Compare the SafeBoost, H-WULF and CLOi SuitBot for warehouse lifting. We analyse disclosed specs, drive type, lift support and data transparency.
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Editorial QA
Checked for sourced parameters, internal links and prohibited claims.
Procurement teams evaluating back exoskeletons for warehouse lifting face a fragmented market where disclosed specifications vary widely. This comparison focuses on three systems with logistics categorisation: the Verve Motion SafeBoost, the ULS Robotics H-WULF and the LG Electronics CLOi SuitBot. We assess them strictly on the numerical data available in the ExoSelect database, highlighting where information is missing rather than inferring performance.
| Specification | Verve Motion SafeBoost | ULS Robotics H-WULF | LG Electronics CLOi SuitBot |
|---|---|---|---|
| Drive type | Active | Passive | Active |
| Weight | 2.2 kg | 3.8 kg | 5.5 kg |
| Lift support | 15 kg | 30 kg | 30 kg |
| Assist force | 80 N | Not disclosed | Not disclosed |
| Assist torque | Not disclosed | Not disclosed | 25 Nm |
| Battery life | 8 h | Not applicable (passive) | 4 h |
| Charge time | 2 h | Not applicable | 2 h |
| Swappable battery | Yes | Not applicable | Yes |
| Height range | 155–195 cm | 160–190 cm | Not disclosed |
| User weight limit | 115 kg | 100 kg | 100 kg |
| Sizes | S–XL | Adjustable | Adjustable |
| Materials | Technical textile, flexible actuators | Aluminium, steel | Aluminium, polymer |
| Degrees of freedom | 1 | 0 | 2 |
| Control modes | Sensor-triggered hip assistance | Passive waist assistance | Walking assist, standing assist |
| Sensors | IMU, motion sensors | None | Joint sensors, IMU |
| Connectivity | Cloud dashboard, fleet telemetry, Bluetooth | Not disclosed | Not disclosed |
| Certifications | CE | CE | Not disclosed |
| Standards | ISO 13482 | Not disclosed | Not disclosed |
| Warranty | 12 months | Not disclosed | Not disclosed |
| Price | Not disclosed | 3600 USD | Not disclosed |
| Availability | Subscription programme | Available on inquiry | Limited availability |
| Regions | North America, Europe | Asia-Pacific | Asia-Pacific |
| Lead time | Programme-dependent | Not disclosed | Not disclosed |
| Data completeness score | 88 | 72 | 64 |
The SafeBoost is an active soft exosuit that assists hip extension during frequent lifting. It uses flexible actuators and a technical textile construction, weighs 2.2 kg and provides 80 N assist force with 15 kg lift support. Its sensor-triggered hip assistance relies on IMU and motion sensors, and it offers cloud dashboard and fleet telemetry connectivity. The system is available via a subscription programme in North America and Europe, with a 12-month warranty and ISO 13482 compliance.
The H-WULF is a passive waist-assist exoskeleton built from aluminium and steel. It has no sensors, no battery and zero degrees of freedom, relying on passive waist assistance to support lifts up to 30 kg. It is priced at 3600 USD and available on inquiry in the Asia-Pacific region. Its heavier weight (3.8 kg) and lack of connectivity reflect its simpler, mechanical design.
The CLOi SuitBot is an active lower-body assist robot with 2 degrees of freedom, 25 Nm assist torque and 30 kg lift support. It weighs 5.5 kg, offers 4 h battery life and includes joint sensors and an IMU. Control modes cover walking assist and standing assist. LG Electronics lists it as limited availability in Asia-Pacific, with no disclosed certifications or price.
ExoSelect assigns a completeness score based on the proportion of key specifications disclosed. SafeBoost leads with 88, meaning most parameters are available for engineering evaluation. H-WULF scores 72, with gaps in assist force, sensors, connectivity, certifications beyond CE, warranty and lead time. CLOi SuitBot scores 64, with missing height range, certifications, standards, warranty, price and connectivity. For procurement, lower completeness means greater reliance on direct supplier engagement and potentially higher integration risk. Buyers should request the missing data before committing to a pilot.
For frequent, repetitive lifting where workers need active hip extension assistance and fleet-level monitoring, the SafeBoost offers the most complete data package and a subscription model that may reduce capital outlay. Its 15 kg lift support and 80 N assist force are disclosed, but the suitability for specific load weights depends on task analysis.
For operations in Asia-Pacific seeking a lower-cost, passive solution with higher stated lift support (30 kg) and no battery management, the H-WULF is a candidate. However, its passive nature means no active assistance and no sensor-driven adaptation. The 3600 USD price is the only disclosed price in this comparison.
The CLOi SuitBot provides active lower-body assistance with 25 Nm torque and 30 kg lift support, but its 4 h battery life and limited availability may constrain multi-shift use. Its walking and standing assist modes suggest suitability for mobility-heavy tasks in addition to lifting.
Only H-WULF has a disclosed purchase price. SafeBoost is offered via subscription, so cost depends on programme terms. CLOi SuitBot pricing is not disclosed. Battery replacement, maintenance and training costs are not disclosed for any system. Procurement teams should request total cost of ownership breakdowns, including battery lifecycle for active systems and warranty extensions. The compare page allows side-by-side specification checks, and for custom requirements, use the inquiry form.
SafeBoost holds CE certification and lists ISO 13482, the safety standard for personal care robots. H-WULF holds CE certification but does not disclose compliance with ISO 13482 or other standards. CLOi SuitBot does not disclose any certifications or standards. Buyers in regulated environments should verify certification evidence directly with suppliers. The absence of disclosed standards does not imply non-compliance, but it increases due diligence burden.
There is no single best system; the choice depends on drive type, lift support, regional availability and data transparency. SafeBoost offers the most disclosed specifications for active assistance, H-WULF provides a passive option with a listed price, and CLOi SuitBot offers active lower-body assistance with limited availability.
Active exoskeletons use powered actuators and sensors to provide assistance, such as the SafeBoost and CLOi SuitBot. Passive exoskeletons use mechanical structures without power, like the H-WULF, which relies on springs or counterbalances. Active systems typically require batteries and offer adjustable assistance, while passive systems are lighter on maintenance but lack sensor-driven adaptation.
Only the ULS Robotics H-WULF has a disclosed price of 3600 USD. Verve Motion SafeBoost is offered via a subscription programme with programme-dependent pricing, and LG Electronics CLOi SuitBot pricing is not disclosed. Buyers should contact suppliers for quotes.
For a broader view of exoskeleton categories, see the logistics exoskeleton category page. To explore other products, visit the SafeBoost product page, H-WULF product page or CLOi SuitBot product page.
Editorial note
This analysis is based on published specifications and named sources. No first-party physical evaluation was performed.
Reviewed by the ExoSelect editorial desk
Sources and notes
