Break ground on a new frontier as the planet dies around you! Dig deep and build wide to excavate long-lost spacefaring technology, while ensuring everyone has the vital water, fuel and creature comforts they need! Do you have what it takes to reach the final frontier?
The game seamlessly combines two distinct gameplay loops - constructing a bustling steampunk town on the surface and delving into ancient mines underground. On the surface, players must manage the needs and resources of their robotic citizens, building a variety of residential, commercial, and industrial facilities to accommodate the evolving requirements of different tiers of citizens, from basic workers to specialized engineers, aristocrats, and scientists. Underneath the town, players must designate areas to excavate, stabilizing the tunnels to prevent cave-ins as they delve deeper in search of valuable resources to fuel their surface-level production chains. The game allows players to instantly transition between the two layers, facilitating a fluid back-and-forth as they manage their city and extract essential resources from below.
The game takes a player-friendly approach to building placement, allowing players to freely relocate any structure without penalty. This flexibility encourages experimentation and the ability to fine-tune the layout of the city as needs and resources change over time.
The game provides a clear progression path, with each map offering a set of milestones to work towards, such as unlocking new underground levels or launching a rocket to escape the dying planet. This sense of purpose and achievable goals helps maintain momentum and engagement throughout the experience.
While the gameplay may be more streamlined than complex city-builders, the game's charming presentation and seamless integration of the surface-level and underground elements create an enjoyable and accessible experience for players. The steady progression and clear goals help sustain engagement, while the flexible building placement encourages experimentation and optimization.