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Defense & team strategy

Build and Conquer Anti-Air Placement: Match the Incoming Threat

Use recorded CIWS and Arrow 3 target restrictions to plan local protection without inventing coverage circles or interception odds.

10/15/2026 Beta / dated sources BC Hub Editorial Last updated: 10/15/2026 2 min read

What does the incoming threat change?

A defense’s position only helps if the system can engage the threat. In GoateeLawyer’s October 13 recording, CIWS is described as close-in gun defense against drones and cruise missiles. Arrow 3 is described as local high-altitude ballistic defense with a minimum engagement altitude; its tooltip says it cannot engage drones.

Arrow 3 high-altitude ballistic role, minimum engagement altitude, cannot engage drones, cost, steel, upkeep and limit.
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GoateeLawyer; 2026-10-13; 1:15. Watch the original recording. Game imagery © The Slop Company.

How do you plan a protected district?

  1. Name the asset you want to protect: a factory, resource district or launcher group.
  2. Identify the weapon class observed in the attack instead of treating all airborne objects alike.
  3. Inspect the appropriate defense tooltip and meet its city, material and placement conditions.
  4. Leave accessible room for the selected systems near the district you are protecting. Do not assume a distant battery covers the entire city.
  5. Observe an attack and check the actual firing and readiness state before duplicating the layout.

Distributing defenses across important districts is our planning advice to avoid relying on one location; this recording does not prove a particular spacing in studs, stacking bonus or ideal grid. A minimum engagement altitude is a targeting condition, not a ground-distance measurement.

What budget accompanies the placement?

CIWS target classes, 8-per-city placement limit, cost, upkeep and city gate.
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GoateeLawyer; 2026-10-13; 0:44. Watch the original recording. Game imagery © The Slop Company.

The recorded CIWS costs $10,000, takes 40 seconds to build and lists $45 upkeep per pay cycle, with a limit of eight per city. Arrow 3 costs $40,000, takes 80 seconds, requires 400 steel and lists $130 upkeep per cycle, with a limit of 12 per city. Those are different allowances for different objects; filling both limits is not automatically an efficient defense.

For a hypothetical two-CIWS and one-Arrow plan using only these quotes, construction is $60,000 and 400 steel, with $220 listed upkeep per pay cycle. That arithmetic excludes ammunition/reload costs and city support requirements not established by the two panels. Do not advertise it as a tested raid-proof layout.

Where should you go next?

Evidence & recording dates

Recorded values describe the source shown below. They may differ from your current game. Interpret numerical fields together with their version and context.

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