SWOVEEMACHINE FILESEnter Swovee World ↗
THE SWOVEE PRODUCT FAMILY / CONCEPT STAGE

MEET THE
MACHINES.

One machine gathers and identifies the ground. The other turns an approved design and qualified feed into verified construction. Together they form Swovee's proposed mobile field factory.

Choose a machine
Concept visualization of the Swovee Rovalizer operating on outdoor terrainA02 / EARTH BASELINE
01 / MOBILE PRODUCTIONCONCEPT ARCHITECTURE

THE
ROVALIZER.

A six-wheel construction robot that scans a site, registers a local work envelope, mixes qualified material onboard and places it with a six-axis arm—then moves and continues.

3.2 mTarget arm radius
0.20–0.80m³/h target output
5–8 hMixed-duty target
Meet the Rovalizer
Concept visualization of the Swovee Scoop S01 autonomous excavation roverS01 / SURFACE HARVESTER
02 / MATERIAL LOGISTICSA0 CONCEPT

THE
SCOOP.

A compact autonomous quarry rover that assays ground, skims loose material with counter-rotating drums, weighs each load and delivers a traceable lot to the preparation dock.

75–100 kgTarget payload / cycle
100–170kg/h loose collection
1 mTarget BorePod depth
Meet the Scoop
Concept study of a pressure-rated Swovee subsea work system above an abyssal seafloorNEW FAMILY STUDY / NOT BUILT
03 / SWOVEE SWIM · PROPOSED SUBSEA FAMILY

BUILD
BELOW WATER.

Swovee Swim is a proposed pressure-rated family for marine survey, sampling, reversible containment and controlled subsea placement. Underwater additive construction remains a later qualification path. This is not the land Rovalizer in a sealed shell: navigation, pressure housings, tether management, marine materials, radiological controls and placement all require a new architecture.

6,000 m classStudy requirement—not proven depth
No-contact firstSurvey before intervention
ReversiblePilot containment before permanent work
Open the abyssal proposal
04 / THE FIELD CELL

NOT TWO ROBOTS.
ONE MATERIAL LOOP.

The machines are useful only when every material lot, route, decision and placed region remains traceable across the handoffs.

01 / OBSERVE

Scan + assay

Map visible terrain, locate obstacles and characterize selected material cells.

02 / GATHER

Harvest

Scoop makes controlled shallow cuts and carries measured lots—not anonymous dirt.

03 / PREPARE

Qualify feed

Screen, classify and release material only inside an approved process window.

04 / BUILD

Rovalize

Stabilize, register, place, inspect and advance through the approved work route.

05 / PROVE

Verify

Join process logs, material genealogy and as-built geometry into one acceptance record.

05 / THREE ENVIRONMENTS

THE ARCHITECTURE
CHANGES WITH THE WORLD.

Earth A02 and the Moon/Mars M01 branch are related system ideas—not one machine with different tires.

A02 / S01-ET

Earth

A02 investigates mobile placement of qualified printable mortar. An Earth Scoop demonstrator develops excavation, material accounting and autonomous delivery without claiming a finished construction product.

Open the Earth system
M01 / LUNAR

Moon

The offworld branch replaces water-dependent cement with a dry loop: assay, harvest, screen, compact or selectively fuse regolith, then inspect the result.

Run the lunar lab
M01 / MARTIAN

Mars

Scoop and an offworld Rovalizer become a surface field cell for routes, berms, shielding and site preparation under delayed supervision and scarce power.

Enter the Mars mission
WHERE TO GO NEXT

PLAY THE MISSION.
THEN INSPECT THE MACHINE.

Swovee World makes the logistics tangible. These machine files show the proposed hardware and the evidence still required before a field pilot.