TRLUP – Lickety Splint

RAR Innovations is a woman-owned, Newfoundland-based start-up focused on improving emergency-care technology through the development of the Lickety Splint (LS), a one-piece, wrap-around compression immobilization device that combines the function of a splint and a bandage. Unlike conventional splints such as the SAM Splint, SpeedSplint, or improvised wooden planks, the Lickety Splint can be applied single-handedly within an average of 17.26 seconds during the critical “Platinum Ten Minutes” following trauma, when rapid compressive support can prevent death from blood loss (Standing Committee on National Defence, 2014, p. 14).

This innovation addresses a significant gap identified in both field studies and the House of Commons Standing Committee on National Defence (2014): excessive application time and complexity in limb immobilization contribute to preventable deaths from exsanguination. Current devices often require multiple components and at least two trained responders, which slows intervention in high-stress or remote environments.

The Lickety Splint is designed to immobilize limb injuries such as fractures, sprains, and compound wounds. It uses elastic compression bandages, birchwood-dowel supports, and Velcro closures to provide adjustable pressure, stability, and protection against contamination while accommodating swelling. Its radiolucent and reusable construction ensures compatibility with medical imaging and durability for training or field deployment. Compact enough to fit into a standard first-aid kit or M9 medical bag, it supports both civilian and military emergency readiness.

Primary users include paramedics, first-aid instructors, military and sports medics, and remote-site responders, though its intuitive design allows it to be used safely by untrained individuals in emergencies. For professional responders, the LS reduces time-to-care, and for everyday users, it offers an accessible, pre-assembled immobilization option that prevents improper splinting or delayed stabilization.

Faculty Supervisor:

Sheri Williams

Student:

Partner:

Springboard Atlantic Inc.

Discipline:

Engineering

Sector:

Health and Related Sciences and Technology; Advanced Manufacturing; Indigenous Innovation

University:

Nova Scotia Community College

Program: