310 410 1525
Los Angeles 13238 Florence Avenue Santa Fe Springs, CA 90670
0800 000 448
Nation-Wide 334 State Hwy 12 Maungaturoto Northland New Zealand 0547
866 635 8818
Emerald Park 4 Great Plains, Industrial Dr Emerald Park Saskatchewan SK S4L 1B6, Canada
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SKU: MBB-BK117-SID-PLT-TPL
Elevate maintenance for the MBB/Kawasaki BK117 helicopter with the BK117 Triple-Level Side Access Platform. This custom-engineered solution is designed for safety, efficiency, and comprehensive reach. The specialized platform provides unparalleled access to critical maintenance zones on the light twin-engine BK117, the sturdy predecessor to the modern H145. Engineered to meet the demanding requirements of helicopter servicing, this unit ensures technicians can perform tasks around the engine bay, the aircraft body, and the lower rear fuselage with confidence and ergonomic precision.
Safe, multi-level access on the BK117 is necessary due to its unique design and required procedures. Standard practices, like standing on skids, are unsafe and prohibited. Accessing the top of the transmission often needs a ladder, which is unstable and restricts movement. This Triple-Level Side Access Platform eliminates these risks. It offers stable, multi-tiered working heights that integrate perfectly with the aircraft’s contours, keeping people safe.
Safety is paramount in this design. The platform includes a handrail system that extends to secure the working area at height, ensuring full compliance with stringent safety codes and regulations. An EVA Foam Fender is incorporated along the leading edge of the platform to protect the aircraft’s delicate surfaces from accidental damage during positioning. The fender conforms gently against the BK117’s fuselage, securing the access point without compromising the aircraft’s skin.
Constructed for mobility and durability, the platform features tough 200mm fully braked swivel castors. This allows for easy maneuverability by a single person into a precise working position within the hangar or maintenance area. Once positioned, the fully braked system ensures absolute stability. Integrated counterweight plates, totaling 284.4kg, provide a necessary level of counterbalance, particularly when technicians are working at the uppermost levels or reaching over the aircraft structure.
Its core function is to facilitate maintenance on high-priority areas. This includes routine checks and servicing of the 4-blade main rotor system, lubrication of the rotor head, and intensive inspections of the LTS101 series engines. The platform provides secure footing for accessing the side cowls for fuel and engine oil checks, which usually require a step stool without specialized equipment. Critically, it grants technicians safe access to transmission components, including chip detectors and hydraulic systems, all foundational for ensuring airworthiness.
The three-tiered design specifically addresses the varying heights required across the maintenance envelope:
This platform is an integrated system designed to maximize technician efficiency. It replaces the need for unstable and cumbersome small maintenance steps and ladders. The stand features a crucial skid cut-out, allowing the structure to nestle closely against the aircraft’s body while accommodating the BK117’s landing gear configuration. This close proximity is vital for precise work, whether performing detailed checks on the engines or inspecting the conventional tail rotor system. By streamlining the process of reaching high and complex maintenance points, this BK117 Triple-Level Side Access Platform drastically reduces setup time. It ultimately enhances the safety and speed of all routine and intensive maintenance activities on the MBB/Kawasaki BK117 fleet, helping companies stay productive for longer.
For alternative or complementary solutions for your BK117 fleet maintenance, consider our MBB/Kawasaki BK117 Configurable Side Access Platform.
Contact our team of experts today to discover tailored safety access systems and loading platforms that meet your unique needs—because your project deserves nothing less than the best in safety, efficiency, and innovation.
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