Narrow Platform- Variable height - H2.2m-3.2m - Hangar chassis
Support aviation maintenance and servicing with UCAS Variable Height, developed for practical access during aircraft servicing.
- Engine access for multiple aircraft with one platform
- Easy-tow all-wheel suspension chassis
- Soft padding on platform edges and railings
ART.NR 812.350.00
Narrow Platform- Variable height - H2.2m-3.2m - Hangar chassis
Support aviation maintenance and servicing with UCAS Variable Height, developed for practical access during aircraft servicing.
UCAS STD - Narrow Platform- Variable height - H2.2m-3.2m
The Semmco UCAS STD - Narrow Platform- Variable height - H2.2m-3.2m is a purpose-designed access solution for engine and under-cowl inspection and maintenance. It is intended for reaching engine, cowl and associated service points, giving maintenance personnel a secure and practical working position while carrying out routine inspection, servicing or maintenance tasks. The product designation specifies height 2.2 m.
The design focuses on efficient positioning in professional aviation maintenance environments. It provides safe engine access, close positioning around the aircraft and a stable working platform for inspection and servicing. This helps technicians work closer to the required service area while maintaining a clear and usable working space.
Key features
- Variable-height design for flexible positioning at different working heights
- Designed to support access to multiple inspection and service points
- Stable access platform intended for professional maintenance environments
- Designed with the lightweight, robust approach used across Semmco access equipment
- Developed with operator access, stability and efficient positioning in mind
Designed for professional aircraft maintenance
Semmco access equipment is developed for demanding operational use where mobility, stability and safe access are important. This model is suited to hangar and/or ramp maintenance according to the application shown on the Semmco product page, and its configuration is tailored to the access task represented by article 812.350.00.