anyground
BUILD / THE FIRST REAL EXPERIMENTS

From a proposition
to a working bench.

Four bounded prototypes turn ambitious combinations into measurable engineering. Build independently first; connect only after each boundary has earned trust.

A useful order of operations

  1. Machine the service-dock coupon. Measure repeated location before automating anything.
  2. Build a single folded leaf / hinge / synchronizer coupon. Lock, cycle, contaminate and load it without people underneath.
  3. Test one coated sorbent fin and then a full cassette. Measure actual collected water, electric input and thermal input separately.
  4. Build a four-carrier farm cell using qualified water. Prove the dirty-to-clean reset and maintenance transaction, not only a harvest clip.
  5. Integrate at a staffed prototype court. Track resource balances and every intervention. Do not represent a loop as closed while imports and waste remain hidden.

What you can reproduce

Every engineering page includes public scene JSON, component evidence, a materials / interface narrative and a downloadable prototype record. Geometry is authored for explanation in meters, not fabrication-ready CAD. Load, pressure, food-contact, electrical and building qualification remain professional engineering work.

No invisible purchases

Prototype costs are planning allowances with exclusions, not live supplier quotes or a sales price. This project has not purchased hardware or validated a physical machine. Begin with inexpensive coupons and use measured results to release the next experiment.