Outdoor construction
Cross compacted soil or unfinished areas to reach vertical installation and finishing tasks.
Crawler Scissor Lift galleryA self-propelled tracked scissor platform for vertical work on rougher, softer or less-finished ground where conventional wheeled access is less suitable.
Choose a crawler scissor lift where ground traction and low-pressure tracked mobility are more important than compact wheeled travel.
Cross compacted soil or unfinished areas to reach vertical installation and finishing tasks.
Access lights, services and structures where approach ground is uneven.
Move through softer outdoor areas with a tracked chassis, subject to site assessment.
The task is vertically above, ground is uneven or soft, and the machine needs tracked traction and stabilising support.
Use a wheeled self-propelled scissor on prepared floors, or an articulating boom when horizontal outreach or up-and-over access is required.
Catalogue data below shows a 320 kg platform load and 900 mm extension deck. Confirm the current specification and ground limits before order.
| Model | Platform height | Rated load | Platform size (m) | Extension deck | Approx. weight |
|---|---|---|---|---|---|
| SJYL0.3-6 Reference | 6 m | 320 kg | 2.4 × 1.17 | 900 mm | 2300 kg |
| SJYL0.3-8 | 8 m | 320 kg | 2.4 × 1.17 | 900 mm | 2500 kg |
| SJYL0.3-10 | 10 m | 320 kg | 2.4 × 1.17 | 900 mm | 2700 kg |
| SJYL0.3-12 | 12 m | 320 kg | 2.4 × 1.17 | 900 mm | 2900 kg |
Ground bearing capacity, cross-slope, longitudinal slope, track marking and stabiliser footprint require site confirmation.
Send project details →The crawler chassis, stabilisers, scissor stack and extension deck are combined for access where wheeled movement is less practical.
Tracks spread machine weight and provide traction across suitable uneven or softer ground.
The vertical mechanism raises a 2.4 × 1.17 m catalogue platform above the tracked base.
A 900 mm deck extension increases reach along the work face without moving the base.
Deployable supports establish the specified working base before elevation.
One-person controls manage positioning and lifting within the machine limits.
Tracks improve access but do not remove stability limits. Ground strength, slope, edge distance, stabiliser setup and wind remain critical.
Perimeter protection defines the elevated work area.
Specified supports are placed on suitable bearing surfaces before lifting.
Controls provide stop and recovery functions as configured.
The working position must remain within the selected model’s levelling limits.
Low-speed movement and route planning reduce risk on uneven approaches.
Safe distance is maintained from trenches, drop-offs, voids and unsupported soil.
Platform height and load are only the start; access route, soil, slopes, support footprint and recovery plan determine whether tracked equipment is practical.
Send project requirements →Choose platform height within the catalogue series and confirm complete deck load.
Describe soil, compaction, slope, mud, gravel, obstacles and edge conditions.
Confirm extension use, entry position and tools or materials carried.
Review track width, turning space, stabiliser positions and ground mats.
Confirm drive package, charging or fuel needs, temperature and destination.
The model, tracked route, stabiliser footprint and operating environment are checked together before production and delivery.
Load, height, site and operating conditions are checked.
Dimensions, structure, controls and interfaces are documented.
Fabrication and functional checks follow the confirmed scope.
Shipping preparation and technical documents are arranged.
Crawler equipment is considered where traction and weight distribution on rougher or softer ground are more important than compact travel on smooth floors.
The representative SJYL catalogue series lists 320 kg across 6, 8, 10 and 12 m platform-height models.
No. The representative machine uses stabilising supports. Follow the selected model’s setup requirements before lifting.
No. Ground bearing capacity, slope, edge distance and stabiliser support must remain within the approved operating conditions.
Movement at elevation depends on the final model and control logic. Never assume it is allowed; follow the current manual.
Send wide views of the travel route and work position, plus close views of slopes, soft ground, trenches, kerbs and access restrictions.