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Orbiba robot platform moving along a waterside park path beside a pond and fountain, with the city skyline behind

Urban Mobility

Autonomous mobility for urban sites.

Orbiba develops compact, electric and task-adaptable robotic solutions for managed green spaces, on-site logistics, urban food systems and campuses.

Electric
Battery-electric platform with no exhaust at the point of use.
Compact
A 106 x 65 cm footprint in the documented Ecominos configuration.
Modular
One platform interface for swappable task equipment.
Site-adaptable
Route, task, equipment and supervision conditions are defined together for each operation.

Platform capabilities

Move. Maintain. Sense.

The compact platform brings movement, site work and environmental sensing into one operating system. Its configuration follows the site's real route and task.

Robot platform towing a tool trailer through an urban park, a groundskeeper maintaining the lawn and the city skyline behind
01
Move
Short material movements may be assessed on defined routes inside managed sites.
02
Maintain
Task-specific equipment may be assessed for repetitive work in green spaces or food-production sites.
03
Sense
Useful, proportionate and permitted mission and environmental signals are defined for each site before collection.

Use cases

Four focus areas for urban operations.

Each area presents a different operating context for a compact robotic platform working on defined routes and tasks.

Compact robot platform mowing a lawn in an urban park
01

Managed green spaces

Repetitive transport, maintenance support and environmental observation in parks, nurseries, planted corridors and other managed green spaces.

  • Defined routes and operating windows
  • Task-specific equipment assessed before use
Robot platform hauling a trailer of waste containers across a managed site, with a groundskeeper alongside
02

On-site logistics

Short material movements between a depot, team and work area inside a controlled site.

  • Tools, plants and maintenance supplies
  • Bounded routes and agreed supervision
Robot platform carrying crates of seedlings through a growing plot, with the city skyline behind
03

Urban food production

Repetitive field work and material movement in market gardens, nurseries, community growing sites and food production close to cities.

  • Row-based work and crop observation
  • Harvest and material movement
Robot platform moving along a campus footpath with a tool trailer, students walking nearby
04

Campus and facility operations

Low-speed movement, site work and environmental observation on bounded campuses and facilities.

  • Fixed routes and scheduled operating windows
  • Site-owner roles and supervision conditions

Operation design

Every site begins with a clear task.

Route, task, responsibilities and permitted data boundaries are defined from the start, then the platform is configured around that operating framework.

  1. 01

    Site and route fit

    Define boundaries, surface conditions, slope, access and separation from people before operation.

  2. 02

    Operating responsibilities

    Assign preparation, supervision, intervention, maintenance and stop conditions to named roles.

  3. 03

    Evidence and decision

    Set the baseline, measurement method and review owner, then decide whether to stop, revise or continue.

For your site

Define the first task together.

Share the route, task and operating conditions. The Orbiba team will clarify the suitable platform configuration and next steps with you.

Talk to the team