Aviation & Aerospace Industry Cranes
Safe, controlled lifting for aircraft manufacture, assembly and MRO
In aerospace manufacturing and maintenance, an overhead crane is far more than a lifting device — it is a critical part of the production and assembly process. When handling aircraft structures, engines, fuselage sections, wings, tooling, and precision components, there is little tolerance for load swing, sudden movement, positioning error, or equipment downtime. Even minor contact or instability can result in costly damage, production delays, rework, and significant safety concerns.
That is why aerospace cranes must deliver exceptional reliability, precise load control, smooth variable-speed movement, and repeatable positioning every day, under continuous operation. Performance consistency is not optional in aerospace environments — it is essential to maintaining product quality, operational efficiency, and production uptime.
At Street Crane, we engineer aerospace lifting systems specifically for the demands of aircraft manufacturing, assembly, maintenance, and hangar operations. From fuselage handling and wing integration to engine installation and maintenance support, our cranes are designed to provide smooth operation, long-term durability, and dependable performance in mission-critical environments.
With 80 years of British engineering heritage and a family-owned approach, Street Crane works closely with engineering, operations, and procurement teams to develop lifting solutions that prioritize safety, reliability, maintainability, and precision. The result is equipment that not only protects valuable aerospace assets, but also supports efficient production flow and minimizes operational disruption for the long term.
Speak to our USA based sales team today at (864) 589 4150 or complete the inquiry form to discuss your aerospace lifting requirements.
Spares & Servicing
Only genuine Street parts will ensure the lifelong productivity and reliability of your lifting equipment. Street parts are available from our warehouses in the UK and the USA. We also supply through our network of official distributors around the globe.
Crane solutions for aerospace manufacturing
Aerospace facilities combine long-span movements with delicate, high-precision placement. Loads are often awkward in geometry and sensitive to twist, including fuselage sections, wings, engine modules, landing gear assemblies and tooling frames. Many lifts need controlled synchronisation across multiple pick points, while busy hangars demand predictable travel, disciplined work zones and careful control near finished surfaces.rnrnOur approach starts with understanding your process and your constraints: span, hook coverage, headroom, lift height, duty cycle, load behaviour, preferred control method, maintenance access and future expansion. From there, we shape the crane specification so it integrates cleanly with jigs, fixtures, assembly stations and hangar operations, supporting quality, safety and dependable throughput.
Cranes
We have a large range of pre-engineered cranes to meet the needs of almost all industrial applications up to 250 tons capacity.
Components & Hoists
Designed for ease of crane assembly anywhere in the world, Street Crane kits include everything needed to build a complete overhead crane except the steelwork for the main bridge girder.
Spares & Servicing
Only genuine Street parts will ensure the lifelong productivity and reliability of your lifting equipment. Street parts are available from our warehouses in the UK and the USA. We also supply through our network of official distributors around the globe.
Overhead cranes engineered for aerospace environments
Every Street Crane system is designed and built in the UK, combining robust mechanical engineering with smooth, efficient motion control. Where aerospace programmes demand millimetre-level positioning and repeatable workflows, we specify advanced control using Variable Frequency Drives (VFDs) to deliver controlled acceleration, steady micro-speed handling and predictable stopping, helping you place components accurately without shock loading.
Key design considerations
Aerospace lifting performance is shaped as much by load behaviour as by capacity. Long structures such as wings can flex and amplify sway if motion is not carefully managed, while cylindrical fuselage sections can be vulnerable to distortion or rotation if load distribution is not controlled. We engineer the full handling system, including hook approach, trolley travel, runway layout and lifting interface, so the crane supports stable movement and controlled alignment into jigs and fixtures. Multi-hoist or tandem requirements are addressed through synchronised control strategies that maintain level lift and minimise skew during travel and final placement. Safety and compliance are treated as engineered functions, not tick-box items. Depending on the application, we integrate layers of protection such as secondary braking, overspeed and overload protection, safety-rated control functions and defined operating zones that help prevent unintended movement or contact during critical lifts. For long-term reliability, we also specify duty-appropriate mechanical layouts and monitoring options that support planned maintenance and predictable asset life.
Aerospace crane solutions
ZX Underhung multi-span suspension cranes for hangars and wide-span bays
Where maximum hook coverage is required across large bays, ZX underslung suspension cranes run on roof-supported tracks, eliminating the need for runway columns and keeping floor space clear for assembly stands, docks, and support equipment. Multi-span configurations are well suited to wide buildings, including aircraft hangars, and can be engineered for overall spans beyond 328 feet where required. This approach supports clean process flow, with stable travel and flexible coverage across multiple work areas.
ZX Double Girder top-running cranes for precision assembly lifts
VX heavy-duty cranes for high-value modules and demanding duty cycles
Special cranes for bespoke aerospace handling
Jib cranes, LX hoists and LCS systems for local assembly and support tasks
Making advanced lifting practical in aerospace
We make advanced control and monitoring straightforward to use on the shop floor. Diagnostics, usage monitoring and condition monitoring options support planned maintenance and help reduce unplanned downtime, while efficient mechanical design and VFD control contribute to smoother operation and long-term asset performance.rnrnIt is a practical, engineering-led approach that supports quality, safety and lifecycle value, not just headline capability.
Specialised features for aerospace applications
Aerospace handling depends on controlled motion and disciplined protection of the workpiece. We engineer smooth starts and stops through VFD-based control, with micro-speed positioning where alignment is critical and programmable motion profiles where repeatability matters. For long or flexible components, synchronised hoist strategies help maintain level lift and reduce twist, supporting safer tandem handling and more confident placement into jigs.rnrnWhere additional risk controls are required, we can incorporate layers such as secondary braking, overspeed protection, load arrest solutions and safety-rated control functions to support secure lifting and predictable stopping behaviour.
Let’s design lifting that protects quality and keeps programmes moving
Whether you are expanding hangar capacity, upgrading an assembly bay, or specifying cranes for a new aerospace line, we will help you define the right crane architecture, control strategy and safety functions for your process.
Call +1 864 4589 4150 for a practical recommendation and budgetary outline. Not just lifting loads, lifting standards.
Get Started Today
Have any questions or want a quote please contact us