G-S14C Crawler Spider Boom Lift
The 14m Crawler Spider Boom Lift offers a platform height of 13.7m and a working height of 15.7m, ideal for high-access tasks in narrow or complex environments. Equipped with a telescopic boom and jib arm, it ensures flexible and efficient operation. The ±80° rotatable high-strength aluminum platform is easy to detach, while the 360° turntable with worm gear reducer allows smooth, precise rotation. Its ultra-narrow chassis, high-durability crawler tracks, and CAN bus control system ensure excellent terrain adaptability, smart diagnostics, and reliable performance for construction, maintenance, and industrial use.


Parameters | |
Model | G-S14C |
Specifications | |
Max. Working height | 15.7m |
Max. Platform height | 13.7m |
Max. Working radius | 7.6m |
Platform Dimensions | 1.1*0.7*1.1m |
Ⓐ Length- stowed | 4.8m |
Ⓑ Width-stowed | 0.85m |
Ⓒ Height-stowed | 2.0m |
Ⓓ Outrigger Footprint Length | 4m |
Ⓔ Outrigger Footprint Width | 4m |
Productivity | |
Lift Capacity | 200kg |
Platform Occupancy | 2 |
Platform Rotation | ±80° |
Jib Rotation | -90°-0 |
Turntable Rotation | 360°non continuous |
Drive Speed- stowed | 3 km/h |
Gradeability | 25% |
Max. Working Angle | 10° |
Weight | 1900kg |
Power | |
LFP Battery | 48V/300Ah |
Pump Motor | 4.5kw |
Control Voltage | 12V |
Driving motor | 2.5kw |
Charger | 48V/35A |
Hydraulic oil tank | 20L |





CAN Bus Technology: Enables efficient data transmission for seamless operation.

Turntable Control Box: Displays real-time status and fault diagnostics.

Telescopic Boom + Jib Arm: Provides greater flexibility and extended reach.

±80° Rotating High-Strength Aluminum Platform: Easily detachable for improved adaptability.

360° Rotating Turntable: Equipped with a worm gear reducer for smooth and precise rotation.

High-Durability Tracks: Enhanced wear resistance for stable movement on various terrains.

One-Touch Outrigger Leveling (Optional): Simplifies setup for quick and efficient operation.

Ultra-Narrow Chassis: Excellent maneuverability in confined spaces, maximizing the working range.