dirkdiggler said:What is the motor used for on the E-go remote?
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Lower left, next to the battery.
okp said:yes, I am looking for something shorter (especially that does not look like a gun). This is taken from a French guy who printed the Badwolf v1. Enclosure looks dope; just a bit too much over the hand
DodgyBob said:I have the same problem. Its already illegal to ride my board where I live and I want to avoid having a gunlike remote in my hands drawing much more unneeded attention. I tried to redesign the GT2B, but failed. The problem is the trigger mechanism is pretty bulky and it has to mounted above your finger for proper motion.
What if the trigger is worked by the thumb making the GT2B more like a joystick?
Pediglide said:How about a car key fob with the unlock button as throttle and the lock button as stop?
Or something like this from SpnKix:
I am experimenting with various arduino joystick modules and spring-loaded sliders/potentiometers. The combination of arduinos, potentiometers, nrf24L01+ and 3.6V lipo works well. The main missing point is a nice enclosure...torqueboards said:I was thinking about that also. There are also arduino joystick modules.
You cannot easily create a (BLE) Bluetooth receiver for a proprietary (BLE) Bluetooth remote controller such as the E-Go, Boosted, Evolve etc, so we will need one of the following solutions:eboostin said:so if I can add bluetooth to the board I want to build, there may not be a need to design a new remote.
erwincoumans said:You cannot easily create a (BLE) Bluetooth receiver for a proprietary (BLE) Bluetooth remote controller such as the E-Go, Boosted, Evolve etc, so we will need one of the following solutions:eboostin said:so if I can add bluetooth to the board I want to build, there may not be a need to design a new remote.
- go for an existing Bluetooth controller and a custom receiver. For example a Nunchuck + Wiiceiver or Playstation Move Controller + Arduino+USB Hostshield+Bluetooth host receiver
- disassemble a RC controller (such as GT2B) and put its electronics in some enclosure
- go for a small micro controller and a 2.4Ghz transceiver (such as Arduino + nRF24L01+) and put its electronics in some enclosure
I tried various combinations for each solution and prefer the Arduino+nRF24L01 because that lets you return information from the board back to the remote control, such as battery life etc. We could also use Benjamin Vedder's STM32F4+nRF24L01, but it is less user-friendly to program: the Arduino IDE is easier to use in my opinion.
I successfully put an Arduio + transceiver in an existing enclosure (such as Nunchuck enclosure), but ideally we 3d print some prototypes and then have a better way to create a pretty enclosure.
okp said: