KORTHOS / ECOSYSTEM / PRODUCT

MAV

About

About MAV

MAV is NEURA Robotics’ autonomous mobile vehicle for transporting carts, containers and production materials. Lidar and safety sensing support localisation, route planning and obstacle avoidance through factories and warehouses. The mobile base can receive different top modules for the transfer and load-handling process.

Fleet software assigns missions, manages traffic and connects the vehicle with production and warehouse systems. MAV can also serve as the mobility layer for NEURA manipulators and cognitive robots. The platform is supplied through engineered intralogistics deployments covering mapping, integration, charging and operational support.

12 APR 2026

China’s humanoid push is moving into production

Capabilities

Source-backed capabilities

  • Workflows: Goods transport, autonomous navigation, safe material movement and integration with broader NEURA robot deployments.
  • Operating environments: Factories, warehouses, production areas and indoor industrial logistics routes.
  • Target markets: Manufacturers, logistics teams and integrators needing AMRs for material movement around people.
  • Deployment model: Prototype or early product within NEURA's cognitive robotics portfolio.
  • Navigation and obstacle avoidance

    Claimed - NEURA presents MAV as an autonomous mobile robot for moving industrial payloads up to 1,500 kg.

    Source
  • Material handling

    Claimed - NEURA presents MAV as an autonomous mobile robot for moving industrial payloads up to 1,500 kg.

    Source

Context

Market context

MAV is NEURA Robotics' autonomous mobile robot for intralogistics transport and factory material flow.

  • Target environment: Factories, warehouses, production areas and indoor industrial logistics routes.
  • Workflow context: Goods transport, autonomous navigation, safe material movement and integration with broader NEURA robot deployments.
  • Customer context: Manufacturers, logistics teams and integrators needing AMRs for material movement around people.
  • Deployment model: Prototype or early product within NEURA's cognitive robotics portfolio.
  • Commercial maturity: Prototype-stage product with public positioning and limited broad deployment proof.
  • Adoption constraints: Adoption depends on navigation safety, payload, fleet management, interoperability, battery life and support.
  • Market position: Mobile-base layer that complements NEURA's arms and service robots in industrial environments.
  • Adjacent products: MiR AMRs, OTTO Motors AMRs, LocusBots, AgileX mobile bases

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