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Airship
May 24, 2026 at 08:58 AM
Corrected airship propulsion framing (solar panels + battery + propellers); added upgrade and trip-planning sections
The airship is the primary means of transportation in Solarpunk. Players use it to travel between the floating islands that make up the game world. The airship runs on electricity from an onboard battery that is recharged by its solar panels, and it uses directional propellers to fly.
The airship's solar panels charge an onboard battery during daylight, so flight ties into the same renewable theme as the rest of the game. Because the weather system affects conditions in the sky, players keep an eye on the weather when planning long flights. The energy system is also what determines how long the airship can stay airborne between rests.
Each player builds and customizes their own airship. In co-op sessions, every player has a personal airship rather than sharing a single group vessel, so players can explore separately or fly out together. Exploring distant islands is a core part of progression and opens up new resources to bring home.
The weather system includes wind that affects airship flight. Wind direction and strength change over time and can push the airship off course while the player is steering, so flying between distant islands means accounting for the conditions along the way.
As Solarpunk players progress, the airship can be upgraded across several axes that together determine how far it can fly, how much it can carry, and how steady it is in bad weather.
Upgrade Track | What It Affects |
|---|---|
Solar panels | How quickly the onboard battery recharges in daylight |
Battery capacity | Total flight range between rests on an island |
Engine performance | Cruise speed and acceleration when correcting course |
Rudder | Manoeuvrability when wind tries to push the ship off course |
Storage | How many resources the player can ferry home in a single trip |
Top up the battery before takeoff. The energy system lets players park the airship near a base battery bank and charge it before a long flight, so the trip starts with a full reserve.
Pick a clear-weather window. The weather system affects both solar charging and the wind that pushes the airship; storms slow recharging and complicate steering.
Plan return capacity. Storage is finite, so trips out to a distant island are constrained by how much the ship can carry back rather than by how much is available out there.
In multiplayer sessions, each player has their own airship, so groups can run two or three trips in parallel rather than queueing on a single shared vessel.
