MA 2 – President Simulator Space Exploration Guide

In MA 2 – President Simulator (frequently referenced in player communities as Modern Age 3 or MA3), space exploration is a late-game system that requires a dedicated cosmodrome, sustained funding for scientific research, and steady production of high-tier industrial goods. Do not start a space program until your nation maintains a reliable budget surplus and fully secured borders.

Economic and Industrial Prerequisites

Launching aerospace missions demands continuous capital outflows and stockpiles of advanced manufacturing goods. Launching projects prematurely can drain national reserves and cause severe economic stagnation.

Before building aerospace facilities, confirm that your state meets the following benchmarks:

Fiscal Surplus: Daily tax receipts must comfortably exceed national operational expenses and sovereign debt servicing.
Resource Stockpiles: Establish domestic production or import routes for microelectronics, refined metals, titanium, and hydrocarbon fuel.
Energy and Research Infrastructure: Modernize your energy grids and fund the Ministry of Science and Education to research prerequisite aerospace technologies.

Cosmodrome Placement and Facility Upgrades

A cosmodrome serves as the logistical center for assembling launch vehicles and staging space expeditions. Construction requires large allocations of steel, electronics, and state funds.

Follow these steps when establishing your launch complex:

Select an Interior Province: Place the cosmodrome deep within your core borders under air defense coverage. Border regions leave the facility vulnerable to enemy artillery strikes and ground invasions.
Establish Dedicated Supply Chains: Route ongoing factory output of microchips, aluminum alloys, and rocket propellants directly to the facility.
Upgrade Launch Infrastructure: Invest science points into assembly bays, testing ranges, and tracking stations to shorten turnaround times and decrease launch failure rates.
Maintain a Cash Buffer: Keep an emergency reserve in the treasury to absorb material price spikes and prevent launch delays.

Space Mission Progression Tiers

Aerospace missions follow a sequential path. Each stage unlocks the data, manufacturing capacity, and national rating necessary to support subsequent tiers.

Exploration Stage	Primary Objective	Key Resource Demands	Strategic Impact
Reconnaissance Satellites	Deploy orbital radar networks	Electronics, Fuel, Science Points	Clears military fog of war and monitors hostile troop movements
Orbital Space Station	Establish a permanent orbital lab	Titanium, Microchips, State Budget	Generates passive research points and increases national prestige
Lunar Exploration	Land scientific probes on the Moon	High-Grade Alloys, Avionics	Boosts national rating and unlocks advanced energy technologies
Deep Space & Mars	Dispatch interplanetary probes	Rare Elements, High-Tier Tech	Delivers maximum diplomatic influence and technology progression

Balancing Space Investment with National Defense

Diverting high-tier materials and state funds into aerospace projects creates defense trade-offs. Microchips, titanium, and capital allocated to launch vehicles cannot be used to manufacture fighter jets, air defense batteries, or main battle tanks.

To avoid leaving your borders vulnerable:

Cap Aerospace Allocation: Restrict space program expenditures to 20–30% of your surplus industrial capacity.
Replenish Military Stockpiles: Rebuild domestic weapons reserves before beginning expensive lunar or interplanetary projects.
Halt Production During Wartime: If a neighboring nation declares war, freeze ongoing space builds immediately and reroute manufacturing queues to national defense until the conflict is resolved.

Free MA 2 – President Simulator Codes

Current active codes and how to redeem them.

View Codes

Emily Johnson

Emily writes practical mobile strategy guides with a focus on resource planning, base progression, and the early decisions that shape a long-term account.