rubescens may choose prey based on fat digestibility rather than on the amount of calories the octopuses is able to obtain from the food items. The octopuses will often concentrate their drill holes near the adductor muscles of the bivalve prey. Following the capture of bivalve prey, it will often drill a hole through the shell to deliver venom and more easily open the shell. rubescens will pounce on prey and display a stereotypical sequence of color changes at the moment of capture. rubescens have also been observed in the wild to consume krill. The two studies on the subject determined diets in Puget Sound, Washington to be dominated by gastropods, particularly Nucella lamellosa and Olivella baetica, but also composed of clams, scallops and crabs. So far, very little quantification of its diet in the wild has been made. rubescens is a generalist predator and has been maintained on a wide variety of gastropods, bivalves, crabs and barnacles in the lab. The two can be differentiated by the presence of three eyelash-like papillae below the eyes of O. It can be easily confused with small individuals of Enteroctopus dofleini in the northern end of this species' range. Color can vary from a deep brick red, to brown, to white, or mottled mixtures of the three. rubescens can change its color and texture, making its appearance highly variable. Adult weight is generally 100–150 grams (3.5 - 5.3 Oz), but animals up to 400 grams (14.1 Oz) in weight have occasionally been observed. rubescens generally grows to a mantle length of 8–10 cm (3.1 - 3.9 in), and arm length of 30–40 cm (11.8 - 15.7 in). This high tech fibre is hydrophobic and designed to absorb impact, but unlike kevlar does not degrade over time and is simply the best fin ever produced by DiveR.O. Innegra the latest in technology from the leaders in spread tow fibre development, Innegra fibre allows the fin to deform far past normal carbon and composite fins.Carbon fibre blades are extremely light weight whilst enhancing diving propulsion and performance, propelling divers at superior speed and velocity.Composite blades are slightly heavier and less resilient than carbon blades, but what they lack in weight and flexibility they make up for in extreme endurance and durability.If you are an experienced diver looking for a quality product that delivers the result you would expect for its price, then go no further than the DiveR blades.
Consequently, the final product is a fin which is unparalleled in terms of durability and are capable of surviving some of the harshest conditions you can throw at them. The blades were tested to over 1,000,000 revolutions and recorded no degradation in function or the mechanics of the blade. Contrastingly, normal thermoplastic blades start to break down after approximately 10,000 revolutions and then decline to breaking point. Unlike other fins, DiveR blades don't lose their initial power after just a few weeks of use. Over the past 6 years of this product's production there have been no reports of drop in performance or breakages. The result is a blade that is extremely popular among commercial divers for both its performance and dependability under heavy working conditions. The blades have each been constructed in detail by hand to ensure precision. Manufactured from state of the art resin systems and aerospace fabrics the DiveR fin blade gives you the mechanical advantage and high performance you have been looking for.
#Red octopus free#
We are so confident in our product that we offer a 3-year warranty on all blades if your blades become stressed or falter in any way during this period, you are eligible to send the product back and receive a new pair.įinally, the unique designs and art we print on our blades offers a very unique look and experience.ĭiveR strenuously tested fin designs over 18 months with the help of free diving professionals to produce what is now one of, if not the best diving blade on the market today. On average, a pair of DiveR blades should last between 5-7 years if properly maintained. Textreme is responsible for producing some of the most advanced lightweight and durable carbon on the planet, fitting out F1 race cars and specialty high performance aircraft. The materials we use are platinum grade and supplied to us through an exclusive partnership with Textreme. The most significant factor is the material we use: To add foot pockets, go here to choose your pocket and add to cart.Ī common question we get at DiveR is why our price point and how are these fins different to alternative fins on the market. Carbon construction, available in soft or medium flex.
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