the board doesn’t have a lot of flex to it. One issue I did have was that riding for an extended period of time caused my feet to hurt. ![]() It gives you the chance to ride without over thinking what you are doing. It has a smooth ride and isn’t overly complicated. I actually had a lot of fun riding the board. You can also monitor your battery level and track your routes/distances. ![]() If you want more precise options, you can switch back and forth between the three user modes, which are accessible through the iOS/Android app. The controller has a soft feel to it which makes it easy to hold onto and the controls are virtual “go” and “stop”. The Blink Lite is incredibly simple to use. There is a weight limit for the board - 160 pounds - but if you are heavier than that, the Blink Lite will carry you, but just not perform as well. The board actually uses regenerative braking, which will recharge the battery some when the rider is using the brakes. Blink Lite also has a wireless remote control and an iOS app that helps keep track of your travels. There are two side lights included on the board in case you use it in low light settings and it only takes about 2 hours to recharge the battery. It has a maximum speed of 10 MPH and a range of 5 miles. The board itself is made from Canadian Maple Wood and it’s powered by a 1 hub motor with a total of 250W of power. The board measures 30.5 x 10 x 6.6 in with a wheel size of 70mm. The bonus is that because of its compact design, the Blink Lite can go a lot of places that the larger electric boards can’t. Weighing in at only 7.7 pounds, Blink Lite can take you anywhere you want to go. The Blink Lite is the world’s lightest electric skateboard. Hence, why electric skateboards are so appealing. Just recently, I was offered the opportunity to try out the Blink Lite Electric Skateboard from ACTON and I couldn’t wait to get started. It was an eye-opening experience and the few minutes I had with them made me want more. Needless to say, since that time, any chance I get to play on an electric skateboard, I jump at it because it takes me back to a place in life that I now miss as an adult. Plus who doesn’t love being able to jump on a board and ride to Starbucks without having to push off and pump around town? I want to skate - I just don’t want to work to do it. ![]() I finally got my opportunity in the middle of the Las Vegas Convention Center when I met the ACTON team and was able to try out one of their boards. I had heard about electric skateboards prior to CES and had wanted to try them for some time. A knee injury from an unrelated activity stopped me in my tracks though. When I was a kid, I was an avid skateboarder - I practically lived on a board and had I grown up in a more skateboard-friendly area, I might have actually pursued it as a professional. Two years ago when I went to CES for the first time, I had my first experience with an electric skateboard. Recompile and try again.Perfect for college kids who need to travel between classes Then, with blink.v open, again from the Project menu, select Set as Top-Level Entity. The easiest thing to do would be to start from the beginning and follow the instructions carefully, but if you don't want to do that, go to the Project menu and select Add/Remove Files in Project. You can verify this is the issue by looking at the name of the top-level entity in the Project Navigator in the upper-left corner of the tool Doing either of these might create an example top-level file (DE10_Lite_Golden_Top.v) that is now getting used instead of blink.v. My guess is that when you went through the New Project Wizard, you either selected a project template (instead of Empty Project) or on the Family, Device, and Board Settings page, you selected a board from the Board tab instead of selecting the specific device on the Device tab. I don't understand the warning you get because there is no DE10_Lite_Golden_Top.v file. If you have a DE-10 board and you're following those instructions, you shouldn't have to change anything. I would be grateful for hints on which additional diagnostics to use in order to pin down the problem. When compiling the design I get a warning equivalent to the following for each pin: Warning (10034): Output port "DRAM_ADDR" at DE10_LITE_Golden_Top.v(46) has no driver I can always compile the design and upload it with the USB interface, but none of the LEDs on the board is blinking. I think I will have to adapt the lines module blink (īut renaming them according to the pin assignment planner didn't really help. I carefully followed the steps on "How to program your first FPGA device" ( ), but the assignment of the pins on the DE10-Lite board differs as far as a understand. ![]() I'm new to FPGA development and trying to blink a LED on the DE10-Lite board.
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