Framework Robotics expands ocean technology platform
Framework Robotics GmbH, a German marine robotics company, recently expanded their ocean technology solutions by unveiling a 3D printed hardware platform designed specifically for underwater use. This announcement, made on 23 December 2025, establishes the firm as a specialist in configurable subsea systems using additive manufacturing with adaptive software and integrated power electronics - this approach can replace rigid single purpose underwater systems with flexible architectures which can adapt to individual projects and missions in maritime sectors across the board.
Framework Robotics' platform is constructed around a universal construction kit for ocean technologies, enabling operators to select structural elements, electronics and software modules tailored specifically for tasks in offshore energy production, port infrastructure management and scientific research. By employing 3D printing for key components Framework Robotics hopes to reduce lead times while speeding reconfiguration times while maintaining robustness for demanding subsea environments.
Subsea missions with modular 3D printed fleet.
The expanded offering centers around a fleet of customizable underwater vehicles based on four basic structural configurations that can be tailored for specific roles. One flagship configuration, marketed as a remotely operated vehicle, was specifically created to fulfill underwater maintenance, offshore observation, port infrastructure surveys and scientific exploration tasks. Operators can customize buoyancy elements, frame geometry, thrusters and payload interfaces within their construction kit to cover multiple mission profiles with just one platform family.
Framework Robotics' modular designs go far beyond mechanical configuration to include flexible control and power electronics, as well as software applications that can be tuned specifically to mission objectives. Framework offers these systems on either rental or purchase agreements, with options to scale sensor suites and tooling for tasks like visual inspection, cleaning, light intervention and environmental monitoring. Their fleet concept caters to asset owners and service providers that want a common subsea toolkit while remaining flexible enough to respond rapidly to new operational demands.
From rigid systems to a universal ocean technology construction kit.
Framework Robotics' construction kit was developed as an answer to an industry that was dominated by rigid and extremely costly marine technology solutions. Instead of custom vehicle builds, instead of one off vehicle builds they created an interoperable parts library which can be assembled into mission ready systems using a repeatable process from consulting through assembly, testing and delivery. Their workflow starts with an assessment of customer challenges followed by configuration design, component selection assembly in house validation trials prior to deployment.
Framework Robotics' kit-based model is underpinned by additive manufacturing, which the company and independent coverage have highlighted as central to its cost effectiveness and responsiveness. By employing 3D printed structural and hydrodynamic elements that utilize additive manufacturing technology, Framework Robotics is able to adjust hull forms, brackets and payload interfaces without incurring tooling costs or delays associated with traditional fabrication. Industry commentary has noted this approach as representing a paradigm shift in underwater system engineering and manufacturing that promotes more sustainable production with easier upgrades over the life cycle of their equipment.
Marine robotics have gained market recognition and placement.
Framework Robotics' modular platform and use of 3D printing has garnered much acclaim both within robotics and additive manufacturing communities. Trade media coverage cites Framework Robotics as an example of how large format and application specific 3D printing can move from prototyping into serial production of functional subsea equipment, while marine robotics enthusiasts frequently refer to Framework Robotics as part of an increasingly flexible, software defined approach to developing underwater vehicles and tools.
Framework Robotics positions its offering as in line with emerging trends in maritime operations, including an increase in efficient inspection, maintenance and environmental monitoring of offshore and coastal infrastructure. By offering fast delivery options such as rental options and modular upgrades at reduced entry barriers for ports, research institutes and smaller offshore operators without sufficient capital or time for traditional custom builds, Framework Robotics hopes to become an innovator of next generation ocean technologies suitable for both commercial and academic users alike.