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The "two core pillars" approach is such a smart way to scope a jam prototype. We took a similar approach with our cozy adventure game — narrowed everything down to two systems (emotion-based crafting + farming loop) and tested only whether those felt fun before adding anything else.

The snapping system challenge resonates hard. Connecting pieces in a way that feels intuitive but works physically is deceptively difficult. In our case it's inventory slots and crafting recipes — different domain but the same core problem: the system needs to "just work" so players focus on creativity, not fighting the interface.

Your point about the camera being a crucial supporting element is really insightful. It's easy to treat camera as an afterthought, but in a physics sandbox where the payoff is watching chaos unfold, the camera IS the storytelling tool. The difference between "car fell off" and "car barely survived an insane loop" is entirely how the camera frames it.

To answer your question: yes, people want this. The combination of building + physics + watching outcomes is a loop that never gets old. The key differentiator will be how easy it is to share those chaotic moments — built-in replay/clip capture could be huge.

What's your current approach to the snapping — grid-based, socket-based, or something hybrid? Curious how you handle pieces that connect at angles.

Thanks so much for your comments and insights! Really appreciate it :D

Yes, track snapping system is crucial part and we still need to find the best way to tackle this issue. Grid-based might be the most technically viable one, but I still feel it would limit the freedom when designing the track. I guess something like from Marble World that we're looking at right now, but we'll see!

That tension between freedom and technical viability is such a real design challenge. Grid-based is safe but can feel rigid — you lose those satisfying organic curves. Marble World's approach is interesting because it finds that middle ground where pieces still connect predictably but the layouts can feel more natural.

One thing that might help: a hybrid where the connection points are socket-based (specific attach points on each piece) but the pieces themselves can be placed freely in space. That way you get the precision of snapping at joints without forcing everything onto a grid. Kind of like LEGO Technic vs regular LEGO — more angles, same satisfying click.

Whatever you land on, the fact that you're thinking about it this carefully before building it is a good sign. Looking forward to seeing how it evolves! 🏎️