A support clip for two or more tubular components, comprising: a first resilient outer frame member coupled to a central support member, adapted to resiliently engage an opposing surface of at least one external structure; at least one second resilient outer frame member coupled to said central support member opposite said first resilient outer frame member, having a first and second lateral frame portion arranged laterally opposite each other about said central support member, adapted to resiliently engage an opposing surface of the at least one external structure; a first open-ended sleeve member and a second open-ended sleeve member, each one arranged between said first resilient outer frame member and a respective one of said first and second lateral frame portions (202a,b) and comprising a first end portion (214a,b), connected to said first outer frame member, and a second end portion (210a,b), connected to a respective one of said first and second lateral frame portion, said second end portion is circumferentially spaced apart from said first end portion about a respective one of said first and second open-ended sleeve member; a first and second spring member (208a,b), each one operably coupled between said second end portion of a respective one of said first and second open-ended sleeve member and a respective one of said first and second lateral frame portions, adapted to resiliently urge said second end portion towards said first end portion upon engagement between said first and second lateral portions and the at least one external structure, wherein said first outer frame member is adapted to resiliently urge said first end portion (214a,b) of each of said first and second open-ended sleeve members towards said second end portion (210a,b) upon engagement between said first outer frame member and the at least one external structure, characterised in that each of the first end portions (241a,b) is operatively coupled to a respective lateral portion of the first resilient outer frame member via integrally formed arcuate spring elements (218a, b) that each form a fulcrum such that when the first resilient outer frame member is deformed by the external structure the fulcrums provide a fulcrumed lever movement of the first end portions (214a,b) towards said central support member. a first resilient outer frame member coupled to a central support member, adapted to resiliently engage an opposing surface of at least one external structure; at least one second resilient outer frame member coupled to said central support member opposite said first resilient outer frame member, having a first and second lateral frame portion arranged laterally opposite each other about said central support member, adapted to resiliently engage an opposing surface of the at least one external structure; a first open-ended sleeve member and a second open-ended sleeve member, each one arranged between said first resilient outer frame member and a respective one of said first and second lateral frame portions (202a,b) and comprising a first end portion (214a,b), connected to said first outer frame member, and a second end portion (210a,b), connected to a respective one of said first and second lateral frame portion, said second end portion is circumferentially spaced apart from said first end portion about a respective one of said first and second open-ended sleeve member; a first and second spring member (208a,b), each one operably coupled between said second end portion of a respective one of said first and second open-ended sleeve member and a respective one of said first and second lateral frame portions, adapted to resiliently urge said second end portion towards said first end portion upon engagement between said first and second lateral portions and the at least one external structure, wherein said first outer frame member is adapted to resiliently urge said first end portion (214a,b) of each of said first and second open-ended sleeve members towards said second end portion (210a,b) upon engagement between said first outer frame member and the at least one external structure, characterised in that each of the first end portions (241a,b) is operatively coupled to a respective lateral portion of the first resilient outer frame member via integrally formed arcuate spring elements (218a, b) that each form a fulcrum such that when the first resilient outer frame member is deformed by the external structure the fulcrums provide a fulcrumed lever movement of the first end portions (214a,b) towards said central support member.