GET YOUR BEARINGS
Plan your next Landfall Archives session
Our independent guide breaks down each prototype’s core idea, helping you spot patterns and differences without assuming hidden features. By focusing on documented mechanics, you can decide which experiments match your curiosity and how to compare them effectively.
01 / THE GUIDE
Modular Damage Comparison
Play Robots Forever followed by Robots Forever 2. Note how targeting specific robot parts changes combat flow, and record any differences introduced by the upgraded weapons in the sequel.
- Observe which robot parts lose health fastest and target those to disable enemies quicker.
- Compare the weapon upgrade options between the two games to see how they affect damage distribution.
02 / THE GUIDE
Airship Stability Test
Construct an identical airship in both Airships 1 and Airships 2. Fly each version over the same terrain and log how the stabilization improvements affect control.
- Try different part mixes in Airships 1 to see how different configurations fly.
- Use the stabilization feature in Airships 2 to compare handling against the first prototype.
03 / THE GUIDE
Destructible Terrain Observation
In Medieval America, watch the level collapse during a match. Compare how the changing environment influences movement and positioning versus the static arenas of other titles.
- Watch how the collapsing terrain in Medieval America changes movement options.
- Practice aiming in Counts and Stakes to gauge how physics obstacles affect line‑of‑sight.
04 / THE GUIDE
Sandbox Physics Exploration
Use TABS 2017’s sandbox to arrange units and observe interactions under the 2.0 physics system, then try a custom scenario in Playful to see how rule changes affect those same physics.
- Use TABS 2017’s sandbox to test how different units interact under the older physics system.
- In Playful, experiment with varied win conditions to see how the game adapts to custom rules.
05 / THE GUIDE
Theory to Practice Check
Review a slide from Physics Presentation, then play Physics Fighter and see whether the in‑game collisions match the described behavior.
- Review the slideshow before tackling physics‑intensive games to set expectations.
- Refer back to specific slides when you encounter surprising behavior in other titles.
