Atomoving
Aerial Work Platform
Full Electric Scissor Platform
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Aerial Platform Mini Model 300KG
- Compact Chassis Geometry: Features a slim 760mm (29.9 in) overall width, allowing seamless navigation through standard single doorways and narrow warehouse aisles.
- Precision Maneuverability: Achieves a tight 1200mm (47.2 in) turning radius via dual front-wheel drive, optimizing positioning in confined storage zones.
- Efficient Electric Propulsion: Powered by dual 0.4kW (0.54 hp) drive motors and a 24V/60Ah battery bank for quiet, emission-free indoor operation.
- Rapid Hydraulic Cycle: The 0.8kW (1.07 hp) lift motor achieves full elevation in just 20 seconds, maximizing operator throughput during stock picking.
The FSJY Series Full Electric Mini Scissor Lift is a compact, high-performance aerial platform engineered for facility maintenance, stock picking, and installation tasks in space-constrained environments. Unlike manual-push alternatives, this unit features a fully self-propelled system driven by dual 24V DC motors. With a lifting capacity of 300kg (661 lbs) and a maximum working height of up to 5,900mm (19.4 ft) on the FSJY3.9 model, it provides a safe, stable alternative to ladders and scaffolding.
Designed for flat, level surfaces, the unit’s footprint is minimized to 1,180mm x 760mm (46.5 in x 29.9 in), enabling it to pass through standard commercial doorways without folding rails. The integrated 24V/60Ah maintenance-free battery system and on-board 24V/10A charger ensure high availability for multi-shift operations in supermarkets, workshops, and data centers.
Model for Aerial Work Platform
| Model | FSJY3 | FSJY3.9 | |
|---|---|---|---|
|
Capacity |
kg |
300 |
300 |
|
Max.Working Height |
mm |
5,000 |
5,900 |
|
Max.Platform Height |
mm |
3,000 |
3,900 |
|
Overall Length |
mm |
1,180 |
1,180 |
|
Overall Width |
mm |
760 |
760 |
|
Overall Height |
mm |
1,830 |
1,930 |
|
Working Platform Size |
mm |
1,170 x 600 |
1,170 x 600 |
|
Clearance |
mm |
60 |
60 |
|
Axle Distance |
mm |
990 |
990 |
|
Turning Radius |
mm |
1,200 |
1,200 |
|
Drive Motor |
v/kw |
2×24/0.4 |
2×24/0.4 |
|
Lifting Motor |
v/kw |
24/0.8 |
24/0.8 |
|
Drive Speed (Lowered) |
km/h |
4 |
4 |
|
Drive Speed (Lifted) |
km/h |
0.8 |
0.8 |
|
Up/Down Speed |
sec |
20/30 |
20/30 |
|
Battery |
v/Ah |
2×12/60 |
2×12/60 |
|
Charge |
v/A |
24/10 |
24/10 |
|
Climblity |
% |
10/15 |
10/15 |
|
Drive Wheel |
mm |
Φ230×80 |
Φ230×80 |
|
Front Wheel |
mm |
Φ150×60 |
Φ150×60 |
|
Self Weight |
kg |
490 |
600 |
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More Material Handling Equipment
Performance
Optimized Spatial Footprint & Maneuverability
For facility managers dealing with high-density racking, the FSJY series offers superior accessibility. The chassis width is strictly engineered at 760mm (29.9 in), which is critical for navigating standard 812mm (32 in) doorways and narrow aisles. Combined with a short 990mm (39.0 in) axle distance, this aerial platform achieves a turning radius of just 1,200mm (47.2 in). This geometry allows operators to execute 90-degree turns in corridors less than 1.5m (4.9 ft) wide, significantly reducing the time required to position the lift against racking or overhead fixtures compared to larger industrial scissor lifts.
Dual-Motor Electric Drive System
The propulsion system utilizes two independent 24V/0.4kW drive motors, providing precise traction control and a travel speed of 4 km/h (2.5 mph) when stowed. This dual-motor configuration eliminates the physical strain associated with push-around units, reducing operator fatigue and injury risk. When the platform is elevated, safety interlocks automatically restrict travel speed to a “creep mode” of 0.8 km/h (0.5 mph) to prevent tip-over hazards. The system is powered by a 24V/60Ah battery pack, providing sufficient energy density for full-day intermittent usage, supported by an integrated 24V/10A charger for plug-and-play replenishment.
Hydraulic Performance & Stability Engineering
Vertical positioning is driven by a robust 24V/0.8kW lifting motor, delivering a lift time of 20 seconds and a lowering time of 30 seconds. This controlled descent is hydraulically regulated to ensure operator safety and load stability. The unit’s stability is further reinforced by a substantial self-weight of up to 600kg (1,323 lbs) for the FSJY3.9 model, which acts as a low-center-of-gravity counterweight. The machine rides on solid non-marking tires—Ø230x80mm (9.1×3.1 in) drive wheels and Ø150x60mm (5.9×2.4 in) front wheels—ensuring zero floor damage while maintaining a 60mm (2.4 in) ground clearance to traverse minor floor irregularities and thresholds.
Frequently Asked Questions
How does an aerial work platform work?
An aerial work platform uses hydraulic, electric, or mechanical lifting systems to raise and lower a stable work platform for operators. Power from the engine or battery drives the lifting mechanism, which extends the boom or scissor structure to reach elevated areas. Operators control movement, height, and positioning through an onboard control panel, while the base and stabilizers ensure balance and safety during operation.
When can aerial work platforms be used?
An aerial work platform works using a powered lifting mechanism, such as hydraulics, pneumatics, or electric motors, to extend, retract, and position the platform. Operators control movement via onboard controls to adjust height, reach, and stability. The base provides balance, while the platform carries workers and equipment, allowing safe and precise positioning at various elevations.
Reference
[1] University of Virginia, Environmental Health & Safety. “Mobile Elevated Work Platforms”. University of Virginia EHS, Accessed February 22, 2026. https://ehs.virginia.edu/Occupational-Health-Safety/Mobile-Elevated-Work-Platforms.
[2] Wikipedia. “Aerial work platform”. Wikipedia, the Free Encyclopedia, Accessed February 22, 2026. https://en.wikipedia.org/wiki/Aerial_work_platform.
[3] BBC Science Focus. “How does a TV aerial work?”. Science Focus, Accessed February 22, 2026. https://www.sciencefocus.com/future-technology/how-does-a-tv-aerial-work.