Battery Powered Machine Skates | MH-L Lift Series Electric Load Mover
MHBY battery powered machine skates (MH-L Lift series) — also called battery operated machine moving skates, electric machinery mover skates, powered machinery moving skates, and remote controlled machine skates — are self-propelled, remote-controlled load moving skates equipped with lifting function and 50 mm lifting stroke, built to relocate heavy machinery where forklifts and cranes cannot reach. These powered heavy-duty machine skates let a single operator transport CNC machines, presses, transformers and molds through narrow workshops with vibration-free precision — cutting labor costs and improving workshop safety.
Popular tonnage in this series: MH20L (20-ton traction) · MH25L (25-ton traction) · MH30L (30-ton traction) · MH35L (35-ton traction) · MH40L (40-ton traction) · MH50L (50-ton traction)
Summary of Key Features
- Professional Industrial Wireless Remote Control
- 1-Year Full Machine Warranty
- Q355B Manganese Steel Plate
- German LANXESS Polyurethane Wheels
Full MH-L Lift series specifications (20T–50T traction) below.
| MODEL | MH20L | MH25L | MH30L | MH35L | MH40L | MH50L |
|---|---|---|---|---|---|---|
| Traction Capacity | 20000 kg (44000 lbs) | 25000 kg (55000 lbs) | 30000 kg (66000 lbs) | 35000 kg (77000 lbs) | 40000 kg (88000 lbs) | 50000 kg (110000 lbs) |
| Lifting Capacity | 10000 kg (22000 lbs) | 12500 kg (27500 lbs) | 15000 kg (33000 lbs) | 17500 kg (38500 lbs) | 20000 kg (44000 lbs) | 25000 kg (55000 lbs) |
| Lifting Stroke | 5 cm (1.97 in) | |||||
| Drive Motor | 1500 W (2 × 750 W motors) | 2000 W (2 × 1000 W motors) | 2000 W (2 × 1000 W motors) | 3000 W (2 × 1500 W motors) | 4000 W (2 × 2000 W motors) | 5000 W (2 × 2500 W motors) |
| Power Battery | 48 V / 60 AH | 48 V / 60 AH | 48 V / 60 AH | 48 V / 120 AH | 48 V / 120 AH | 48 V / 120 AH |
| Continuous Battery Runtime | 4–5 Hours Continuous Working Time | |||||
| Drive Wheel Specification | 4 Pcs, 100 × 130 mm (4 × 5 in.) | 4 Pcs, 100 × 130 mm (4 × 5 in.) | 4 Pcs, 100 × 130 mm (4 × 5 in.) | 4 Pcs, 120 × 155 mm (4 3/4 × 6 1/8 in.) | 4 Pcs, 120 × 155 mm (4 3/4 × 6 1/8 in.) | 4 Pcs, 120 × 155 mm (4 3/4 × 6 1/8 in.) |
| Travel Speed | 8-10 m/min (0.37 mph), Stable Low-Speed Heavy Load Travel | |||||
| Overall Dimensions (L × W × H) | 800 × 840 × 190 mm (31 1/2 × 33 × 7 1/2 in.) | 800 × 840 × 190 mm (31 1/2 × 33 × 7 1/2 in.) | 850 × 880 × 210 mm (33 1/2 × 34 5/8 × 8 1/4 in.) | 850 × 880 × 210 mm (33 1/2 × 34 5/8 × 8 1/4 in.) | 950 × 980 × 210 mm (37 3/8 × 38 1/2 × 8 1/4 in.) | 1080 × 1120 × 210 mm (42 1/2 × 44 × 8 1/4 in.) |
| Net Machine Weight | 190 kg (418 lbs) | 192 kg (422 lbs) | 220 kg (484 lbs) | 222 kg (488 lbs) | 235 kg (517 lbs) | 255 kg (562 lbs) |
How Battery Powered Machine Skates Work
Each electric machine skate combines a 48V lithium battery pack, dual drive motors and four polyurethane drive wheels under a Q355B manganese steel frame. In addition, the professional Industrial wireless remote lets the operator drive, steer and stop the loaded skate — forward, backward and 360° rotation — from a safe distance.
Because there is no trailing cable, no exhaust and no towing vehicle, one person controls loads that once required a full crew and a forklift. Meanwhile, the freely rotating turntable lets the operator reposition and align heavy equipment in tight spaces at a controlled 10 m/min travel speed.
How Much Weight Can Battery Powered Machine Skates Move?
A single MH-L Lift series battery powered machine skate delivers 20, 25, 30, 35, 40 or 50 tons of traction, with a safe load capacity of 10–25 tons. In other words, one compact unit replaces the pulling power of a full forklift crew.
For heavier jobs, a complete train — one powered unit at the front plus two straight-line auxiliary wheels (W6SP/W8SP) at the rear — can move up to 50 tons in synchronized operation. In fact, the MH50L’s 50,000 kg (110,000 lb) traction covers most industrial machine moves, including stamping presses, injection molding machines and ship engine blocks.
Synchronous Operation: Multi-Skate Coordination
Oversized loads often need more than one skate. In this case, two or more battery powered machine skates work together through synchronous operation: a single wireless remote controls every drive unit at once, so all wheels turn at the same speed and direction. This is essential when relocating:
- Long machines (lathes, planers, extrusion lines) — front and rear skates stay aligned
- Wide loads (transformers, generator housings) — left and right skates move in lockstep
- Extra-heavy assemblies (ship engine blocks, steel mill rolls) — 4+ skates share the load
For example, with a low-profile claw jack (sold separately), you can lift one end of the load and slide a skate underneath. That is why this remote control electric machine skates with lift function workflow is used in aerospace, shipbuilding and energy projects worldwide.
Battery Life & Charging
The standard 48V / 60–120 Ah ternary lithium battery delivers 4–5 hours of continuous working time on a single charge — enough for 4–6 typical machine moves. Moreover, the battery is removable: swap in a fresh pack and the skate keeps running without unloading the cargo.
The charger accepts 110–260V universal input, so the same unit works on any power grid worldwide. Therefore, for 24/7 operations, we recommend ordering one spare battery per powered skate.
Why Choose Battery Powered over Manual Skates or Forklifts?
Above all, battery powered machine skates remove the three biggest bottlenecks of traditional machine moving:
- vs. manual machine skates: no pushing, pulling or pry bars — the motorized drive eliminates the injury risk and the 4–6 person crew a 30-ton move typically needs.
- vs. forklifts: only 190–210 mm high, the skates slide under machinery in low-clearance aisles where a forklift cannot enter, and they position loads with millimeter-level precision.
- vs. cranes: no rigging, no overhead clearance, no exclusion zones — move machines between production lines without stopping adjacent operations.
For a full cost breakdown, see our battery powered vs manual machine skates cost comparison.
Applications Across Industries
Machine builders, riggers and maintenance teams worldwide rely on MHBY battery powered load moving skates. For instance, typical jobs include:
- CNC & machining centers — installing and relocating lathes, milling machines and machining centers (MH50P recommended for 25t loads).
- Plastic injection & stamping — moving injection molding machines and press dies with up to 50t traction (MH50L).
- Power equipment — transformers, generators and switchgear in substations and plant rooms.
- Mold & die handling — precise positioning of heavy molds inside storage racks and presses.
- Shipbuilding & steel structures — section alignment and workshop logistics.
Looking for lighter-duty or mid-range options? In that case, explore our motorized machine skates (basic series) and electric load moving skates (professional series). In addition, our step-by-step safety guide explains how to move heavy machinery without a forklift.
Frequently Asked Questions
Q: How do battery powered machine skates work?
A: A 48V lithium battery powers two drive motors that turn four polyurethane wheels. As a result, the operator can steer, drive and stop the loaded skate with a wireless remote from a safe distance.
Q: How much weight can battery powered machine skates move?
A: Up to 50,000 kg (110,000 lbs) of traction per skate (MH50L). In addition, a synchronized pair can move up to 100 tons.
Q: How long does the battery last on a machine skate?
A: 4–5 hours of continuous working time from a 48V 60–120 Ah lithium pack. Moreover, the swappable battery design allows continuous operation with a spare pack.
Q: Can two battery-powered machine skates work together?
A: Yes. Two or more skates can run in synchronous operation from a single remote — useful for long, wide or extra-heavy loads. For stable straight-line transport, pair them with our straight-line auxiliary wheels.
Q: What floor conditions do the skates require?
A: Standard smooth concrete and epoxy floors are ideal. In fact, the German LANXESS polyurethane wheels are non-marking and protect expensive floor coatings.
