OPERATIONAL IMPACT
Field feedback consistently highlights two primary gains: predictability and reduced physical effort.
Operators report significantly lower force requirements during maneuvering, driven by optimized load-bearing components and system geometry. At the same time, the simplicity of the design reduces training time. In military units, new personnel are able to operate the equipment effectively within minutes.
Equally important, operational errors no longer translate into equipment damage — a common issue with previous-generation systems.
GLOBAL ADOPTION
Following CE certification, AEROMOB equipment gained traction in the European market and expanded into international operations. Adoption among operators aligned with OEM ecosystems such as Airbus and Leonardo increased visibility and supported broader standardization.
Today, the equipment operates across a wide range of environments — arid, coastal, and high- humidity regions — with consistent performance reported in all conditions.
“
The robustness, efficiency, and availability of Aeromob wheels exceeded expectations. We observed a direct improvement in operational capability and safety, both for ground crews and the aircraft.”
MAJOR RAFAEL, STATE AVIATION COMMAND, OPERATOR OF AIRBUS HELICOPTER FLEETS
PRECISION AND STANDARDIZATION
Beyond design simplicity, one factor consistently highlighted by mechanics and engineers is machining precision, particularly at the skid interface. Proper alignment reduces structural stress, minimizes wear, and directly contributes to overall reliability.
In mixed-fleet environments — including Airbus, Bell, Robinson, and Leonardo platforms — the ability to standardize across a single wheel family has also simplified logistics and reduced operating costs.
A STRUCTURAL SHIFT
Although investment in helicopter GSE represents a relatively small fraction of an aircraft’s total value, its impact on safety, availability, and operational efficiency is disproportionate. Ground handling is often the first step in mission readiness, whether in aeromedical, military, executive, or law enforcement operations.
As aircraft continue to evolve, expectations for ground support equipment are rising accordingly.
AEROMOB’s approach aligns with this shift: eliminating critical failure variables, reducing human effort, and delivering consistent, repeatable performance.
In 2026, its position as a global reference reflects more than market recognition — it signals alignment with a new operational standard, where reliability is no longer a differentiator, but a baseline requirement.
ENGINEERED FOR REAL-WORLD OPERATIONS, NO LEVER SYSTEM.
FULLY MECHANICAL DESIGN
No hydraulics, no seals, no leaks. Built for thousands of cycles.
FORCE-MULTIPLYING MECHANISM
Patented system reduces effort and increases predictability.
PRECISION MACHINED
SKID INTERFACE Ensures proper fit, reduces stress and wear.
Complete Portfolio of GSE for the entire fleet of AIRBUS, BELL, ROBINSON, and LEONARDO helicopters. Visit:
aeromob-industry.com
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