About Us
Hi, I’m Logan.
Three years ago I bought a 3D printer and started playing around with different standing blocks for my rifle. After lots of trial and error, I was able to produce a standing block I was happy with, and used it on the World Cup in the 22-23 season. The next year, I set myself a more ambitious target - I wanted to race with a rifle stock I designed and built from scratch. This took 3 attempts (at least), but was successful in achieving that goal. The problem I had with stocks I've used previously is that they are generally one size fits all, which means the range of adjustment is always compromised for either taller athletes or shorter athletes. The method I developed to build these early prototypes used a 3D printed core with a carbon fiber wrap, all done meticulously by hand. These versions took me upwards of 2 weeks to build from start to finish, and combined my favorite features I'd seen on the World Cup, as well as elements that I have preferred on stocks that I've used in the past. These design elements have all been carried over into the our first publicly available stock: The ProjectLP Mk.6.
With the help of my Dad and our friend Brett, we built a CNC machine to handle the specific requirements of cutting Biathlon stocks. It utilizes a 4th rotary axis, allowing a total freedom of design not limited to traditional CNC production constraints.
The goal was to create a stock with as much customization room as possible. The core is CNC cut from Maple, is extremely minimal and allows for all the rifle-athlete interfaces to be 3D printed. The pistol grip, standing block, prone hand-stop, cheek-piece and butt-plate all have variations for athlete preferences. The core comes in two sizes, the Mk.6 and Mk.6s, with the latter being shortened and lowered for smaller athletes. The rifle fully equipped comes in at +/-3.55kg, and uses variable infill in the different 3D printed sections to balance the rifle to the athletes specific requirements. Each grip can come with a textured or smooth surface, and is printed out of engineering grade PBT-GF material. We use neodymium magnets, hidden under a 3D printed shroud to secure the clips in the holder. The butt-plate is tapered to a moderate 7mm offset from the centerline of the barrel, which in our experience allows for an easier and more consistent cheek-piece and butt-plate contact.