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Comparisons · Robot24.com Original

Stäubli FL1500 vs. VisionNav VNE30

Two autonomous forklifts for warehouse logistics and pallet handling compared on how FL1500’s extended operation and inductive charging and VNE30’s higher load capacity and travel speed shape their capabilities and operating focus.

staeubli-fl1500-vs-visionnav-vne30

Introduction 

The Stäubli FL1500 and VisionNav VNE30 are autonomous forklift robots designed for pallet movement, warehouse logistics and industrial material handling. 

Both can autonomously navigate warehouse environments, detect obstacles and pick up and transport palletised loads. However, there is a substantial difference in their load capacities. 

The Stäubli FL1500 is rated for loads up to 1,500 kg, while the VisionNav VNE30 doubles this with a 3,000 kg rated capacity. 

The VNE30 also offers a higher recorded maximum travel speed and a wider range of optional mast heights, while the FL1500 has up to 24-hour operation and inductive charging recorded in Robot24. 

At a Glance 

MetricStäubli FL1500VisionNav VNE30
Robot typeAutonomous forklift AMRCounterbalance forklift AGV/AMR
Main use casesPallet transport; rack replenishment; production supply; machine feedingPallet transport; pallet stacking; production logistics ; heavy-load movement
Maximum payload1,500 kg3,000 kg
Robot weight3,500 kg5,450 kg
Maximum speedUp to 1.5 m/sUp to 2.2 m/s
Standard lift heightUp to 3,205 mm with duplex mast3,000 mm
Optional / alternative lift height1,835 mm mono mast3,500 / 4,000 / 4,500 mm options
Turning radius1.5 m2.24 m
Positioning accuracyUp to ± 10 mmHigh-precision 3D positioning; exact figure not separately recorded in VNE30 record
NavigationLaser natural-feature navigation3D SLAM
Environmental perceptionSafety and load-monitoring laser scanners3D laser adaptive sensing
Obstacle avoidanceYesYes
Autonomous pallet handlingYesYes
Pallet stackingYesYes
Automatic chargingYesYes
Charging type3 kW side or floor inductive chargingManual or automatic
Battery48 V lithium-ion83.2 V / 500 Ah LiFePO ₄
RuntimeUp to 24 hoursNot publicly disclosed
Fleet coordinationYesYes
Indoor operationYesYes
Semi-outdoor operationNot recorded / outdoor operation listed as noYes
Protection ratingUp to IP54Not publicly disclosed
PriceQuote basedNot publicly disclosed
AvailabilityCommercially availableCommercially available

 

How They Compare 

Both robots are designed to replace or automate conventional forklift tasks within warehouses and industrial facilities. 

The largest technical distinction is payload. The FL1500 carries up to 1,500 kg, whereas the VNE30 is designed for loads of up to 3,000 kg. This gives the VisionNav robot considerably greater capacity for heavy pallet movement. 

The VNE30 is also faster in the recorded specifications. It can travel at up to 2.2 m/s when empty, compared with a maximum of approximately 1.5 m/s for the FL1500. 

Lift capability is more nuanced. The FL1500's duplex mast is recorded at up to 3,205 mm. The VNE30 has a standard 3,000 mm lift but can be configured with 3,500 mm, 4,000 mm or 4,500 mm lift heights. 

Stäubli has the more compact turning specification, with a 1.5 m turning radius compared with 2.24 m for the VisionNav VNE30. 

Their autonomous systems also use different approaches. FL1500 uses laser natural-feature navigation and has safety laser scanners and load-monitoring laser scanners. VNE30 uses 3D SLAM and adaptive 3D laser perception for mapping, positioning, load recognition and obstacle avoidance. 

FL1500 has up to 24-hour runtime recorded and supports 3 kW inductive side or floor charging. The VNE30 uses a substantially larger 83.2 V / 500 Ah LiFePO₄ battery with manual or automatic charging, although its runtime is not recorded in Robot24. 

Summary 

Both the Stäubli FL1500 and VisionNav VNE30 are commercially available autonomous forklift platforms designed for warehouse and industrial logistics. 

The FL1500 combines a 1,500 kg payload with compact manoeuvrability, ±10 mm positioning, inductive charging and up to 24-hour operation. 

The VNE30 is the substantially heavier-capacity machine, supporting up to 3,000 kg, speeds of up to 2.2 m/s and optional mast configurations reaching 4.5 m. Its 3D SLAM and adaptive 3D laser system support autonomous pallet recognition, positioning and obstacle avoidance. 

The main distinction is therefore the FL1500's more compact 1,500 kg intralogistics configuration versus the VNE30's higher-capacity 3,000 kg autonomous forklift platform.

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