Product Comparison
Passive vs Active Exoskeletons: Which is Right for Your Team?
Understand the differences between passive spring-based and active powered robotic exoskeletons for industrial tasks.
Passive Exoskeletons (e.g. LiftSuit, DeltaSuit)
- ✓No batteries, cables, or charging needed
- ✓Extremely lightweight (1.5kg - 3.5kg)
- ✓Much lower upfront cost
- ✓Washable and highly durable textile builds
Active/Robotic Exoskeletons (e.g. Japet, Hypershell)
- ✓Adaptive powered assistance using motors
- ✓Deeper relief for medical recovery / return-to-work
- ✓Actively decompress spine or joints
- ✓Built-in sensor data collection
Feature Breakdown
| Feature | Passive Exoskeletons | Active/Robotic Exoskeletons |
|---|---|---|
| Power Source | Elastic springs / tension bands | Li-ion Battery & Electric Motors |
| Weight | 1.5 kg to 3.5 kg | 2.4 kg to 5.0 kg |
| Best Use Cases | Static leaning, picking, assembly | Chronic pain, return-to-work, stairs |
| Care & Washing | Fully machine washable (textiles) | Spot clean only (electronics) |
| Average Cost | Lower budget, cost-effective | Higher investment |
The Verdict
Passive exoskeletons are best for high-repetition tasks, fatigue prevention, and broad rollouts. Active robotic exoskeletons excel in medical rehabilitation, chronic pain management, WCB return-to-work, and heavy AI-adaptive assistance.