Industrial equipment installation companies in Spain’s Basque Country face a common challenge: how to move heavy equipment indoors or in confined spaces without damaging floors or risking worker safety. Forklifts and cranes work well outdoors, but once they enter a factory building, aisle width, floor loading, and space constraints often make them impractical.
In 2025, an industrial equipment installation company near Bilbao took on a transformer relocation project. The customer needed to move a 38-ton battery powered machine skate inside a factory building and position it precisely. The aisle width was only 2.2 meters, and the floor was epoxy-coated. Forklifts and cranes could not enter the building. The customer searched online for a “remote-controlled electric tank mover” and found YG Machinery.
After two rounds of technical communication, YG recommended a 40-ton remote-controlled electric tank mover. After the equipment was put into use, the customer reported easy operation, no floor damage, and precise positioning. This case study documents the complete process from needs assessment to equipment selection and on-site application.
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Technical Specifications Table for the YG Remote-Controlled Electric Tank Mover
| Model | 10T | 20T | 25T | 30T | 40T | 50T | 60T |
| Motor | 500W x 2 with brake, 104 flange-reinforced gearbox | 750W x 2 104 Flange-Reinforced Gearbox with Brake | 1000W x 2 104 Flange-Reinforced Gearbox with Brake | 1200W x 2 Heavy-duty gearbox with brake and 120 flange | 1500W x 2 120mm Flange-Reinforced Gearbox with Brake | 2000W x 2 120mm Flange-Reinforced Gearbox with Brake | 3000W x 2 with brake, 120 flange-reinforced gearbox |
| Controller | D2T80A dual-channel driver | D2T80A Dual-Channel Driver | D2T100A Dual-Channel Driver | D2T100A Dual-channel driver | D2T200A Dual-Channel Driver | D2T200A Dual-Channel Driver | D2T220A dual-channel driver |
| Remote Control | C7 remote control | C6/C7 Remote Control or Industrial Remote Control | C7 Remote Control | C7 remote control | C6/C7 Remote Control or Industrial Remote Control | C7 Remote Control or Industrial Remote Control | C7 remote control or industrial remote control |
| Battery Specifications | 48V 30AH ternary lithium battery | 48V 60Ah ternary lithium or Lithium Iron Phosphate | 48V 60Ah ternary lithium or Lithium Iron Phosphate | 48V 60Ah ternary lithium or lithium iron phosphate | 48V 120Ah ternary lithium or Lithium Iron Phosphate | 48V 120Ah ternary lithium or Lithium Iron Phosphate | 48V 120AH ternary lithium |
| Operating Current | 25A | 60A | 60A | 60A | 120A | 120A | 120A |
| Charging Current | 54.6 | 54.6 | 54.6 | 54.6 | 54.6 | 54.6 | 54.6 |
| Towing Weight | 10T | 20T | 25T | 30T | 40T | 50T | 60T |
| Load Capacity | 10T | 10T | 12.5T | 15T | 20T | 25T | 30T |
| Dimensions | 500*550*145mm | 670*620*165mm | 670*635*165mm | 740*640*185mm | 810*800*182mm | 810*800*182mm | 1110*800*185mm |
| Disc Flange | 2900mm Diameter | ||||||
| Travel Speed | Per Minute | min | 2-10 min Adjustable | ||||
| Continuous Running Time | 2-3 Hours | 3-4 hours | 4-5 hours | ||||
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Project Background: Bilbao Industrial Plant
Customer type: Industrial equipment installation company (customer name withheld at the customer’s request)
Project location: Bilbao, Spain
Project type: Transformer relocation and positioning inside an industrial plant
The customer specializes in on-site installation of wind power equipment, transformers, and large industrial machinery. In early 2025, the company was contracted to replace a transformer at an industrial plant near Bilbao. The project required moving a 38-ton old transformer out and positioning a new transformer in a designated location.
Project challenges:
- Narrow aisle: Internal aisle width was only 2.2 meters. Forklifts and cranes could not enter.
- Floor restrictions: The factory floor was epoxy-coated. Heavy equipment could not drive directly on it.
- Limited space: The transformer installation position was close to a wall, leaving limited operating space.
- Safety requirements: Other equipment was operating in the factory. Normal production could not be affected.
- Precision requirement: The transformer needed to be positioned within millimeter accuracy.
The customer initially considered traditional moving methods, including laying steel plates, using rollers, and manual pushing. But this approach required multiple workers, was inefficient, and the steel plate installation and removal alone would take significant time. More importantly, manually moving a 38-ton piece of equipment posed safety risks.
Why the Customer Chose a Remote-Controlled Electric Tank Mover
After evaluating multiple options, the customer selected a remote-controlled electric tank mover. Key considerations included:
1. Remote control keeps operators away from danger
The operator controls the equipment from a safe distance using a wireless remote. No one needs to stand next to the heavy load.
2. Electric drive is suitable for indoor use
Electric drive produces no exhaust emissions and is suitable for enclosed indoor spaces. Low noise means it does not interfere with other operations in the factory.
3. Rubber tracks protect epoxy floors
Rubber tracks distribute weight and do not scratch or damage epoxy floor surfaces.
4. 360° rotation adapts to narrow spaces
The equipment supports 360° rotation, allowing direction changes in narrow aisles without extra space for turning around.
5. Hydraulic support points provide stable load bearing
Four independent hydraulic support points adjust height and level, keeping the equipment stable during movement.
6. 10–60 ton capacity range
YG offers a complete product series from 10 tons to 60 tons, allowing selection based on equipment weight.
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On-Site Application of Electric Machine Mover with Radio Control
After the equipment arrived at the customer’s site, YG provided remote video installation guidance and operator training. The customer’s operating team completed equipment commissioning and trial operation within one day.
Operating process:
Step 1: Equipment positioning
The tank mover was placed next to the transformer. Hydraulic support points were adjusted to level the equipment.
Step 2: Load the transformer
The transformer base was aligned with the tank mover. Hydraulic support points lifted and secured the transformer.
Step 3: Remote-controlled movement
The operator used the remote control from a safe distance to move the tank mover forward, backward, and turn, relocating the transformer from the old position to the new position.
Step 4: Precision positioning
Using the remote control’s fine adjustment function, the transformer was precisely positioned at the installation location with millimeter-level accuracy.
Step 5: Unloading and withdrawal
Hydraulic support points were lowered, and the transformer was set in place. The tank mover was withdrawn from the site.
Operator requirements: 1 operator (remote control) + 1 assistant (on-site observation)
Floor protection: Rubber tracks required; no additional steel plates. The epoxy floor showed no damage.
Achievements and Customer Feedback Regarding Electric Tank Transporters
After the equipment was put into use, the customer reported the following:
1. Easy operation
“One person with a remote control can operate it. No multiple workers needed. Before, moving this kind of equipment required at least 5–6 people. Now one person is enough.”
2. No floor damage
“The rubber tracks leave no marks on the epoxy floor. Before, using forklifts or laying steel plates always left marks.”
3. Precise positioning
“After moving the transformer to the installation position, the deviation was very small. No repeated adjustment was needed.”
4. Fast setup
“From equipment arrival to completing the move, it took only one day. With traditional methods, laying steel plates and rollers alone would take half a day.”
5. Improved safety
“The operator stands at a safe distance with the remote control, not next to the heavy load. Much safer.”
Customer feedback:
“This remote-controlled electric tank mover solved our problem of moving heavy equipment indoors. We will continue to use it for other factory projects.”
Why Choose YG Remote-Controlled Electric Tank Mover
- 10–60 ton capacity range: Covers moving needs from small equipment to heavy transformers
- Remote control: Operator can control the equipment from 50–100 meters away
- Electric drive: Zero emissions, low noise, suitable for indoor use
- Rubber tracks: Protect epoxy floors, concrete, and steel plate surfaces
- 360° rotation: Adapts to narrow aisles and confined spaces
- Hydraulic support: Four independent hydraulic support points for stable load bearing
- Customization options: Can be customized based on equipment weight, dimensions, and site conditions
- Export support: Wooden crate packaging, installation guidance, and remote technical support
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Frequently Asked Questions About Remote Control Electric Tank Mover
A1: A remote-controlled electric tank mover is a heavy equipment moving device with rubber tracks and a wireless remote control. It is used to move heavy equipment such as transformers, wind turbine components, and industrial machinery in confined spaces.
A2: YG offers remote-controlled electric tank movers with load capacities from 10 tons to 60 tons. Selection depends on equipment weight, dimensions, and site conditions.
A3: Yes. The rubber tracks are designed to protect epoxy floors and other finished surfaces. No additional steel plates are required.
A4: The standard remote control range is 50–100 meters, depending on the model and site conditions. A customized remote range is available.
A5: Yes. The tank mover can be customized for load capacity, dimensions, hydraulic support points, and remote control features based on the specific equipment and project requirements.
A6: YG provides export packaging, shipping coordination, and remote technical support. Contact YG with your equipment details and destination port for a specific shipping arrangement.
Send Us Your Equipment Details
Send YG your equipment weight, dimensions, aisle width, floor conditions, moving distance, and destination port. Our team will recommend a suitable remote-controlled electric tank mover model based on your project conditions and provide a technical proposal and quotation.
