Robotic delivery platformRIT Robotics.

Autonomous rovers powered by one unified digital platform.

Rover. In detail.

RIT rover concept with roof sensor, red beacon, front display and exposed suspension

Explore the rover

Every detail has a purpose.

Sensors help the rover navigate, suspension smooths the ride, and the display helps it interact with people. Select a detail to discover its role.

Scroll at your own pace
Select a component in the panel

Explore the rover

Every detail has a purpose.

Sensors help the rover navigate, suspension smooths the ride, and the display helps it interact with people. Select a detail to discover its role.

Scroll at your own pace
Select a component in the panel

LiDAR

Knowing where obstacles are.

Measures distances to nearby objects. This helps the rover assess open space and plan a path around obstacles.

Distance measurement
Planning around obstacles

Cameras

Seeing beyond distance.

LiDAR shows where objects are; cameras show what they look like. Together, these inputs help the system better understand the street around it.

Visual context
Complementing LiDAR data

Beacon

Easier to spot.

A tall mast raises the red light above the body, making the low-profile rover easier for people to notice, especially at dusk.

Light above the body
Visibility for pedestrians

Cargo bay

Easy to load and collect.

An enclosed compartment separates the parcel from the street. The one-piece lid lifts to make loading and collection easy.

Enclosed cargo space
Access from above

Display

A friendlier interaction.

The expression changes as the rover moves and stops. A smile on arrival makes meeting the rover a friendlier experience.

A visible state
A greeting on arrival

Running gear

A smoother journey.

Suspension softens bumps on uneven surfaces, while tyre tread helps maintain grip. A smoother ride means less vibration reaches the cargo.

Grip on the surface
Less vibration for the cargo

Visual concept · equipment and placement are subject to refinement

Knowing where obstacles are.

Measures distances to nearby objects. This helps the rover assess open space and plan a path around obstacles.

Seeing beyond distance.

LiDAR shows where objects are; cameras show what they look like. Together, these inputs help the system better understand the street around it.

Easier to spot.

A tall mast raises the red light above the body, making the low-profile rover easier for people to notice, especially at dusk.

Easy to load and collect.

An enclosed compartment separates the parcel from the street. The one-piece lid lifts to make loading and collection easy.

A friendlier interaction.

The expression changes as the rover moves and stops. A smile on arrival makes meeting the rover a friendlier experience.

A smoother journey.

Suspension softens bumps on uneven surfaces, while tyre tread helps maintain grip. A smoother ride means less vibration reaches the cargo.

The last mile
is still expensive.

10–30%

reduction in last-mile delivery costs

More than a robot.
One delivery system.

Client systems

Orders · delivery services · external systems

API / SDK

Integration for clients and robotic platforms

Fleet OS

Tasks · routes · monitoring · analytics

RIT Rover

Autonomous delivery

Third-party robots

Connected via API / SDK

RIT Rover + Fleet OS + API / SDK + Ritbit = a robotic delivery platform

Rovers deliver.
Fleet OS orchestrates.

01
Order
The client creates a delivery task
02
API
The client's system sends the data
03
Fleet OS
The platform selects a rover and route
04
RIT Rover
The rover completes the delivery
05
Telemetry
Data returns to Fleet OS
06
Ritbit
Completion is recorded in the log

The robot adapts
to the city.

A controlled test site is predictable. A real city is not. RIT Rover detects changes and keeps the delivery on track.

The environment changes.
The mission continues.

01 Original route
02 Obstacles
03 Situation analysis
04 New route

Outcome

This is why autonomy matters.

Less operator intervention per delivery means a fleet that scales more efficiently.

Less operator intervention
More deliveries per rover
Lower cost per delivery

The global market
is projected to grow 3.7× by 2030.

$1.615Bmarket size in 2024

$5.93B2030 forecast

24.8%annual growth, 2025–2030

$1.615B

2024

$5.930B

2030 · forecast

Source: Grand View Research, 2025–2030 report (updated July 2026). Global autonomous last-mile delivery, including ground vehicles and aerial drones. 2024: market estimate; 2030: forecast. Values in USD.

We are building more
than a rover.

Today

Rover

RIT Rover + Fleet OS

Next stage

Fleet

RIT Rover + third-party robots

Scaling

Platform

One control system

Long-term goal

Infrastructure

An autonomous delivery ecosystem

Robotic delivery platformRIT Robotics.

Rover. In detail.

Every detail has a purpose.

The last mileis still expensive.

More than a robot.One delivery system.

Rovers deliver.Fleet OS orchestrates.

Order

API

Fleet OS

RIT Rover

Telemetry

Ritbit

The robot adaptsto the city.

This is why autonomy matters.

The global marketis projected to grow 3.7× by 2030.

We are building morethan a rover.

Rover

Fleet

Platform

Infrastructure

Building infrastructurefor robotic delivery.

The last mile
is still expensive.

More than a robot.
One delivery system.

Rovers deliver.
Fleet OS orchestrates.

The robot adapts
to the city.

The global market
is projected to grow 3.7× by 2030.

We are building more
than a rover.

Building infrastructure
for robotic delivery.