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Next Reality Robotics · June 26, 2026 · How-To / Implementation

How to Run a 30-Day Exoskeleton Pilot: A Step-by-Step Guide for Safety Leaders

Comau MATE-XT GO exoskeleton ready for pilot deployment
Passive exoskeletons like the Comau MATE-XT GO (under 3 kg, $4,295) are ideal for first pilots. Source: Comau Press Release.

The research is compelling. The market is moving. But when you are the person responsible for workplace safety, the question is practical: how do I actually start?

Running a 30-day exoskeleton pilot is the right first step. It is short enough to fit within a planning cycle, long enough to generate meaningful data, and low-risk enough to get stakeholder buy-in.

Week 1 — Planning and Preparation

Step 1: Select Your Target Area

Choose one high-risk task area where MSK injuries are documented:

Material handling station — Clear baseline injury data available

Overhead assembly line — Measurable shoulder exertion reduction

Warehouse picking zone — High-volume, standardized bending/lifting

Construction crew — Visible, measurable task cycles

Rule of thumb: One area. One task type. One exoskeleton model. Do not overcomplicate the first pilot.

The 4-Week Pilot Timeline

30-Day Exoskeleton Pilot — At a Glance
Week 1 Select target area Establish baseline data Choose exoskeleton Order 3-5 units Week 2 Fit & orientation session Worker training (45 min) Voluntary sign-up Don/doff practice Week 3 Daily data collection 2-min end-of-shift survey Mid-point check-in Address fit issues Week 4 End-of-pilot data ROI calculation Decision framework Go / No-go decision

Week 2 — Onboarding and Training

Run a fit session with the vendor or a trained ergonomist. Have each worker try 2-3 sizes, adjust all straps, and walk through the full range of job motions. Do not force a device on anyone — Airbus's volunteer-only model is the right approach.

Worker Training Session (45 min)
10 min How it works Spring/cable mechanics 10 min Donning and doffing Target: 30 seconds 15 min Task-specific use With & without device 5 min Safety & limits What it cannot do 5 min Reporting Flag concerns

ROI Calculation — The Business Case

Pilot Cost vs. Projected Savings
Total pilot cost ~$7,000-$27,500 Single back MSK surgery $40,000-$80,000 BMW: claims reduction savings 40% reduction in ergo claims Amazon/Walmart: injury savings 30-50% fewer MSK injuries

Sources: POC.HK (2026), Industry data

Decision Framework — Go or No-Go

✅ Expand to Phase 2

If: 20%+ exertion reduction, 70%+ workers willing to continue

Action: More areas, more units

⚠ Adjust & Retest

If: 10-20% reduction, mixed willingness

Action: Address fit/training gaps

🔄 Try Different Model

If: <10% reduction or low compliance

Action: Wrong device for the task

📋 Document Honestly

If: Negative feedback, increased chest strain

Action: Exoskeletons not right for every task

The Workplace Ergonomics Brief is a weekly newsletter by Next Reality Robotics. We help safety leaders, HR professionals, and operations teams plan and execute successful worker augmentation programs.

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