Your Robot Lab, Step by Step
Whether you're a university professor, a startup founder, or a makerspace organizer, setting up a humanoid robot lab is one of the most exciting things you can do in 2026. Here's how to do it right, with Canadian-specific considerations.
Space Requirements
Minimum Viable Lab: 30-50 m²
Enough for 1-2 robots with a work area and charging station.
Operating area: 4m × 4m minimum clear space per robot
Charging station: 1m × 1m per robot
Workbench: 2m × 0.8m for maintenance and modifications
Computer station: Desk for monitoring and development
Storage: Shelving for spare parts, tools, accessories
Ideal Lab: 80-120 m²
Room for 3-4 robots, dedicated testing zones, and visitor space.
Testing arena: 6m × 6m with adjustable obstacles
Demo area: Space for visitors and presentations
Workshop: Full workbench with soldering, 3D printer, tool wall
Meeting space: Table and chairs for planning sessions
Server rack: For processing and data storage
Floor Requirements
Flat and level — Robots need consistent footing. Max 2° slope.
Hard surface preferred — Concrete, laminate, or commercial vinyl. Carpet reduces battery life 15-20%.
Anti-static — Important for electronics work. Anti-static mats at workbench.
Durable — Robots drop things. Scratches and dents are inevitable.
Power & Electrical
| Need | Specification |
|------|-------------|
| Standard outlets | 120V, 15A — at least 6 per lab |
| Robot charging | Dedicated 20A circuit per 2-3 robots |
| Computer/server | UPS-protected circuit |
| Workshop tools | 120V, 20A for power tools |
| Total estimated draw | 30-50A service |
Canadian note: Standard residential 200A service is sufficient. Commercial spaces typically have 100-400A — more than enough.
Essential Equipment List
Tier 1: Must-Have ($5,000-10,000)
| Item | Est. Cost (CAD) |
|------|----------------|
| Workbench (heavy-duty) | $500-1,000 |
| Tool set (electronics + mechanical) | $500-800 |
| Soldering station | $200-500 |
| Multimeter | $100-300 |
| Safety equipment (first aid, fire ext.) | $200-400 |
| Cable management supplies | $100-200 |
| Laptop/desktop for development | $2,000-4,000 |
| UPS (battery backup) | $300-600 |
| Safety mats & barriers | $500-1,000 |
Tier 2: Nice-to-Have ($3,000-8,000)
| Item | Est. Cost (CAD) |
|------|----------------|
| 3D printer (for custom parts) | $500-2,000 |
| Motion capture system (basic) | $1,000-3,000 |
| Camera system (monitoring) | $500-1,000 |
| Oscilloscope | $400-1,000 |
| Network equipment (router, switch) | $200-500 |
| Whiteboard / planning wall | $100-300 |
Tier 3: Advanced ($5,000-20,000+)
| Item | Est. Cost (CAD) |
|------|----------------|
| GPU server for AI training | $5,000-15,000 |
| Professional motion capture | $5,000-30,000 |
| Force/torque sensors | $2,000-5,000 |
| Custom test fixtures | $1,000-5,000 |
Robot Selection for Labs
Budget Lab (Under $50K total)
1x Unitree G1 EDU ($16K USD) — Your primary platform
Equipment: Tier 1 setup
Total estimated: $40,000-50,000 CAD
Standard Lab ($50K-150K total)
1x Unitree G1 Pro ($27K USD) — Primary with dexterous hands
1x Unitree G1 EDU ($16K USD) — Secondary/backup
Equipment: Tier 1 + Tier 2
Total estimated: $100,000-150,000 CAD
Research Lab ($150K-500K total)
2-3 mixed-model robots — G1 + GR-1 + specialty model
Equipment: All tiers
Dedicated GPU computing
Total estimated: $200,000-500,000 CAD
Funding for Canadian Labs
University Labs
NSERC Discovery Grants — Up to $50K/year for faculty research
CFI (Canada Foundation for Innovation) — Infrastructure grants up to $500K
Provincial research grants — Vary by province
MITACS partnerships — Industry-academic collaboration funding
Company Labs
SR&ED Tax Credits — 35% refundable credit on eligible R&D expenses
NRC IRAP — Up to $1M for innovative SME projects
BDC loans — Business Development Bank offers technology financing
Provincial programs — OINP (Ontario), PME MTL (Quebec), Alberta Innovates
Makerspaces & Non-Profits
Canadian Heritage grants — For educational technology initiatives
Community foundations — Local grants for STEM education
Corporate sponsorships — Tech companies often sponsor robotics education
Safety Setup
Emergency stop button — Wall-mounted, clearly visible, tested weekly
Fire extinguisher — Class ABC, one per 50 m²
First aid kit — Standard workplace kit
Safety barriers — Retractable belt barriers or rope for demo areas
Safety signage — "Robot Operating Area", "Authorized Personnel Only"
Incident log book — Document all incidents and near-misses
Network & Software
Internet: Minimum 100 Mbps for remote monitoring and updates
Local network: Gigabit switch for robot-to-computer communication
OS: Ubuntu 22.04+ (most robot SDKs target Linux)
Development: ROS 2 (Robot Operating System), Python 3.10+, C++
Monitoring: Grafana or similar for real-time robot telemetry
Version control: Git for code management
Getting Started Checklist
1. [ ] Secure space (lease or allocate room)
2. [ ] Verify electrical capacity
3. [ ] Install safety equipment
4. [ ] Order Tier 1 equipment
5. [ ] Order your first robot
6. [ ] Set up development environment
7. [ ] Complete safety training
8. [ ] Document lab procedures
9. [ ] Start experimenting!
Need help selecting robots for your lab? Contact RoboNorth — we've helped dozens of Canadian labs get set up. Browse robots →