The CCM Premier R1.9 Senior Composite Goalie Stick is a composite construction goalie stick.
CCM Premier R1.9 Composite Goalie Stick
The team at CCM has completely redesigned its composite goalie line and is optimized to bring the lightest and best feeling composite goalie stick to the crease.
CCM Premier R1.9 Composite Goalie Stick Features:
- Paddle: Strategically placed ExoFibe weave with a matte finish helps to reduce vibrations to provide a better feel of the puck
- Handle: The new Raised Grip technology is designed to offer great control, especially when playing the puck
- Blade: A very stiff blade to help with greater accuracy and control of deflections
- Construction: Very light composite structure based on the way CCM player sticks are built help to provide great feel and durability
- Available in sizes 25, 26, 27 paddle lengths
- White/Black and White/Red colors
Goalie Stick Construction Differences – Wood, Foam Core & Composite
A frequently asked question by our customers focuses on the differences between a Wood, Foam Core or Composite goalie stick. Beyond respective price range, each type of stick and construction possesses a unique set of benefits and potential drawbacks. there is more to the differences in these type of sticks other than just price. A more detailed analysis of each is as follows:
The first category of stick construction involves the use of traditional wood. With a history that (at least) dates back to the early 1800’s, the earliest hockey sticks were crafted from wood. In the 1950’s, the blades of the original “one-piece” wooden sticks were wrapped in fiberglass to increase durability. Since the development of the composite stick, the use of the traditional wooden stick has become less common. However, a well-crafted wooden stick will remain consistently stiff from “heel-to-handle” throughout its use and may actually provide better feel for goalies when handling the puck. In addition, wooden sticks tend to be much less expensive than foam core sticks and composite sticks.
Notwithstanding these benefits, there are two major drawbacks to using a traditional wooden goalie stick: weight and durability. Sticks made from wood are almost invariably heavier in weight, making the stick less maneuverable. Regarding durability, a wooden stick will likely start to show signs of use early on. While the traditional feel might remain, the materials bonded at the heel and blade are not as resilient as those used in a foam core or composite stick.
Foam Core Sticks:
The second category of stick includes the “foam core” goalie stick. While the foam core stick’s appearance may be similar to that of a wooden stick, a foam core stick contains compacted foam in the paddle area with a wood spine through approximately two thirds the length of the paddle. The handle of these sticks is more traditional and employs an ash/wood material. Foam core sticks are very durable as the compacted foam is highly resistant to cracking and chipping.
In addition, the compacted foam allows the foam core stick to be lighter than traditional wooden sticks. However, the frequently cited issue with foam core sticks is that they develop increased and undesired flexibility over time. To combat this concern, stick manufacturers have added carbon strips to the top level foam core sticks to reduce flexibility and increase consistency over time.
The third type of stick is the composite goalie stick. Composite sticks are similar to traditional wood sticks in the sense that they are consistently stiff over the life of the stick. However compared to wood sticks, composite sticks a significantly lighter. Composite sticks are the only category of goalie stick that come with a warranty, each stick has a 30 day manufactures warranty period from the time of purchase. The major advantage of composite goalie sticks is the stiffness and the weight factor. As you go up in price on composite goalie sticks, the weight becomes increasing lighter.
A disadvantage of composite goalie sticks is vibration. Some goalies believe that the composite goalie sticks gives off a vibration when making a stick save. This philosophy seems to vary case by case depending on the goalie, some goalies believe this to be true while other do not believe this is an issue. Like most things goalie related, it comes down to a personal preference.