Maintenance Strategy
Feasibility, environmental behaviour, intervention frequency, operational priorities and lifecycle cost optimization.
Engineering capabilities
Solutions for Building Maintainability
Capabilities organized around the maintenance problem, the engineering method and the result — never around equipment alone.
Access Engineering
Lines of descent, anchor layouts, connection points, operator progression, rescue logic and structural coordination.
Custom Equipment
Bespoke lifting systems, manipulators, prototypes, FEA and testing when standard solutions are inadequate.
Glass Replacement Engineering
Movement studies, lifting constraints, risk reduction and execution planning for large glazed elements.
Rope Access Engineering
Rope access treated as a design discipline and selected when it is the best solution for the building and operation.
Lifecycle & Operational Support
Manuals, digital records, training, inspection planning and long-term operating support.
Technical access & maintenance
Engineering the Route, Not Only the Device
The access system is designed around the operation: where the operator starts, progresses, works, changes direction and is recovered in an emergency.
01Preliminary access layoutOverall strategy and maintenance routes.
02Anchor and connection layoutLocations, geometry, finishes and interfaces.
03Structural verificationOperational and rescue loads transferred to the building.
04Final access and rescue logicProgression, ergonomics, efficiency and emergency strategy.
Rope Access Engineering
The Best Solution Is Building-Specific
Rope access is neither promoted as a universal answer nor reduced to an operational technique.
Engineered option
Rope Access
- High flexibility across complex geometry
- Lower permanent architectural impact
- Reduced structural loads
- Adaptable to irregular access conditions
- Requires designed progression, rescue and competence management
No universal solution
Every building requires a specific assessment based on geometry, frequency, operational need, risk, architecture and lifecycle cost.
Conventional option
BMU / Permanent Systems
- Suitable for regular, repetitive surfaces
- Useful where intervention frequency is high
- Permanent operational availability
- Greater structural and architectural integration requirements
- Requires maintenance of the access equipment itself
Safety First
AccessProgressionPositioningRecoveryEvacuationEmergency managementWhen standard solutions are not enough
Specialized Engineering
Operational need → Sketch → CAD → FEA → Construction drawings → Prototype → Testing → Certification support.
Every component is developed around movement, interfaces, loads, operator use, rescue conditions and long-term preservation.
Discuss a Technical ChallengeEngineered equipment & proprietary systems
Technologies Developed for Real Problems
Every system is developed around the operation it must enable, integrating movement, interfaces, loads and building-specific constraints.
01
FLY-Lifting Systems
FLY-LIFTERS, FLY-3POD and FLY-CAGE for glass replacement, panel movement, lifting at height and complex roofs.
02
Rope Access Accessories
FLY-CARTER, FLY-SHELL, FLY-CLAMP, FLY-STAND and dedicated accessories.
03
Mounting Devices
Substructures, supports, bases, provisions and fixing elements coordinated with the building.
04
Temporary Rails & Trolleys
Temporary guidance and movement systems introduced only when operations require them.
05
Manipulators
Precision positioning devices for glass and panels in constrained or complex intervention scenarios.
Applications
Solutions for Different Building Realities
High-Rise BuildingsTowers and vertically developed assets.
Free-Form FaçadesCurved, inclined and three-dimensional envelopes.
Glass Roofs & SkylightsAtria, roofs and large transparent surfaces.
Underhangs & SoffitsNegative geometries and difficult access.
Airports & InfrastructureComplex public assets requiring continuity.
PV Panels & Integrated GreeneryBuilding-specific systems and landscape maintenance.
Large Building ComplexesMultiple roofs, elevations and operating zones.
Existing AssetsRetrofitting maintainability into buildings in use.
Engineering Solutions
Discuss the Building, Not Only the Device.
Every solution begins with the maintenance operation, the architecture and the lifecycle requirements of the asset.