MMILE partner Yeti Move has announced a new collaboration with Cologne Bonn Airport, where the airport will pilot Yeti Hub and Yeti Driver Assist as part of its winter operations.
The pilot will create a digital model of the airport’s winter operations, allowing teams to plan, simulate and optimise snow-clearing routes before putting them into practice. In the field, drivers will receive live location information and real-time guidance through Yeti Driver Assist.
At first glance, this may look like another airport technology pilot. But seen in a wider context, it represents something more significant: the gradual transition from individual automation experiments towards connected operational systems that can be deployed across different airports, vehicle fleets and operating environments.
From Nordic conditions to international markets
Yeti Move’s technology has its roots in some of the most demanding airport environments in Europe.
Autonomous airport maintenance solutions using Yeti Move technology are already operating at Oslo Airport and Stockholm Arlanda. The company is also working with airports including Frankfurt and Vienna, while its broader platform is designed to cover the path from digital planning and simulation to vehicle connectivity, driver assistance and eventually autonomous fleet operations.
This development illustrates an important step in scaling automation.
Full autonomy does not need to arrive in one leap. Airports can first digitise their operational plans, connect vehicles and data, introduce decision support and driver assistance, and gradually move towards increasingly automated operations.
That staged approach can also make adoption easier. Airports do not necessarily need to replace entire vehicle fleets or redesign operations around one new technology. Solutions can instead be integrated into existing equipment and operational processes.
Why winter operations matter
Winter maintenance is a particularly relevant environment for developing automation.
Snow clearing at an airport is time-critical, safety-critical and highly coordinated. Multiple vehicles may need to operate together while weather, visibility and runway conditions change quickly. A delay or failure in one part of the process can affect the wider airport operation.
These conditions make winter maintenance both difficult and valuable as a proving ground for digitalisation and autonomy.
They are also closely connected to another challenge addressed by MMILE: resilience.
The Nordic Aviation Resilience project is developing next-generation autonomous and remotely operated solutions to strengthen the reliability of Nordic airport maintenance. The project addresses issues including workforce availability, increasingly demanding weather conditions and disruptions to satellite positioning systems. It builds on existing autonomous airport maintenance deployments, including Yeti Move solutions at Oslo and Arlanda.
The question is therefore no longer simply whether a vehicle can operate autonomously.
The bigger question is how people, vehicles, digital infrastructure, positioning, communications and operational procedures can work together as one resilient system.
Scaling requires an ecosystem
This is also where the development connects directly to MMILE’s mission.
Mobility and logistics systems are becoming increasingly automated, but scaling them requires more than individual technologies. Operators, technology providers, infrastructure owners, research organisations and authorities need ways to develop and validate solutions together.
MMILE was established around precisely this challenge: connecting actors across mobility, maritime and logistics to move solutions from research and pilots towards real-world deployment and commercial scale. Yeti Move is one of more than 20 partners contributing to this ecosystem.
The Cologne Bonn Airport pilot provides a concrete example of what that journey can look like.
A solution that began with autonomous winter operations in the Nordics is now being applied in different forms at major European airports. At the same time, partnerships such as Yeti Move’s cooperation with Aebi Schmidt are creating routes towards further international deployment, including the North American market.
For Nordic mobility companies, that progression is important.
The value of a successful testbed is not the test itself. The real value comes when the technology, operating model and partnerships around it become robust enough to travel.
And that is when a Nordic pilot starts becoming an international market.