Welcome to Surgical Robot Challenge 2026. The Surgical Robot Challenge is an international competition to showcase new advances in surgical robot technology. To enter the competition, you will need to create a 2-minute video of a surgical robot technology that you have been developing.
While applications are open to diverse focus areas, this year we are particularly interested in submissions that celebrate frugal innovation, practical application, and thoughtful design in showcasing how robots can enhance surgical procedures with a focus on maximising impact on low- and middle-income countries (LMICs). Developing surgical prototypes for LMICs demands a focus on affordability, simplicity, and scalability. Prototypes must address critical surgical gaps by being adaptable to resource-constrained environments, such as limited electricity or sterilisation facilities. Ultimately, such innovations should improve surgical care access, reduce mortality rates, and enhance health equity in LMICs.
Applications will be assessed on the following areas:
- Application
- Innovation
- Design
This global competition draws participation from leading surgical robotics groups worldwide, providing a platform to unveil inventive concepts across a broad range of surgical robot platforms.
In 2026, the competition will feature one winning team and two runner-up teams. There will be an online award ceremony in May (date TBC) announcing the winning team and two runner up teams. The winning teamĀ will receive an expenses-paid trip for two team members to attend the Hamlyn Symposium on Medical Robotics in London on 24ā25 June 2026, including travel, three nights of accommodation, and full symposium registration. We will also invite a selection of the most visually compelling demos (not necessarily the winning entries) to showcase their work at the symposium. Those invited will also receive free registration.
Entries are encouraged to incorporate a newly developed aspect, building on existing ideas. While submissions are ideally expected to manifest as final working prototypes, the judging panel will also evaluate designs and development plans. The emphasis is on introducing innovative elements that enhance the overall concept, whether through advancements in functionality, efficiency, or other relevant criteria.
We welcome applications from institutions globally, and all applicants must have affiliations with academic organisations. While we do accept applications from industry, they must collaborate with an academic institution to be eligible for consideration. This collaborative approach ensures a synergistic blend of academic and industrial expertise in submitted applications.
What will I need to do to enter the competition?
All applicants are asked to submit:
- an online entry form (below);
- a 2-minute video demo of their entry;
- a 5-slide PowerPoint presentation.
New video submission requirements:
Create a 2-minute video that showcases your surgical robot technology. Your video should include:
- a title screen listing: the name of your entry; the names and affiliations of the contributors; the name(s) of the institution(s).
- high-quality footage of your surgical robot technology in action.
- audio narration.
- Do not include any footage of cadaver or animal studies.
- Your video should be recorded at 1920Ć1080 or 4K resolution.
- Do not include any copyrighted content.
Please note that the video duration and slide limits are strictly enforced.
Deadline for applications: 20th March 2026
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Frequently Asked Questions:
Please contactĀ Marianne KnightĀ if you have any further questionsĀ not covered here.
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Winners 2025
Best Application
Print-and-Poke: A Low-Cost 3D-Printed Guidance Solution for Percutaneous Nephrostomy in LMICs, Queen’s University, Canada
Team: Laura Connolly, Gabriella dāAlbenzio, Rebecca Hisey, Tamas Ungi, Fatimatou Saleck, Parvin Mousavi, Ron Kikinis, Yahya Ould Tfeil, Ahmedou Moulaye Idriss, Gabor Fichtinger
Best Design
An Adaptable Multi indication Robotic System for Endoluminal Surgery IMRIS, Chinese University of Hong Kong in collaboration with Agilis Robotics
Team: Ka Wai KWOK, Jason Ying Kuen CHAN, Chi Fai NG, Peter Ka Fung CHIU, Simon Siu Man NG, Ping Hong ZHOU, Dominic Chi Chung FOO, Ian Yu Hong WONG, Justin Di-Lang HO, Zhuoliang HE, Kui WANG
Best Innovation
A handheld, low-cost optical stiffness sensor for Surgical Robotics & Minimally Invasive Surgery,Ā University of Sussex
Team: Qianyu Ma, Hareesh Godaba, Nicolas Herzig
All 2025 entries can be viewed here.
