Reproductive mode in Helicolenus dactylopterus has been debated since around 1900, and to our knowledge, no previous report on free floating egg mass of H. dactylopterus. Some authors claim viviparous strategy, others oviparous, or also that the species display a zygoparous or embryoparous form of oviparity. The most recent publications (ovarian studies) claim H. dactylopterus «definitely appears to be zygoparous», and due to «release of developing zygotes in the early phases of development», is zygoparous.We report on the first free floating, gelatinous egg mass matrix of Helicolenus dactylopterus, observed in situ. It was observed from Haganes pier, Bergen, Norway 10 April 2020, at 20 cm depth. Live eggs were mostly of the same size (~1 mm), and at late blastula stage. Pictures of live eggs from within the «Haganes matrix» is provided. Ethanol preserved eggs were obtained for DNA barcoding, employing sequences from the cytochrome c oxidase subunit I gene (COI). COI showed 100% similarity with sequences of adult blackbelly rosefish, H. dactylopterus. The species is previously known for internal fertilization, and the in situ observation of the Haganes matrix, with embryos at late blastula stage, is confirming theories of a zygoparous strategy.