Radiation poses a critical threat in Jump Space, escalating from minor concern to crew-wide crisis in higher-difficulty missions. While initially manageable during solo play or early missions, coordinated teams in advanced sectors face system failures and frantic scramble scenarios triggered by radioactive hazards.

Mechanics of Radiation Hazards

Radiation events activate in missions with 3–4 players, overwhelming ships through power grid disruption. Unlike localized hull breaches, radiation floods the entire vessel, disabling all systems connected to affected grid slots. Reactivating critical systems like shields or thrusters requires manual intervention—no automated repairs can fully counter this threat.

While the Buddy AI assistant handles basic operations in solo mode, human crews must execute split-second repairs during radiation surges to prevent catastrophic failures.

Radiation Mitigation Strategies

Survival hinges on strategic reactor management. Engineers should prioritize:

• Protected slot allocation: Assign vital systems (shields, engines) to radiation-resistant grid positions

• Multi-role coordination: Designate engineers for shield reloads, fuse replacements, and turret maintenance

• EVAs under fire: Deploy crew for external repairs during radiation-induced component failures

Smaller crews experience manageable pressure, while four-player teams face exponential complexity requiring military-grade coordination.

FAQ

When do radiation risks become significant?

Radiation becomes mission-critical in Tier 3+ assignments with larger crews.

How does radiation immobilize ships?

By disabling power grid connections, rendering turrets, life support, and propulsion systems inoperative.

Is Buddy sufficient for radiation crises?

No—human engineers must execute complex repairs during high-intensity radiation events.

Do protected slots guarantee safety?

They improve resilience but remain subject to balance changes during Early Access development.