Endurance Redefined

Magnetically Driven Systems for Next-Gen UAVs.

Silent Power for Sea-Based Autonomy

Silent Power Beneath and Beyond the Waves

Autonomous propulsion for maritime platforms—both surface and submersible—requires power systems that are compact, silent, and independent of refuelling. NIMEC’s magnetic linear and rotary drive modules are specifically engineered to meet these demands, enabling a new era in marine drone capabilities.
Rotary magnetic modules provide stable, high-efficiency power for propellers across a wide speed range, while linear magnetic drives can be configured as high-speed waterjet systems. In these, thrust is generated by accelerating water directly through magnetic field interaction, ensuring rapid response and exceptional maneuverability with no exposed mechanical components. This is crucial for operations in confined or hostile environments, including offshore reconnaissance, environmental monitoring, and coastal defense.
NIMEC systems operate without combustion engines, eliminating exhaust, vibration, and noise. This allows for low-signature deployment, undetectable by thermal, acoustic, or visual sensors. With no fuel tanks or heat generation, marine drones can operate safely near wildlife, within protected waters, and at depth—free from traditional system constraints.
The modular design of the NIMEC solution enables seamless integration across a wide range of hull forms and mission profiles, from compact survey vessels to full-scale autonomous underwater platforms. Built-in magnetic energy generation ensures each drone is self-sufficient, with mission duration limited only by task requirements—not by fuel supply.
From an economic perspective, NIMEC offers a clear advantage. It eliminates fuel costs, storage, and delivery logistics, as well as maintenance burdens associated with combustion engines and transmission systems. There is no need for auxiliary power sources, and the long service life of magnetic modules ensures reliable performance with minimal upkeep—even under harsh marine conditions. This makes the operation of maritime drones more predictable, cost-effective, and sustainable for both civilian and defence applications.

Silent Drive for Unmanned Ground Systems

Silent Ground Power

Next-generation unmanned ground platforms demand high autonomy, silent operation, and complete energy independence. NIMEC’s magnetic drive solutions deliver exactly that — a reliable, economical, and modular architecture. At the core are power modules that can be seamlessly integrated into both wheeled and tracked vehicles, enabling propulsion via electric or hydraulic motors without the need for internal combustion engines.
The system’s energy efficiency enables not only long-range autonomous mobility, but also supports high-energy weapons such as laser systems. These allow for completely silent and flashless firing, with no flammable components and an almost zero thermal signature — providing a decisive tactical advantage in combat scenarios.
Each platform can be configured to meet mission-specific requirements. Designed for rough terrain, swamps, or mine-infested zones where traditional mobility fails, NIMEC-powered units can temporarily switch to low-altitude air-thrust operation, hovering one to two metres above the ground. This capability enables movement across complex or hazardous terrain without direct surface contact, preserving mobility and survivability.
Maintenance and repair are simplified to the extreme: no gearbox, no internal combustion engine, no fuel logistics. Damaged modules can be quickly replaced in the field. The magnetic drive requires no refuelling, remains stable across temperature extremes, and delivers continuous energy to both primary propulsion and auxiliary systems.
Economically, these platforms are far more viable over their full lifecycle. Eliminating fuel costs, reducing maintenance, and extending operational longevity make the deployment of large-scale unmanned ground fleets not only feasible but budget-stable. With NIMEC, true off-grid terrestrial mobility becomes reality — without compromise.

Magnetic Power for Robotic Systems

Magnetic Intelligence for Robotic Motion

Modern robotics demands increasing autonomy, flexibility, and biomechanical accuracy. NIMEC magnetic modules are ideally suited to meet these challenges, providing both linear and rotational motion with high precision and controllable response. A robot can be equipped with a single power module functioning as a “magnetic heart” or designed with a distributed system, where each limb, sensor array, or structural element has its own dedicated drive.
One of the key advantages lies in the ability to create flexible linear systems that mimic the function of muscle fibres, breathing mechanics, or peristaltic motion. This enables a new class of biomimetic machines, medical assistants, and cybernetic exoskeletons, where movement feels organic and reaction time is immediate and adaptive.
NIMEC modules eliminate the need for centralised transmissions, generate minimal heat, and operate in complete silence — an essential feature for service, medical, and reconnaissance robotics. With onboard energy generation and integrated ultracapacitor blocks, each component functions autonomously, reducing system load and simplifying both upgrades and field maintenance.
This architecture enhances overall reliability, minimises failure points, and makes repairs straightforward. Instead of complex diagnostics and full-system disassembly, a single module can be replaced — a critical advantage in restricted or operational environments.
The NIMEC magnetic platform redefines what's possible in the development of mobile, humanoid, and industrial robotic systems, enabling robust and effective performance across diverse use cases — from surgical precision to post-disaster deployment.