AS350 helicopter ground support equipment
- ADMIN

- Jan 11
- 6 min read
Updated: Jan 12
The AS350 helicopter remains one of the most widely operated single-engine rotorcraft across civil, utility, law enforcement, and offshore missions. Its popularity is driven by reliability, simplicity, and adaptability to harsh environments. However, maintaining this aircraft to the required operational and safety standards depends heavily on the correct selection of ground support equipment.
Ground support equipment plays a critical role in daily servicing, scheduled inspections, and heavy maintenance activities. From jacking and towing to hydraulic testing and nitrogen servicing, every maintenance action requires tools engineered specifically for helicopter applications. Generic equipment introduces risk, inefficiency, and potential damage to aircraft structures.

This article outlines the essential categories of AS350 ground support equipment, their operational importance, and how the right tooling directly impacts safety, turnaround time, and lifecycle cost.
Table of Contents
Operational profile of the AS350 helicopter
The AS350 helicopter is designed for versatility. It operates across passenger transport, aerial work, emergency services, and utility missions. These roles expose the aircraft to frequent cycles, short turnaround times, and diverse operating environments including desert heat, high dust conditions, and remote locations.
Such operational diversity places significant demand on maintenance teams. Daily inspections, fluid servicing, nitrogen charging, and periodic functional checks must be performed efficiently without compromising safety. The aircraft’s lightweight airframe and compact design also require precision during ground handling to avoid structural stress or component damage.
Unlike larger rotorcraft, light helicopters such as the AS350 rely heavily on mobile and compact GSE. Maintenance is often performed in confined hangars or remote aprons, making maneuverability and portability critical equipment characteristics. Jacking points, towing interfaces, and servicing ports are engineered to tight tolerances and must be respected through correct tooling.
Ground incidents remain one of the most common sources of helicopter damage. Improper lifting, unstable towing, or incorrect servicing pressure can lead to costly downtime. Purpose-built GSE mitigates these risks while enabling technicians to work faster and with greater confidence.
Importance of dedicated GSE for light helicopters
Using dedicated helicopter GSE is not a luxury but a necessity. The AS350’s design philosophy prioritizes weight efficiency, which means its structures are less tolerant of uneven loads or uncontrolled forces. Equipment designed for fixed-wing aircraft or heavier helicopters introduces unacceptable risk.
Dedicated jacks distribute loads precisely across approved lifting points. Proper towbars ensure controlled steering without shock loading the nose or skid gear. Servicing equipment such as nitrogen carts and hydraulic test units deliver accurate pressure and flow levels aligned with manufacturer specifications.
Another critical factor is technician safety. Helicopter maintenance often requires working close to rotating assemblies, elevated fuselage sections, and pressurized systems. Certified GSE incorporates safety interlocks, pressure relief systems, and stability features that protect both personnel and aircraft.
From a regulatory perspective, aviation authorities increasingly scrutinize ground handling practices. Audits now focus not only on procedures but also on the suitability and traceability of equipment used. Using OEM-aligned GSE simplifies compliance and documentation.
At the end of this section, operators and MROs are encouraged to use the contact button to engage AVA AERO for guidance on selecting the correct AS350-specific equipment.
Safety and compliance considerations in AS350 ground handling
Safety in helicopter ground operations begins before the aircraft is lifted or moved. Risk assessments, proper equipment selection, and trained personnel form the foundation of compliant maintenance practices. The AS350’s configuration demands particular attention to balance, load paths, and pressure limits.
Jacking operations must account for uneven hangar floors and environmental factors such as wind. High-quality tripod or axle jacks designed for helicopters provide stability and controlled lifting speed. Integrated locking mechanisms prevent un-commanded lowering during maintenance tasks.
Servicing systems present another safety-critical area. Nitrogen and hydraulic systems operate at high pressure, and incorrect servicing can lead to component failure or injury. Certified carts and test stands regulate pressure accurately while incorporating safety valves and gauges with aviation-grade accuracy.
Documentation and traceability are equally important. Reputable GSE manufacturers supply calibration records, load ratings, and maintenance manuals that support regulatory audits. AVA AERO ensures that supplied equipment aligns with these expectations, reducing audit findings and operational interruptions.
Core categories of AS350 ground support equipment
AS350 GSE can be broadly categorized based on function. Each category supports a specific phase of maintenance or operation, and together they form a complete ground support ecosystem.
Aircraft jacking equipment enables inspections, landing gear servicing, and component replacement. Towing and positioning equipment supports safe aircraft movement within hangars and aprons. Servicing equipment ensures correct fluid, gas, and hydraulic system maintenance.
Power and test equipment support avionics checks, system troubleshooting, and functional testing without running the aircraft. Access and safety equipment, while often overlooked, enables technicians to work efficiently and safely around the airframe.
Selecting equipment across these categories from a single, knowledgeable supplier simplifies compatibility, training, and long term support. AVA AERO acts as a technical partner rather than a transactional supplier, ensuring operators invest in equipment that genuinely supports AS350 operations.
Key AS350 GSE equipment overview
For operators and MROs in the Middle East and beyond, sourcing compliant and proven GSE is essential. Environmental conditions, operational tempo, and regulatory oversight demand equipment that is robust, accurate, and supported by a knowledgeable supplier. AVA AERO provides access to specialized helicopter GSE from established manufacturers within the HII Group, ensuring compatibility with AS350 maintenance requirements.
Equipment Name | HII Part Number | Brief Overview | Inquiry |
Universal Helicopter Tripod Jack Set | 101198-100 / 101197-100 | Certified helicopter tripod jack system used for lifting light and medium helicopters during maintenance | Request quotation |
Multi-Head Aircraft Towbar | 01-1202-0000 | Universal towbar assembly suitable for light helicopter ground handling with appropriate heads | Contact sales |
Nitrogen Servicing Cart | 99090-100 | Aviation nitrogen servicing cart for accumulator charging and pneumatic system servicing | Technical inquiry |
Universal Hydraulic Test Stand | UHTS Series (Helicopter Configuration) | Hydraulic pressure and flow testing for helicopter flight control and utility systems | Ask for details |
28 VDC Ground Power Unit | HII GPU-28V Series | External DC power supply for helicopter avionics and electrical ground checks | Request pricing |
Helicopter Blade Support Stand | HBS Series | Rotor blade support equipment for safe maintenance, removal, and storage | Contact AVA AERO |
Maintenance Access Platform | MAP-HELI Series | Elevated maintenance platform providing safe access to rotor head and upper fuselage | Inquiry |
Helicopter Wheel and Skid Dolly Set | HWD Series | Aircraft positioning dollies for hangar maneuvering of skid and wheeled helicopters | Sales request |
Selecting the right GSE partner for AS350 operations
Choosing the right GSE partner is as important as selecting the equipment itself. Operators often underestimate the long term impact of inadequate support, delayed spare parts, or poor technical guidance. For AS350 fleets operating in demanding environments, these gaps quickly translate into downtime and cost escalation.
AVA AERO provides more than product delivery. Technical consultation ensures equipment selection matches the operator’s maintenance scope and regulatory obligations. Training support enables technicians to use equipment correctly from day one. Local presence ensures faster response times for spares and service.
Standardization is another strategic advantage. Equipping fleets with consistent GSE reduces training complexity and simplifies spare parts inventory. It also improves safety by ensuring technicians work with familiar interfaces and procedures.
For growing operators or new MRO facilities, early engagement with AVA AERO allows GSE planning to be integrated into hangar layout, workflow design, and budget forecasting. This proactive approach avoids costly retrofits and equipment duplication.
Long term efficiency and lifecycle value of proper GSE

Investment in correct AS350 ground support equipment delivers measurable long term value. Reduced ground incidents lower repair costs and insurance exposure. Faster maintenance cycles improve aircraft availability and revenue generation. Compliance-ready equipment reduces audit stress and operational risk.
Lifecycle value extends beyond the equipment itself. Reliable GSE supports technician morale, reduces fatigue, and promotes consistent maintenance quality. Over time, these factors contribute to safer operations and stronger operator reputation.
As AS350 fleets continue to operate well beyond initial delivery life, the importance of professional ground support grows rather than diminishes. Equipment that is serviceable, upgradeable, and supported locally ensures operators remain competitive and compliant.
At the conclusion of this section, readers are encouraged to use the contact button to engage AVA AERO for detailed discussions, technical clarification, and tailored AS350 GSE solutions aligned with their operational needs.



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