Summary

Mobile Industrial Robots A/S (MiR) is an Odense, Denmark-based autonomous mobile robot manufacturer, founded in 2013 and acquired by Teradyne (NASDAQ: TER) in 2018 for $148M. Now part of Teradyne's Industrial Automation segment alongside Universal Robots, MiR produces a fleet of AMRs from 250 kg to 1,350 kg payload capacity and markets them to manufacturing, logistics, and healthcare customers. The company reported ~$77M in revenue for 2022 and operates through 220+ global distributors and certified integrators.

Key Facts

  • Founded: 2013
  • HQ: Odense, Denmark
  • Type: Subsidiary of Teradyne, Inc. (NASDAQ: TER)
  • Ownership: Teradyne (acquired April 2018 for $148M; AutoGuide Mobile Robots merged into MiR in 2023)
  • Key products: MiR250 (250 kg payload), MiR600, MiR1000, MiR1350 (1,350 kg payload); MiR1200 Pallet Jack; Fleet Manager software
  • Revenue / valuation: ~$77M (2022, last reported); part of Teradyne Industrial Automation segment

What It Is / How It Works

MiR’s AMRs use onboard laser scanners, cameras, and SLAM (Simultaneous Localization and Mapping) to navigate warehouse and factory floors autonomously, without requiring floor markings, magnetic strips, or modifications to the facility infrastructure. This “map-free” approach — where the robot scans its environment and builds a map autonomously — is MiR’s primary commercial differentiator over older automated guided vehicles (AGVs) that require physical infrastructure.

The product line spans light-duty internal logistics (MiR250 for cart transport in tight corridors) to heavy industrial material handling (MiR1350 for moving large industrial loads up to 1,350 kg). In 2023, Teradyne merged MiR with AutoGuide Mobile Robots — a US company Teradyne had acquired in 2021 for high-payload autonomous pallet jacks — consolidating the two brands into an expanded MiR product line. At Automate 2024, MiR launched the MiR1200 Pallet Jack and previewed generative AI-powered MiR Insights for fleet analytics.

MiR competes primarily with Geek+ (China), Fetch Robotics/Zebra Technologies, and KION Group’s Dematic AMR line. Geek+ undercuts MiR on price substantially; MiR’s market position rests on enterprise software integration, the quality and breadth of its global integrator network, and European provenance for customers with supply chain localization requirements.

Teradyne acquired MiR as part of a deliberate expansion into robotics alongside Universal Robots (acquired 2015 for $285M). Both companies now sit within Teradyne’s Industrial Automation segment, which represents a major growth and diversification pillar for Teradyne beyond its core semiconductor test equipment business.

Notable Developments

  • 2024-05: MiR debuts MiR1200 Pallet Jack and MiR Insights (generative AI fleet analytics) at Automate 2024. (Robotics Tomorrow)
  • 2023: AutoGuide Mobile Robots merged into MiR product line, adding high-payload pallet mover products.
  • 2023: MiR marks 10th anniversary; reports continued global growth and 220+ distributor network. (Robotics 24/7)
  • 2022: Revenue reported at ~$77M (Teradyne earnings disclosure).
  • 2021: Teradyne acquires AutoGuide Mobile Robots (US, high-payload AMRs).
  • 2018-04: Teradyne acquires MiR for $148M. (Robotics Tomorrow)
  • 2013: Founded in Odense, Denmark.

Key People

Thomas Visti — Former CEO

  • LinkedIn: not found
  • Notes: Thomas Visti served as CEO of MiR for an extended period post-acquisition. Current CEO status as of early 2026 not confirmed in available public sources.

People — Last Reviewed: 2026-03-31

Supply Chain Position

MiR operates as a Platform OEM at the AMR layer, designing complete autonomous mobile robots sold to manufacturing and logistics customers. Manufacturing occurs in Odense with components sourced from European and Asian suppliers. The fleet management software (MiR Fleet Manager) is a key value-add differentiating MiR from hardware-only competitors. ⚑ Rare earth dependency: MiR’s drive motors use permanent magnet BLDC motors with NdFeB content; Chinese rare earth processing supply chain applies.

Claim Verification

Claim: MiR AMRs require no floor markings or infrastructure modifications (“map-free” navigation)

Status: Verified

Supporting sources:

  • MiR product page — Company states robots use onboard sensors and SLAM for autonomous navigation without floor modifications
  • DNC Automation MiR review — Third-party distributor confirms infrastructure-free navigation approach
  • Multiple customer case studies document deployment without facility modification

Refuting / questioning sources:

  • Real-world SLAM navigation requires an initial mapping phase (typically a day of guided robot tours through a facility); the claim of “no infrastructure” is accurate but elides the software commissioning effort
  • In high-traffic, dynamically changing environments (e.g., crowded warehouses during peak season), autonomous navigation reliability degrades; this is not unique to MiR but applies to all SLAM AMRs

Summary: The infrastructure-free navigation claim is verified in the sense that no physical floor modifications are required; commissioning still requires a software setup phase, and performance in dense dynamic environments requires configuration tuning.

Sources