Canada has historically invested in space robotics, which not only contributes to space exploration but also finds applications on Earth. Advanced robotic technology from programmes like the Canadarm (used on the Shuttle and the International Space Station) directly led to medical innovations such as the neuroArm, a surgical robot capable of extremely delicate brain surgery, and the IGAR (Image-Guided Autonomous Robot) for breast cancer diagnostics. The Canadian government explicitly cites these examples when justifying continued funding for space robotics, stating that “breakthrough technologies developed for space,” that do not currently exist, can lead to “the world’s first robots capable of performing high-risk surgeries and other treatments” on Earth.

Prerequisites:

• Needs assessment to identify relevant areas to fund space exploration reated activities

• Access to technical/business experts to support private entities applying for funding

• Lead agency & budget

• Procurement pathway

• Partner support as needed

Cost:

• Ballpark: USD 50k–250k

• Includes: fund design and governance, technical assistance, monitoring & evaluation, administrative support. This does not include funding.

Funding will depend on the type and duration of activities.

Timeframe:

• Overall: 12-60 months

• Phase: fund design (6-12 mo) ,funding round(s) (6 - 48 mo), optional evaluation & scale-up (6 - 12 mo)

Pros:

• Addressing Social Needs - Address societal needs while advancing space goals.

• Commercial Potential - High commercialization potential increases return on investment.

Considerations:

• Difficulty to Secure Funding - Technologies lacking clear terrestrial applications may struggle to secure funding.

• Timeline - Prioritizing commercial goals could delay or deprioritize long-term scientific missions.