Templi Nahuabalt

How did ancient Mesoamerican peoples quarry a 24-tonne basalt disc and haul it across a city without a single machine? Templi Nahuabalt puts the answer in your hands. Model the move. Work the figures. Feel the weight of history. Plan a stone move from quarry to socket in three stages. Gauge your stone by photographing it and laying a virtual scale rod over a known length — the app reads its dimensions and computes mass in tonnes. Then lay each leg of the haul: choose your method from ten period-authentic techniques (timber sledge, log roller, greased skid, shear legs, and more), your ground type, your track preparation, and your crew size. Live physics updates under your finger, verdict bands tell you whether the leg HOLDS or is OVER, and plain-language advice tells you exactly what to change. When the road is done, stand the stone upright using a virtual lever and crib, tracking the tipping angle until the stone seats itself under its own weight. Twelve seeded dockets drawn from real documented historical moves give you a working yard on first launch: the Sun Stone of Tenochtitlan, the Olmec Colossal Head, Stela E at Quirigua, the Tlaloc of Coatlinchan, and eight more. Eight rock types from limestone to basalt carry published densities and compressive strengths. Ten gear methods, six ground types, and four track states — each illustrated and explained — combine into thousands of possible configurations. Templi Nahuabalt runs entirely on your device. No account, no network connection, no subscription. Every figure is worked right here. On iOS, a styled Seating Warrant is filed to your Photos library when a stone is successfully stood — a keepsake record of the move. Whether you study pre-Columbian civilizations, teach the history of technology, or simply want to stand in front of a colossal head and understand what it cost to put it there, Templi Nahuabalt is your bench.