High-rack storage in planned warehouse aisles.
Use it where rack density, placement frequency and operator visibility justify a dedicated warehouse truck.
High-rack pallet storage
Electric reach truck.
A stand-on warehouse truck that extends the mast or fork carriage toward the rack, then retracts the load inside a more compact travel envelope.
Reference familyRT15/20/25ST2Configured & supplied by COWPIGGY
Rated capacity1.5 / 2.0 / 2.5 t*Model dependent
Body width1,100 mm*All references
Reach distance560–672 mm*Model dependent
Turning radius1,685–1,885 mm*Model dependent
01 / Application fit
Store higher without carrying the full mast forward.
Reach geometry brings the forks into the rack for placement, then retracts the load for travel. It is intended for controlled warehouse floors rather than rough outdoor work.
Residual capacity, floor flatness and rack geometry.
The family’s published page does not state lift height. Final mast and capacity must be engineered from the highest beam, pallet weight, load centre and any attachment.
02 / Task principle
Reach out to place. Retract to travel.
The mechanism separates rack access from the truck’s normal travel envelope.
Position in the aisle
Aisle width and rack bay define the approach and turning movement.
Extend toward the rack
The mast reach movement brings the forks into the storage position.
Set the pallet
Residual capacity and rack clearance control safe placement at height.
Bring load inside
The mechanism retracts before the truck travels through the warehouse.
03 / Reference features
Warehouse control around repeated lift cycles.
The reference family combines electric steering, AC drive and reach motion.
Reach mast function
Forward reach allows rack placement while maintaining a compact chassis.
Full AC system
The supplier lists electric steering and an all-AC drive architecture.
Regenerative braking
Energy recovery is integrated into deceleration behaviour.
Lowering cushion
Fork-lowering cushioning is intended to smooth the end of travel.
Emergency control
An accessible emergency button is part of the reference design.
Three capacity classes
The platform spans 1.5, 2.0 and 2.5 tonne reference variants.
04 / Reference specification
Engineering data.
The table retains all three capacities and their changing aisle, reach and battery demands.
* Supplier reference data. Lift height and residual capacity are not stated on the reference page and require separate mast confirmation.
| Parameter | RT15ST2 | RT20ST2 | RT25ST2 |
|---|---|---|---|
| Power / operation | Electric / stand-on | Electric / stand-on | Electric / stand-on |
| Rated capacity | 1.5 t | 2.0 t | 2.5 t |
| Load centre | 500 mm | 500 mm | 500 mm |
| Fork tilt front / rear | 4° / −2° | 4° / −2° | 4° / −2° |
| Overhead guard height | 2,260 mm | 2,260 mm | 2,260 mm |
| Overall length | 2,340 mm | 2,410 mm | 2,470 mm |
| Body width | 1,100 mm | 1,100 mm | 1,100 mm |
| Fork size | 35 / 100 / 1,070 mm | 40 / 120 / 1,070 mm | 40 / 120 / 1,070 mm |
| Fork adjustment | 220–730 mm | 250–730 mm | 250–730 mm |
| Reach distance | 560 mm | 580 mm | 672 mm |
| Aisle: 1,000 × 1,200 crosswise | 2,760 mm | 2,830 mm | 2,920 mm |
| Turning radius | 1,685 mm | 1,770 mm | 1,885 mm |
| Battery reference | 48 V / 280 Ah | 48 V / 350 Ah | 48 V / 420 Ah |
05 / Project configuration
The rack sets the mast requirement.
High-level storage needs a full elevation study, not a capacity guess.
Mast and residual capacity
Confirm the real load at height.
- Top fork and top beam height
- Collapsed mast and free lift
- Capacity chart for load centre
Rack interface
Protect placement clearance.
- Beam opening and pallet support
- Reach distance and fork length
- Back-to-back rack depth
Aisle and floor
Keep warehouse geometry controlled.
- Right-angle stacking aisle
- Floor flatness and joints
- Overhead guard / doorway clearance
Duty and energy
Size for repeated lift work.
- Pallet moves and lift cycles
- Battery capacity and charging
- Cold-store derating if applicable
06 / Selection brief
Map every rack level.
The highest, heaviest pallet is the starting point for mast and capacity review.
Start my fleet brief ↗- Rack elevation and plan
Beam heights, bay widths, depth, supports and aisle clearance.
- Load schedule
Weight and load centre at each required storage level.
- Pallet geometry
Dimensions, entry direction, underside and overhang.
- Warehouse floor
Flatness, joints, gradients, thresholds and dock transitions.
- Duty and environment
Moves per hour, shifts, charging and ambient/cold-store conditions.
Related vehicles
Compare lower-level work.
Use simpler equipment where reach height and aisle density do not justify a dedicated truck.
What capacity remains at your highest beam?
Send the rack elevation, pallet data and aisle plan for a mast and capacity review.