SteinHDan
05-22-2016, 02:50 PM
What would be the ideal controller for an excavator if you could dream one up?
I'm using the front analog triggers and the front buttons with my index and middle fingers to reverse the direction on a Logitech gamepad for the tracks and SAE setup on the two sticks.
http://7images.cgames.de/images/idgwpgsgp/bdb/2191372/600x338.jpg
That works well and gives very good control of the tracks while still allowing for full control of the arm and house. But it would of course be better if there was a two-way analog self-centering stick on the middle and index fingers. One for each track.
I'm thinking that if there isn't currently an ideal controller, then we could design and build one here on this forum? The cost would be minimal.
I'm thinking:
- A 3D printed body
- Two normal stick gimbals: http://www.hobbyking.com/hobbyking/store/__39505__Transmitter_Gimbal_Set_Left_Turnigy_9XR_T ransmitter_Mode_1.html
- A transmitter battery: http://www.hobbyking.com/hobbyking/store/__17955__HobbyKing_1500mAH_LiFe_3S_9_9v_Transmitte r_pack_.html
- Use your existing RF module or add any compatible module, for example this one: http://www.hobbyking.com/hobbyking/store/__14354__FrSky_DF_2_4Ghz_Combo_Pack_for_Futaba_w_M odule_RX.html
- On/Off switch
- Some switches
- An Arduino to read the sticks and the switches, perform the mixing and send the PWM signal to the RF module
- An BlueTooth serial port to allow you to program and setup the transmitter with your mobile phone or PC
- A stand on the controller for a mobile phone or tablet to control advanced functions or show FPV and/or telemetry data from the excavator.
The stand could be something like the one on the Phantom 3 drone:
http://www4.djicdn.com/assets/images/products/phantom-3-pro/remote/s3-img-21c97bab4a2a8fb1859c5f7331cb5ef7.png
Shouldn't need to cost over $100 (USD).
But of course, I'm falling into my usual trap of always wanting to build everything myself.. ;-)
Could also be done with 3D sticks:
- http://www.hobbyking.com/hobbyking/store/__80303__Quanum_Single_Stick_3_Axis_Gimbal_Upgrade _for_Turnigy_9XR_9XRPro_Tx_39_s.html
I'm using the front analog triggers and the front buttons with my index and middle fingers to reverse the direction on a Logitech gamepad for the tracks and SAE setup on the two sticks.
http://7images.cgames.de/images/idgwpgsgp/bdb/2191372/600x338.jpg
That works well and gives very good control of the tracks while still allowing for full control of the arm and house. But it would of course be better if there was a two-way analog self-centering stick on the middle and index fingers. One for each track.
I'm thinking that if there isn't currently an ideal controller, then we could design and build one here on this forum? The cost would be minimal.
I'm thinking:
- A 3D printed body
- Two normal stick gimbals: http://www.hobbyking.com/hobbyking/store/__39505__Transmitter_Gimbal_Set_Left_Turnigy_9XR_T ransmitter_Mode_1.html
- A transmitter battery: http://www.hobbyking.com/hobbyking/store/__17955__HobbyKing_1500mAH_LiFe_3S_9_9v_Transmitte r_pack_.html
- Use your existing RF module or add any compatible module, for example this one: http://www.hobbyking.com/hobbyking/store/__14354__FrSky_DF_2_4Ghz_Combo_Pack_for_Futaba_w_M odule_RX.html
- On/Off switch
- Some switches
- An Arduino to read the sticks and the switches, perform the mixing and send the PWM signal to the RF module
- An BlueTooth serial port to allow you to program and setup the transmitter with your mobile phone or PC
- A stand on the controller for a mobile phone or tablet to control advanced functions or show FPV and/or telemetry data from the excavator.
The stand could be something like the one on the Phantom 3 drone:
http://www4.djicdn.com/assets/images/products/phantom-3-pro/remote/s3-img-21c97bab4a2a8fb1859c5f7331cb5ef7.png
Shouldn't need to cost over $100 (USD).
But of course, I'm falling into my usual trap of always wanting to build everything myself.. ;-)
Could also be done with 3D sticks:
- http://www.hobbyking.com/hobbyking/store/__80303__Quanum_Single_Stick_3_Axis_Gimbal_Upgrade _for_Turnigy_9XR_9XRPro_Tx_39_s.html