Travel secured
A removable dock carries and charges the robot inside one known vehicle platform.
Backed by Y Combinator · Sydney
The street is solved.
Now the door.
We’re building a compact robot that travels inside an autonomous vehicle, collects prepared orders, and completes the delivery safely at the customer’s door.
Deployment study / rear passenger aperture
VEHICLE HOLD ACTIVE
DOCK LOCK RELEASED
POD LEVEL STABLE
DOCK LOCK RELEASED
POD LEVEL STABLE
01Restaurant pickup
02Vehicle transport
03Footpath navigation
04Doorstep handoff
The mission
One robot.
Both ends.
Autonomous cars can cover city kilometres. The unstructured metres at pickup and drop-off still need a physical system: doors, footpaths, people, gates and food that must stay upright.
Exit safely
A powered door and interlocked dock handle the awkward vehicle boundary.
Collect the order
A food-safe pod and manipulation system take custody at the restaurant.
Reach the door
Perception, mobility and human interaction complete the last metre.
Engineering thesis
Constrain first.
Then scale.
The first useful product does not need to handle every street. It needs a deliberately narrow operating domain and a path to expand it with measured evidence.
01
Design around one known car
One vehicle geometry, one doorway, and a reversible dock remove a large class of integration uncertainty.
02
Separate payload from locomotion
A levelled, insulated food pod protects the order while the chassis deals with cambers, thresholds and braking.
03
Make failure boring
Independent interlocks, passive stability and a recoverable stop state take priority over acrobatics.
04
Start step-free
Loaded kerb traversal is still an open engineering problem. The initial operating domain avoids it while we validate the physical architecture.
The product
Built for the
whole handoff.
Last Meter Delivery connects the autonomous vehicle to the places cars cannot reach. The robot stays with the order from restaurant collection through to the customer’s door.
Compact mobile platform
Designed to travel inside a passenger vehicle, deploy at the kerb and move confidently through pedestrian spaces.
Food-first payload system
An insulated, levelled pod keeps orders secure and upright throughout collection, transport and delivery.
Pickup to doorstep
Perception and manipulation bring autonomous delivery beyond the road and into the real customer journey.
Enquiries
Take delivery beyond the kerb.
We’re speaking with delivery platforms, autonomous vehicle operators, restaurant groups and robotics partners interested in the next layer of urban delivery.
- Commercial partnerships
- Autonomous vehicle integration
- Restaurant and delivery operations
- Robotics research and development
- Pilot locations and launch partners