Introduction to Mick Ebeling and his field
Mick Ebeling is a technology executive and founder best known for launching Not Impossible Labs, a product and innovation studio that develops hardware and software to expand access for people with disabilities. He is recognized for leading cross-disciplinary teams to solve difficult accessibility problems, exemplified by high-profile projects such as the 3D-printing prosthetic arm for a Sudanese boy in a warzone, often referenced as Project Daniel. Ebeling focuses on applying rapid prototyping, open-source methods, and pragmatic engineering to humanitarian and medical technology challenges, establishing a model for sustainable, locally delivered assistive solutions rather than one-off charity.
Early career and background
Before Not Impossible Labs, Ebeling held executive roles at media and technology companies, including heading the West Coast operations for a prominent entertainment company and previous positions in music and home video distribution. He transitioned from traditional media into technology-driven philanthropy and product development, building teams capable of moving from insight to prototype at speed. This background shaped his approach to treating accessibility problems as product design and engineering challenges rather than purely nonprofit issues, enabling more scalable and measurable outcomes.
Not impossible labs and project philosophy
Not Impossible Labs operates as a studio and innovation lab that designs and ships assistive technologies, prioritizing durable, locally maintainable solutions. The organization often partners with hospitals, clinics, and grassroots organizations to ensure products are practical in resource-constrained settings. Ebeling frames accessibility as a market opportunity and a design constraint, leveraging this dual lens to attract both impact investors and commercial partners. This model differs from short-term aid by embedding technical support, training, and supply chains so that devices can be sustained over years.
Project Daniel and the 3D printing prosthetic initiative
Project Daniel brought global attention to Ebeling’s work when his team created a 3D-printed prosthetic arm for a boy who lost his hand in the Sudan conflict. The project combined 3D scanning, desktop 3D printing, and low-cost components to produce a lightweight, adjustable prosthesis that could be replicated locally. By open-sourcing designs and training local clinicians, the initiative demonstrated how makerspaces and distributed manufacturing could bypass supply-chain delays typical in humanitarian contexts. Project Daniel became a case study in accessible prototyping and is frequently cited in discussions of humanitarian tech and inclusive design.
Verified initiatives, milestones, and outcomes
Ebeling’s initiatives have documented milestones, including pilot rollouts in multiple countries, peer-reviewed publications on assistive methods, and partnerships with academic and clinical institutions. Outcomes are measured in functional improvements for users and reductions in production cost relative to traditional prosthetics. The approach has influenced how organizations plan for post-pilot sustainability, emphasizing training and local ownership. The following table summarizes key verified attributes and dates where available.
| Attribute | Verified Detail | Source Type |
|---|---|---|
| Organization | Not Impossible Labs | Company registration and website |
| Notable project | Project Daniel (3D-printed prosthetic) | Public reports and press interviews |
| Primary focus | Assistive technology and accessibility engineering | Company materials and talks |
| Methodology | Rapid prototyping, open-source design, local training | Conference talks and published papers |
| Impact approach | Partnerships with clinics and NGOs for sustainable delivery | Partnership announcements and field updates |
Key projects and collaborations
Beyond Project Daniel, Not Impossible Labs has pursued a range of initiatives in motion tracking, sensory substitution, and communication aids, often in collaboration with hospitals and research labs. By framing constraints such as cost and power availability as design parameters, the team produces solutions that work in low-infrastructure environments. Collaborations with universities and clinicians provide both validation and pathways for regulatory review, increasing the chance that prototypes evolve into adopted tools rather than one-off experiments.
Impact on accessibility and assistive technology
Ebeling’s work has shifted conversations in accessibility toward models that combine design rigor with humanitarian outcomes. The emphasis on open design and local capacity has inspired other makers and organizations to consider how distributed manufacturing can reduce reliance on imported devices. By demonstrating measurable functional improvements and training non-specialists to maintain equipment, his approach supports long-term change rather than short-term visibility. This has affected how NGOs, clinicians, and startups plan pilots and scale assistive technologies.
Current status and ongoing work
Not Impossible Labs continues to develop new prototypes and partnerships, focusing on projects that can achieve field testing and iterative improvement. Ebeling remains involved in strategy and storytelling, communicating the intersection of technology, ethics, and impact to diverse audiences. The organization tracks outcomes such as user independence, cost per device, and training hours, using these metrics to guide product evolution and to secure ongoing support from partners and funders.
Frequently asked questions about Mick Ebeling
- What is Mick Ebeling known for? He is known for founding Not Impossible Labs and leading Project Daniel, a widely cited 3D-printed prosthetic arm project for conflict-affected regions.
- How does Not Impossible Labs differ from traditional aid? It treats accessibility as a product and engineering challenge, using rapid prototyping, open-source designs, and local training to ensure long-term sustainability.
- What technologies does the team use? The team employs 3D printing, motion capture, sensor integration, and iterative user testing to create affordable, locally maintainable devices.
- Are the designs open source? Many designs and methodologies are shared openly to enable replication and adaptation by other groups and clinicians.
- How is impact measured? Outcomes include functional gains for users, reduced device costs, training completion, and the ability for local partners to service and iterate devices independently.
Summary and legacy outlook
Mick Ebeling’s legacy centers on rethinking how assistive technology is delivered in challenging environments, combining design innovation with pragmatic operations. By aligning commercial practices, open-source collaboration, and humanitarian goals, he has created models that aim to outlast individual projects. The continued focus on training, local ownership, and measurable outcomes suggests his influence will persist in both tech-for-good circles and mainstream assistive technology development.