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Disc golf 3d model full version#
Disc golf 3d model full#
Disc golf 3d model software#
Disc golf 3d model free#

Time flew.Īll Things Disc Golf: You used 3D printing for your initial prototypes, right? What was that process like? In the process we wanted to verify that the invention works the way we say it does, so we did computer flight simulations, took aerodynamic consulting and of course did tons of field testing. But seeing people’s faces when they get Rask in their hands for the first time and go “what the…” makes it worth all the work. I don’t know if any other disc has gone through that kind of process, with as many prototypes being made. Jonas Lindberg: From the first sketches to final product 2,5 years. No Roc-alikes.Īll Things Disc Golf: How long has the Rask been in development? We’ll make innovative discs as well as somewhat conventional discs. With Kastaplast we want to develop high end products for disc golf, based on own ideas, inventions and designs. Although I’m currently the only person working in the company itself, I usually prefer saying ‘we’ because many other people are involved in the work. Jonas Lindberg: Kastaplast started in 2013 when I realized our work with prototypes would lead into a real product. To learn more about how the company got started and the Rask, we went straight to Lindberg to get the details.Īll Things Disc Golf: When and how did Kastaplast begin as a disc golf company? The thing that stands out about the Rask is a small lip on the bottom of the flight plate.

Disc golf 3d model full#

There were some delays in production and some retooling, but they soon had a full production run of the Rask. Over the previous months, we’ve been able to learn a lot about what goes on when you’re starting a disc golf company. Kastaplast has even used 3D printing in their development process. We reached out to owner Jonas Lindberg soon after the announcement and have remained in touch ever since. This announcement was the first time we learned about Kastaplast and their new Rask disc.

Using Fairway Fly-Throughs in addition to Perimeter Shots at various heights would be an ideal method for capturing the true essence of a hole.In late July 2013, the PDGA approved a disc from a company based in Sweden.

This creates an additional problem of not knowing how wide certain trees are and how much fairway space they actually take up, which is critical. For one, trees in the fairway were often depicted as stumps with possibly flying limbs (their trunks weren’t properly rendered). Using Direct Fly-Throughs Poses a Problemīy feeding the model fairway fly-throughs of each hole, certain aspects were not properly rendered by the model. The rendering of the ground and its topography would also benefit greatly from having more photos fed to the 3d modeling software.

Disc golf 3d model full version#

Utilizing the full version of Zephyr would result in much cleaner models of these holes. Given the 25–30 second clips from Jomez, I fed the model a 2FPS rate.

Disc golf 3d model free#

Zephyr Free only allows 50 photos for rendering - this issue would be easily avoided by simply giving more photos per second to Zephyr to generate the 3D point cloud.

Disc golf 3d model software#

Important Takeaways from My Experiment Using Free Software Creates a Barrier How many holes have you played where the trees aren’t outlined properly on the tee-sign? Or the basket is 50 feet closer/farther than you expected? Or worse, it says the basket is to the left of the tee pad but wait, IT’S ON THE RIGHT? Oh no! Creating tee pad signs from aerial shots of a 3D map of each hole allows for perfectly accurate tee signs and a much better player experience. It will also allow the course designers to create much more accurate tee pad signs. Mapping each hole will give players who haven’t played the course a game plan for what discs to throw off the tee, as one example. Once a course is created, mapping each hole can be done efficiently and effectively with drones. These 3 factors are critical in making a unique and interesting course that will keep players coming back for challenging rounds. When designing a new course, you need to survey the land to figure out how the course will be laid out, what obstacles you’ll face in the construction of the course, and how can you utilize the land to create hazards for play. Then comes the question: How do we make better courses?Īnd no, I’m not talking about the Discraft Drone! There are many applications for drone use in disc golf: course creation & design, hole mapping, accurate tee signs, and course marketing.

However, with the rapid growth of players, better courses are going to start charging more money to keep up with course maintenance demands and to continue to grow the sport. Massive 2020 Disc Golf Boom - Credit to UDisc - Ĭurrently, many courses are free or operate on an honor system (“drop $10 in the bucket”).