We're publishing the spec sheet before either is field-ready so that the design choices are arguable. Specs will move as the platforms move.
A quadruped sized for intertidal work. Sealed joints, replaceable foot pads, ankle-deep wading.
| mass target | ~22 kg |
| wading depth | ≤ 35 cm |
| ip target | ip67 (transient submersion) |
| foot system | modular pad · field-swappable |
| payload bay | 2 kg · top-mount |
Designed around the intertidal duty cycle: a few hours of wet operation, a few hours of drying, repeat. Not a marine platform; not a dry-ground quadruped. Built for the seam.
A tethered surface-and-shallow-water platform for river mouth survey. Carries a small payload bay for third-party sensors.
| draft | ≤ 15 cm |
| tether | 150 m · power + fiber |
| payload bay | 5 kg · sensor agnostic |
| station-keeping | current up to 1.5 m/s |
| recovery | single operator from shore |
For the people who need ground-truth in the brackish zone — researchers, hydrology teams, environmental monitoring. Tether is on purpose: simpler, cheaper, easier to recover. Autonomy is in the sensor pipeline, not the propulsion.
Building hardware in this space? We're looking for design and manufacturing collaborators.