![]() There are a lot of factors to consider in building a safe and skateable ramp structure. Simple answer: You don’t! Unless you are a civil engineer. Now I understand the importance of building things the right way. But there were some that were just right, and I had days of fun with them. They were mostly a disaster, and unrideable. I built the transitions too steep so I got thrown. I used too thin of plywood so I crashed through the ramp. I built ramps with no bracing so they collapsed. #4 ft mini ramp plans trialBut we didn’t have the internet back then, so ramp construction was all trial and error. I have been building different kinds of ramps since I was a little kid with a banana seat bike. It seems like I have always had something on the go, or have been helping someone. Over my decades on earth, I could not tell you how many construction projects I have been a part of. My father imparted his lifetime of construction knowledge on his son. I have built several sheds, decks, garages, and even my own house. I have been building things since I have been able to pick up a hammer. So, why the heck not build a mini ramp?! What Construction Experience Do You Need? I wasn’t sure when I’d ever get to skate a mini ramp again.įlash forward a couple years, and I have finally hit a point in my life where I have the space and means to build the one thing I have wanted for a good part of my life. I was extremely broken up when the indoor park had to close. The sound of the wheels hitting the coping, the speed, the burning in my thighs had me hooked. I loved just simply pumping back and forth. This is where I learned to pump, and some simple lip tricks. My city had an indoor skatepark for a few years, and it had 2 mini ramps a 5-foot mini, and a 4 foot with a spine. There were no skateparks when I was growing up and the ones that came later in my life were of questionable quality and never had a mini ramp.Īs the skateparks near where I live were being built better in quality, they always had a bowl and transition sections, but they were still missing a simple mini ramp. I have wanted to skate a mini ramp ever since I started skateboarding as a kid. 12.1 Screw on the Coping and Sheet the Decks.10 Frame the Transitions and Flat Bottom.9 Mark Your Transitions & Flat Bottom Boards Where the Support Will Go.2 What Construction Experience Do You Need?.Once the jumps were packed, Weiss and his crew wet and repeatedly tamped down the dirt as it dried, to make sure it was solidly packed. The slope is smooth right up to the lip the top of the mound is flat. ![]() A launch ramp with a 30 to 40 percent slope will give a rider maximum distance, while a steeper incline adds airtime and height. high, with a 2-ft.-long launch side, a 4-ft.-long landing ramp and at least 6 ft. ![]() For his course, Weiss used a wheelbarrow and a borrowed dump truck.Įach jump has two slopes: a launch ramp and a landing ramp. And while it's possible to move the dirt with a wheelbarrow, renting a small Bobcat makes the job easier. Just about any dirt will do for constructing jumps, but the National Bicycle League suggests a mix of 80 percent clay and 20 percent sand for an easy-to-pack mound. "I wanted to make sure every connection was rock-solid," he says. plywood on the other side, then bolted all three layers of wood at each vertical member. Fastening the tiebacks to the studs where the angled and vertical portions of the wall met was tricky: Popham ran the tiebacks to one side of the joint, added an extra gusset tied from 3/4-in. (These studs are notched at the base so they can fit snugly into decking-joist hangars that are screwed into the bottom ledger.) A 32-in.-high vertical section tops off the structure. He used tiebacks attached to the ledgers with galvanized brackets to fix 2 x 6 vertical studs in place, which were spaced 16 in. Popham secured four 12-ft.-long horizontal ledgers through the building's siding into the interior wall studs with 4-in. Opt for beefy framing members and heavy bolts and deck screws rather than nails, and use galvanized framing connectors for strong joints. This is one structure that can't be overbuilt. ![]()
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