There has always been one major flaw with electric skateboard remotes; they are not designed to fit in your hand. The Voyager was designed with one thing in mind; create the most comfortable electric skateboard remote ever made. Then, we added a suite of modern features to revolutionize how you interact and control your board.
Ergonomic and natural design (its Designed To Ride)
0.95in display
Joystick throttle with custom spring force
USB C charging
400mAh battery for ~12 hours of battery life
PCB and software design by Spintend (reliable, integrates with their ESC)
Accessory mounting at the bottom of the remote
V4, V6, and custom USB C cable included
Over molded TPU throttle for comfort and grip
3 Customizable riding modes (change the acceleration / top speed for each mode)
Mileage tracker
Throttle Cover, USB Cover, and Fang
Fire Red, Royal Blue, Mango Orange, Heather Purple
Were you apart of the beta? We took all of the feedback and vastly improved the case for the production units. All the little bugs have been squashed thanks to everyones feedback!
Can you please DM me as I would like to chat a little bit about specifics. Definitely would like to get some more info on your opinions (I can’t DM you)
That was part of the plan as far as I know, as well as reinforced connections between the two halves of the case and better holding provisions for the lanyard.
I did a video pReview on it, feel free to check it out here!
So I’m still wondering - what is the point of the “360 degree” joystick control on an esk8 remote?
Is this all that was available with decent ergo?
Are additional left/right/diagonal input features planned?
Was a wheel/slider too difficult or expensive?
I find it super odd to be able to push left/right and nothing happens. If you push up-left at 45 degrees do you get full throttle or partial throttle? What about a 60 degree angle, 30 degree? How exact does your thumb placement need to be?
This seems like a giant hole in the design, especially if the main goal was top tier ergonomics.
Haven’t used it in a remote context yet, but on joysticks I would push it to the side for fine tuning up and down movements, as I could force it against the sidewall and it would give more resistance moving up and down from the angle and friction.