Ultra Low Cost Purpose Built Autonomous Vehicles
Ultra Low Cost Purpose Built Autonomous Vehicles
Ultra Low Cost Purpose Built Autonomous Vehicles
Ultra Low Cost Purpose Built Autonomous Vehicles
Our Robocouriers are designed to be the most efficient way to move goods around a city
20
Robots per Parking Space
7th
Major Hardware Iteration
Our Robocouriers are designed to be the most efficient way to move goods around a city
20
Robots per Parking Space
7th
Major Hardware Iteration
Our Robocouriers are designed to be the most efficient way to move goods around a city
20
Robots per Parking Space
7th
Major Hardware Iteration
Our Robocouriers are designed to be the most efficient way to move goods around a city
20
Robots per Parking Space
7th
Major Hardware Iteration
Large Capacity
With 90L of storage space, Coco can carry 4 full grocery bags, 6 XL pizzas, and just about anything else.
5 - 15 MPH
On sidewalks, Cocos travel at walking speed up to 5 mph, and in select markets can travel up to 15 mph using bike lanes and roads as needed.
Urban Design
Engineered for efficient city travel—fits on sidewalks for easy customer access, avoids traffic, and uses bike lanes for faster speeds.
All Day Battery
Cocos can travel up to 33km on a single charge, ensuring minimal delivery downtime.
Weather Proof
Rain or shine, snow or sleet, Coco is designed to deliver in blistering heat and freezing cold.
Safer For All Road Users
100-pound vehicles, AI self-driving features, and remote human operators supervising the fleet creates the safest transportation solution for everyone.
Large Capacity
With 90L of storage space, Coco can carry 4 full grocery bags, 6 XL pizzas, and just about anything else.
5 - 15 MPH
On sidewalks, Cocos travel at walking speed up to 5 mph, and in select markets can travel up to 15 mph using bike lanes and roads as needed.
Urban Design
Engineered for efficient city travel—fits on sidewalks for easy customer access, avoids traffic, and uses bike lanes for faster speeds.
All Day Battery
Cocos can travel up to 33km on a single charge, ensuring minimal delivery downtime.
Weather Proof
Rain or shine, snow or sleet, Coco is designed to deliver in blistering heat and freezing cold.
Safer For All Road Users
100-pound vehicles, AI self-driving features, and remote human operators supervising the fleet creates the safest transportation solution for everyone.
Large Capacity
With 90L of storage space, Coco can carry 4 full grocery bags, 6 XL pizzas, and just about anything else.
5 - 15 MPH
On sidewalks, Cocos travel at walking speed up to 5 mph, and in select markets can travel up to 15 mph using bike lanes and roads as needed.
Urban Design
Engineered for efficient city travel—fits on sidewalks for easy customer access, avoids traffic, and uses bike lanes for faster speeds.
All Day Battery
Cocos can travel up to 33km on a single charge, ensuring minimal delivery downtime.
Weather Proof
Rain or shine, snow or sleet, Coco is designed to deliver in blistering heat and freezing cold.
Safer For All Road Users
100-pound vehicles, AI self-driving features, and remote human operators supervising the fleet creates the safest transportation solution for everyone.
Large Capacity
With 90L of storage space, Coco can carry 4 full grocery bags, 6 XL pizzas, and just about anything else.
5 - 15 MPH
On sidewalks, Cocos travel at walking speed up to 5 mph, and in select markets can travel up to 15 mph using bike lanes and roads as needed.
Urban Design
Engineered for efficient city travel—fits on sidewalks for easy customer access, avoids traffic, and uses bike lanes for faster speeds.
All Day Battery
Cocos can travel up to 33km on a single charge, ensuring minimal delivery downtime.
Weather Proof
Rain or shine, snow or sleet, Coco is designed to deliver in blistering heat and freezing cold.
Safer For All Road Users
100-pound vehicles, AI self-driving features, and remote human operators supervising the fleet creates the safest transportation solution for everyone.
At Scale
At Scale
At Scale
At Scale
Real World AI
Real World AI
Real World AI
Real world AI
Sensor Suite
A combination of front, rear, left, and right cameras with LiDAR enables full 360-degree perception, essential for autonomous navigation. Cameras provide visual detail like signs and lane markings, while LiDAR delivers accurate depth sensing. Together, they create a real-time 3D view of the environment, allowing safe path planning, obstacle avoidance, and reliable operation in complex urban settings.
Sensor Suite
A combination of front, rear, left, and right cameras with LiDAR enables full 360-degree perception, essential for autonomous navigation. Cameras provide visual detail like signs and lane markings, while LiDAR delivers accurate depth sensing. Together, they create a real-time 3D view of the environment, allowing safe path planning, obstacle avoidance, and reliable operation in complex urban settings.
Sensor Suite
A combination of front, rear, left, and right cameras with LiDAR enables full 360-degree perception, essential for autonomous navigation. Cameras provide visual detail like signs and lane markings, while LiDAR delivers accurate depth sensing. Together, they create a real-time 3D view of the environment, allowing safe path planning, obstacle avoidance, and reliable operation in complex urban settings.
Sensor Suite
A combination of front, rear, left, and right cameras with LiDAR enables full 360-degree perception, essential for autonomous navigation. Cameras provide visual detail like signs and lane markings, while LiDAR delivers accurate depth sensing. Together, they create a real-time 3D view of the environment, allowing safe path planning, obstacle avoidance, and reliable operation in complex urban settings.
End-to-End Neural Networks
Coco Robotics navigates dense urban environments by combining precision mapping, end-to-end neural networks, and human oversight. Its delivery vehicles are built to handle unpredictable terrain—like crowded sidewalks, uneven surfaces, and low-light conditions—common in cities like Los Angeles. With onboard cameras, LiDAR, and GPS, Coco’s robots can safely maneuver through complex pathways, delivering goods quickly and reliably while adapting to ever-changing street-level dynamics.
End-to-End Neural Networks
Coco Robotics navigates dense urban environments by combining precision mapping, end-to-end neural networks, and human oversight. Its delivery vehicles are built to handle unpredictable terrain—like crowded sidewalks, uneven surfaces, and low-light conditions—common in cities like Los Angeles. With onboard cameras, LiDAR, and GPS, Coco’s robots can safely maneuver through complex pathways, delivering goods quickly and reliably while adapting to ever-changing street-level dynamics.
End-to-End Neural Networks
Coco Robotics navigates dense urban environments by combining precision mapping, end-to-end neural networks, and human oversight. Its delivery vehicles are built to handle unpredictable terrain—like crowded sidewalks, uneven surfaces, and low-light conditions—common in cities like Los Angeles. With onboard cameras, LiDAR, and GPS, Coco’s robots can safely maneuver through complex pathways, delivering goods quickly and reliably while adapting to ever-changing street-level dynamics.
End-to-End Neural Networks
Coco Robotics navigates dense urban environments by combining precision mapping, end-to-end neural networks, and human oversight. Its delivery vehicles are built to handle unpredictable terrain—like crowded sidewalks, uneven surfaces, and low-light conditions—common in cities like Los Angeles. With onboard cameras, LiDAR, and GPS, Coco’s robots can safely maneuver through complex pathways, delivering goods quickly and reliably while adapting to ever-changing street-level dynamics.
Fleet OS
Behind the scenes, a digital product suite ensures precise navigation by integrating advanced algorithms and real-time data analytics. Continuously collecting and processing data, it refines every navigational decision while driving constant improvements. This dynamic system adapts and evolves, optimizing operations to meet ever-changing demands with unmatched accuracy.
Fleet OS
Behind the scenes, a digital product suite ensures precise navigation by integrating advanced algorithms and real-time data analytics. Continuously collecting and processing data, it refines every navigational decision while driving constant improvements. This dynamic system adapts and evolves, optimizing operations to meet ever-changing demands with unmatched accuracy.
Fleet OS
Behind the scenes, a digital product suite ensures precise navigation by integrating advanced algorithms and real-time data analytics. Continuously collecting and processing data, it refines every navigational decision while driving constant improvements. This dynamic system adapts and evolves, optimizing operations to meet ever-changing demands with unmatched accuracy.
Fleet OS
Behind the scenes, a digital product suite ensures precise navigation by integrating advanced algorithms and real-time data analytics. Continuously collecting and processing data, it refines every navigational decision while driving constant improvements. This dynamic system adapts and evolves, optimizing operations to meet ever-changing demands with unmatched accuracy.
Vaihtoehto 3 Koti
Human <> AI Collaboration
When human intervention is needed, the Pilot Terminal instantly delivers all relevant context—ETA, turn-by-turn navigation, obstruction alerts, a troubleshooting guide, and map annotation tools—for fast, informed decision-making.
Real-Time Map Intelligence
A combination of AI and human operators keeps our city maps continuously updated with dynamic data like construction zones, blocked sidewalks, poor infrastructure, and heavy pedestrian areas.
Citywide Reach
Our intelligent mapping system enables reliable delivery access to nearly every sidewalk, roadway, and pathway across the city—maximizing reach and minimizing delays.
Human <> AI Collaboration
When human intervention is needed, the Pilot Terminal instantly delivers all relevant context—ETA, turn-by-turn navigation, obstruction alerts, a troubleshooting guide, and map annotation tools—for fast, informed decision-making.
Real-Time Map Intelligence
A combination of AI and human operators keeps our city maps continuously updated with dynamic data like construction zones, blocked sidewalks, poor infrastructure, and heavy pedestrian areas.
Citywide Reach
Our intelligent mapping system enables reliable delivery access to nearly every sidewalk, roadway, and pathway across the city—maximizing reach and minimizing delays.
Human <> AI Collaboration
When human intervention is needed, the Pilot Terminal instantly delivers all relevant context—ETA, turn-by-turn navigation, obstruction alerts, a troubleshooting guide, and map annotation tools—for fast, informed decision-making.
Real-Time Map Intelligence
A combination of AI and human operators keeps our city maps continuously updated with dynamic data like construction zones, blocked sidewalks, poor infrastructure, and heavy pedestrian areas.
Citywide Reach
Our intelligent mapping system enables reliable delivery access to nearly every sidewalk, roadway, and pathway across the city—maximizing reach and minimizing delays.
Human <> AI Collaboration
When human intervention is needed, the Pilot Terminal instantly delivers all relevant context—ETA, turn-by-turn navigation, obstruction alerts, a troubleshooting guide, and map annotation tools—for fast, informed decision-making.
Human <> AI Collaboration
When human intervention is needed, the Pilot Terminal instantly delivers all relevant context—ETA, turn-by-turn navigation, obstruction alerts, a troubleshooting guide, and map annotation tools—for fast, informed decision-making.
Real-Time Map Intelligence
A combination of AI and human operators keeps our city maps continuously updated with dynamic data like construction zones, blocked sidewalks, poor infrastructure, and heavy pedestrian areas.
Real-Time Map Intelligence
A combination of AI and human operators keeps our city maps continuously updated with dynamic data like construction zones, blocked sidewalks, poor infrastructure, and heavy pedestrian areas.
Citywide Reach
Our intelligent mapping system enables reliable delivery access to nearly every sidewalk, roadway, and pathway across the city—maximizing reach and minimizing delays.
Citywide Reach
Our intelligent mapping system enables reliable delivery access to nearly every sidewalk, roadway, and pathway across the city—maximizing reach and minimizing delays.
Spec
Performance
2
Cargo
4
Features
8
Performance
2
Cargo
4
Features
8
Performance
2
Cargo
4
Features
8
Performance
2
Cargo
4
Features
8
