The short version
- Tokyo-based LOMBY raised about $2.5 million in Series A funding.
- Mercuria Investment led the round, with participation from Suzuki Motor, Canal Ventures, Tamashin-SNETI and Nabtesco Technology Ventures, alongside existing investor DRONE FUND.
- The company is developing autonomous robots for short-distance transportation of goods and people.
The funding is intended to support mass production of its LM-A delivery robot.
The difficult step after the prototype
The company is developing autonomous robots for short-distance transportation of goods and people and plans to use the new funding to support mass production of its LM-A delivery robot. LOMBY also plans to expand deployments in several Japanese locations.
LOMBY’s product material outlines its LM-A platform and autonomous-delivery plans including the push toward mass production.
Delivery robots are difficult to scale because the hardware has to operate.
- The funding is intended to support mass production of its LM-A delivery robot.
- The company is developing autonomous robots for short-distance transportation of goods and people and plans to use the new funding to support mass production of its LM-A delivery robot.
Why robot production is a different challenge
A software bug can be corrected remotely, but a navigation error, battery problem or mechanical failure can interrupt a real delivery.
Delivery robotics depends not only on navigation but also fleet management, remote supervision, safety systems, mapping, battery management and operating permissions.
Moving from pilot fleets to mass production changes the problem considerably. A prototype can tolerate manual intervention and unusual maintenance. A commercial fleet needs standardized components, predictable servicing and software that can supervise many machines without requiring a person to intervene in every delivery.
Scaling beyond a pilot fleet
Japan has been an important market for delivery robotics because dense urban environments create potential use cases for short-distance autonomous transport.
Delivery robots are difficult to scale because the hardware has to operate reliably in the physical world.
The involvement of industrial and mobility-focused investors is relevant because hardware scale depends on more than navigation software. Manufacturing, components, maintenance and fleet operations all influence the economics of autonomous delivery. LOMBY’s next phase will show whether its technology can move from individual deployments toward repeatable fleet operations.
Autonomous delivery also depends on more than navigation. Fleet scheduling, battery management, remote assistance and handling unusual road or pedestrian situations all have to work together.
The Japanese market provides an environment where short-distance autonomous delivery can be tested in defined areas. The long-term challenge is demonstrating that the complete service can operate reliably enough to justify the cost of the hardware and support infrastructure.