Concept render. The design will change as the prototype is built.
Meet Octavious
What it could look like
A Remus arm docked on a Romulus base. Together they drive to the shelf, pick, and carry the work away.
Remus · the arm
Three-finger hand7 DOF to grip boxes, produce and cans
Two-link SCARA armAbout 1.15 m of reach
Lift mastAbout 1.2 m of vertical travel
Onboard toteHolds picks during a run
Romulus · the base
Four-pin dockLifts any Remus or Dock-Bot by 40 mm
Battery revolverSix chambers that hot-swap packs
Front LiDARMaps and navigates the floor
Mecanum wheelsDrives in any direction
The system
Two robots that become one
Romulus moves. Remus works. Docked together they are Octavious, a mobile manipulator. Apart, one base can serve several arms and Dock-Bots.
01 · Mobile base
Romulus
An omnidirectional underride chassis that drives under any module, lifts it on four pins and carries it. Front LiDAR handles SLAM navigation. A six-chamber battery revolver swaps packs into whatever it docks with.
Footprint1.10 × 0.66 m
Drive4× mecanum
Dock lift4 pins · 40 mm
Revolver6 chambers · 1 kept empty
02 · Manipulator
Remus
A lift mast with a two-link SCARA arm and a three-finger, 7-DOF hand. Parked, it runs on its own battery as a fixed station. Docked, Octavious becomes a mobile shelf picker.
Reach~1.15 m
Vertical travel~1.2 m
Hand3 fingers · 7 DOF
PowerHot-swappable pack
03 · Docking module
Dock-Bot
Packing tables and box carts built on the Remus footprint. Romulus docks under any Dock-Bot and moves work between stations without fixed conveyors. The dock is the product.
InterfaceShared 4-pin dock
Box Dock-Bot4 destinations
Onboard powerNone needed
Swap timeUnder a minute
Specifications are design targets for the concept and will change as the prototype is built.
Use cases
One fleet, four worlds
The same Romulus bases, Remus arms and Dock-Bots run every job below. Only the end effector, the racks and the destinations change. Pick a world to load it into the simulation.
01 · Logistics
Warehouse
Remus pickers ride Romulus down the aisles and pick from two shelf levels into an onboard tote. Sorters pack each item into one of four destination boxes, and Romulus swaps full Dock-Bots out to the dock doors.
02 · Agriculture
Greenhouse harvest
Harvesters work the grow tables row by row, picking tomatoes, peppers, cucumbers and aubergines. Graders sort by crop into crates, and Romulus carries full crate Dock-Bots into the cold room.
03 · Retail
Store order picking
Overnight or in quiet hours, Octavious picks online orders straight from the store shelves. Packers split items into four customer bags, and Romulus delivers them to the collection lockers.
04 · Space
Moon base logistics
In one-sixth gravity, loaders pull ice cores, regolith samples, minerals and seed stock from supply bays. Sorters crate them for each habitat module and Romulus moves them to the airlocks. Solar power charges the packs.
Fleet math
Why one base serves two or three arms
3Romulus bases
7Remus arms
0trips off the floor to charge
Arms spend most of their time working in place. Navigation, drive and power only need to be present when something has to move, so a single base can keep several arms productive.
The pick cells run two pickers per base: one unloads at the conveyor while the other is out in the aisle. The sort cell runs three sorters per base, with Romulus handling Dock-Bot swaps and battery service.
Live fleetPower
Waitlist
Be first to run a pilot cell
We're gathering interest for the first Octavious pilot cells. Leave your email and we'll be in touch as the prototype comes together.