New H125/H135 Helicopter Maintenance Access Platforms
Tubesca-Comabi has recently supplied three sets of H125/H135 helicopter maintenance access platforms to a French customer, further expanding its portfolio of tailored maintenance solutions for rotary-wing aircraft.
The solution includes mobile access platforms for the windshield, upper deck, main rotor and tail boom, developed to provide secure and ergonomic access to key maintenance areas on both the H125 and H135 helicopters.
Each windshield, upper deck and tail boom platform can be used independently, with its own integrated access stairway, or in a combined configuration to provide comprehensive access around the helicopter.
Engineered with lightweight and robust structures, the platforms are easy to maneuver and position around the helicopter, reducing handling effort while maintaining a high level of stability and operator safety. Their large working areas allow multiple technicians to perform maintenance tasks simultaneously, improving workflow efficiency during scheduled inspections and servicing.
When not in use, the modular platforms can be quickly repositioned and stored thanks to their compact footprint, helping operators maximize valuable hangar space.
The solution includes mobile access platforms for the windshield, upper deck, main rotor and tail boom, developed to provide secure and ergonomic access to key maintenance areas on both the H125 and H135 helicopters.
Each windshield, upper deck and tail boom platform can be used independently, with its own integrated access stairway, or in a combined configuration to provide comprehensive access around the helicopter.
Engineered with lightweight and robust structures, the platforms are easy to maneuver and position around the helicopter, reducing handling effort while maintaining a high level of stability and operator safety. Their large working areas allow multiple technicians to perform maintenance tasks simultaneously, improving workflow efficiency during scheduled inspections and servicing.
When not in use, the modular platforms can be quickly repositioned and stored thanks to their compact footprint, helping operators maximize valuable hangar space.
