to mine 10 nearby industrial scrap nodes, unlocking the Recycling technology. This breakthrough provides access to both the recycler and the battery charging station, the two cornerstones of Asian infrastructure.
Energy generation on Asia operates in intense pulses. When active lava passes directly through a thermal power plant, the facility produces massive wattage. However, once the flow recedes, power output plummets straight to zero. To prevent your entire base from shutting down between eruptions, you must capture excess thermal energy in portable energy cells.
A single charged energy cell placed into a power plant generates 32 megawatts of continuous electricity for one full minute. Because battery charging stations charge empty cells faster than thermal plants consume them, you do not need an immense stockpile to maintain a continuous baseline.
| Power Setup Component | Recommended Ratio | Operational Function |
|---|---|---|
| Thermal Power Plant | 3 Buildings | Generates raw power during lava flows; consumes charged cells during dry periods |
| Battery Charging Station | 2 Buildings | Recharges depleted energy cells rapidly using surplus eruption power |
| Energy Cell Buffer | 9 to 10 Cells | Sustains an endless closed-loop cycle between chargers and generators |
| Smart Splitter / Merger | 1 Pair | Balances cell distribution across nodes and retrieves depleted cells |
To automate this loop, direct a smart merger to pull charged energy cells from the charging stations into a staging crate. Connect this crate to a smart three-way splitter using the plain-text instruction: split item from source between B, C, and D. This delivers charged cells evenly across your three power plants. A parallel smart merger network then collects uncharged cells ejected by the generators and loops them back into the charging stations.
For purists seeking maximum efficiency, player experience reveals a subtle design challenge: running chargers and generators on a single shared electrical grid causes discharging power plants to feed charging stations in an endless, lossy loop. You can isolate the charging station network so it only draws power when raw lava floods the primary plants, while the discharged cells power your broader industrial factory floor.
Designing Sentry Warning Systems for Lava-Zone Mining
Unlike earlier islands where mineral deposits sit on stable soil, Asia's richest industrial scrap veins rest directly inside volcanic channels. Standard bot mining behaviors result in total disaster when an eruption begins. To extract these infinite scrap nodes without losing automatons, you must implement an automated early warning system.
Temperature-sensing sentry posts act as the nervous system of your mining outposts. By placing sentry posts along the upstream lava path, you can monitor ground temperature shifts before the molten rock arrives. These sentry posts emit a continuous green signal during safe conditions. You configure their internal logic to broadcast a red signal when the surrounding temperature exceeds 50 degrees.
Once the warning sentries are established, you link their signals to your mining automatons. Program your scrap miners using this conditional logic:
- Open the automaton behavior editor and select your designated miner bot.
- Input the instruction: If signal A, B, or C is red, move to warehouse. Else, mine node and deliver to warehouse.
- Review the generated state machine graph to verify that the danger state takes priority over resource extraction.
- Set the safe warehouse outside the lava channel, far enough from high-temperature zones to prevent bot degradation.
When the sentries detect incoming heat, the mining bots drop their extraction routines and retreat to hug the perimeter of the safe warehouse. Because automatons occasionally experience slight pathing delays when finishing an active mining cycle, using three staggered sentry posts along the channel provides the reaction buffer necessary to ensure survival. Logistics movers assigned to haul scrap across chasms must be bound to the exact same warning logic so they never get trapped mid-transit.
Scrap Processing and Multi-Output Recycler Automation
Industrial scrap mined from volcanic beds feeds the recycler, an advanced processor that disassembles old-world salvage into fundamental crafting components. The recycler features diverse recipes that transform scrap into a self-sustaining material mall, making manual crafting obsolete as explained in this Brave New Wonders Asia guide.
Salvagable industrial scrap breaks down primarily into thermoplates and simple kits, which account for roughly 72 percent of total yield. The remaining output yields chips, compute cores, and small fractions of raw mineral compounds. Feeding primary outputs back into secondary recyclers unlocks essential base materials:
- Recycling thermoplates produces refined metal plates and crystal compounds.
- Recycling simple kits yields additional metal plates alongside trace crystal materials.
- Recycling compute cores delivers uncharged energy cells mixed with leftover chips.
- Recycling chips and crystal compounds produces refined crystals for advanced tech.
Managing up to six distinct output items from a single recycling building can quickly overwhelm logistics networks. Instead of assigning individual smart movers to every item type, you can program a single smart mover to manage the sorting process.
Assign the mover to withdraw items from the recycler output container, evaluate the item type against your six target categories, and deliver each item to its designated sorting warehouse. Implementing this single-mover sorting routine keeps your factory footprint compact and ensures secondary recycling lines never back up due to clogged input slots.
Automating Heavy Industry Research and Unlocking Flying Movers
Advancing past the early stages of Asia requires the Heavy Industry Research Pack, colloquially termed red science. To unlock the recipe at your central research terminal, ship 10 pieces of raw industrial scrap back to your train hub. Red science requires two specific inputs: charged energy cells and heavywe ingots.
Smelting heavy rare earth elements found in small quantities among Asian salvage produces heavywe ingots. Each finished ingot craft supplies enough material for five heavy industry research packs. Unlike the closed-loop energy cells used in power generation, the charged energy cells required for red science are consumed entirely during fabrication.
Set up a dedicated production line where compute cores are recycled into uncharged energy cells, routed through two dedicated charging stations, and fed straight into the red science smelters alongside heavywe ingots. To deliver these science packs back home, configure your secondary airship as an automated hauler.
Airship Logistics Rule:
- Depart Asia when cargo holds at least 50 Heavy Industry Research Packs.
- Return to Asia after refueling and restocking defensive ammunition at the home terminal.
Keeping the departure quota at 50 packs prevents the hauler from sitting idle during early production ramps. While red science begins flowing, research Advanced Metallurgy and queue up Flying Movers.
Flying movers revolutionize volcanic logistics. Built using lightweight materials and energy cells, these aerial drones ignore ground terrain entirely. They fly directly over lava channels and chasms without taking heat damage or relying on sentry warning networks.
To get to the other side of the chasm, you might need to take a trip back to your main island to pick up 50 dynamite. Command a flying mover to carry the explosives across the gap to the cracked geological column. Detonating the structure collapses the pillar into a permanent bridge, unlocking access to three additional scrap nodes, expanded volcanic building plateaus, and the advanced swift mover tech tree.
If your factory reaches stable red science output while awaiting long research timers, you can visit the official Brave New Wonders Steam store page for recent community updates and patch notes, or redirect your airship toward the agricultural challenges of Africa.
Frequently Asked Questions
When should I choose to explore Asia instead of Africa?
The campaign allows you to unlock access to both Asia and Africa simultaneously once Europe is complete. You can tackle them in any order. Asia is heavily industrial and volcanic, focusing on power storage, heat management, recycling loops, and the heavy industry research pack. Africa revolves around dynamic agriculture, greenhouses, and spoilage timers. Choosing Asia first is ideal if you want early access to flying movers and robust power systems.
Why do my mining bots die even with sentry posts installed?
If mining automatons perish in lava despite having warning sentries, your retreat trigger is likely placed too close to the mining zone. Bots need physical travel time to walk from the node to safety. Add a third upstream sentry post further up the lava channel, set the temperature threshold to 50 degrees, and verify that your bot logic uses an "OR" condition across all sentry signals so that any active alarm forces an immediate retreat.
How do I stop batteries from looping endlessly between chargers and power plants?
When battery charging stations and thermal power plants share the exact same wire network, the power plants will discharge batteries into the power grid, which the charging stations immediately consume to recharge new batteries. To prevent this parasitic drain, isolate the charging stations onto a separate electrical subnet that only draws surplus generation during active lava surges, leaving the discharging plants dedicated solely to your factory machinery.
What is the most important takeaway from this Brave New Wonders Asia guide?
The most vital lesson in this Brave New Wonders Asia guide is transitioning from physical ground routing to signal-driven logic and aerial logistics. Taming Asia requires using conditional sentry warnings to preserve ground workers, establishing balanced energy cell buffers to survive power drops, and deploying flying movers as quickly as possible to bypass volcanic terrain hazards permanently.