The attached files contain a template for cutting out body parts, connection diagrams for both devices and an archive with a 3D model for the SketchUp program.
DIY Didital Sequental Shifter and Analog Handbrake
Hi people.
I want to share with you the result of my labors. There was a desire to acquire a full-fledged shifter and handbrake with a strain gauge, but the price for such devices is quite high. Therefore, I decided to make these devices on my own, using available components.
When creating the project, I was helped by material found on the Internet:
1. Connecting analog axes to the joystick’s USB encoder - https://www.instructables.com/Zero-Delay-USB-Encoder-True-Analog-Joystick-Modifi/
2. Tenso sensor mod for T3PA pedals - https://slowlogicboy.github.io/electronics/sim%20racing/TM-T3PA-LoadCellMod/
For the manufacture of body parts I used 3mm thick steel.
I used a pipe with a diameter of 23mm as a lever.
The fasteners mostly consist of M8*50 screws for the body, and M8*100 screws for the pushers.
You will also need a power metal clamp with an M8 tightening screw.
The remaining parts are made using 3D printing.
You will also need magnets, return springs and various elastomers, selected according to your own desires. In the shifter I used springs from a tenth scale radio-controlled road model. For the handbrake I picked it up from stock.
The following electronic components were used:
USB joystick encoder - 2 pieces
Normally open reed switch PS3150 - 2 pieces
Tenso sensor with a load of 20KG - 1 piece
Signal amplifier with analog output AD623 - 1 piece
At the moment I have made the shifter; some components for the handbrake have not arrived.
Later I will add files and diagrams for manufacturing.
I want to share with you the result of my labors. There was a desire to acquire a full-fledged shifter and handbrake with a strain gauge, but the price for such devices is quite high. Therefore, I decided to make these devices on my own, using available components.
When creating the project, I was helped by material found on the Internet:
1. Connecting analog axes to the joystick’s USB encoder - https://www.instructables.com/Zero-Delay-USB-Encoder-True-Analog-Joystick-Modifi/
2. Tenso sensor mod for T3PA pedals - https://slowlogicboy.github.io/electronics/sim%20racing/TM-T3PA-LoadCellMod/
For the manufacture of body parts I used 3mm thick steel.
I used a pipe with a diameter of 23mm as a lever.
The fasteners mostly consist of M8*50 screws for the body, and M8*100 screws for the pushers.
You will also need a power metal clamp with an M8 tightening screw.
The remaining parts are made using 3D printing.
You will also need magnets, return springs and various elastomers, selected according to your own desires. In the shifter I used springs from a tenth scale radio-controlled road model. For the handbrake I picked it up from stock.
The following electronic components were used:
USB joystick encoder - 2 pieces
Normally open reed switch PS3150 - 2 pieces
Tenso sensor with a load of 20KG - 1 piece
Signal amplifier with analog output AD623 - 1 piece
At the moment I have made the shifter; some components for the handbrake have not arrived.
Later I will add files and diagrams for manufacturing.
V8 Supercars (Ford Falcon) or Time Attack cars (MCA Hammerhead)
Good evening, does anyone have the sound of an engine for XRT with the system of antilag?
I tried to find the most similar color, so I stopped here. If you want, you can fix it, I do not mind.
Made a replica of the car for a time attack, MCA Hammerhead S13, use your health. Skin name - XRR_WTAC_S13
If you suspect me of plagiarism, it's up to you. I can name the reason why these skins are so similar. These are the skins I made from the textures for the machines in GTA 5. The author of those skins that you showed probably did the same. However, if you look closely, you can find many discrepancies. Check yourself.
I corrected my mistakes before. Now the logos are displayed normally, without the mirror effect.
I can work on this. It is much easier to sustain symmetry, if not to mirror the logos.
Hello. Why does no one lay out his work? No one else draws skins? In this case, I'll post my last two works, already public, so use it for health.
My next skin is for XRT, but this time it's private. The design was borrowed from the car of the pilot RDS Siberia - Ivan Nikulin from the squad "Belka and Strelka".
Driving school autodrome
We all know that "Life For Speed" quality racing simulator with good physics. But why not in the simulator to learn to drive a car?
For this purpose, I have created a layout with the basic exercises that can be found on the circuit in the driving school.
I hope somebody will appreciate my work.
For this purpose, I have created a layout with the basic exercises that can be found on the circuit in the driving school.
I hope somebody will appreciate my work.
Thank you for your comment, already corrected
My new skin with ER34 Light. D1SL Style)
Last edited by HKS_Slider, .
Sew need to find a ready-made template with optics and body kit, then you need to come up with a style and create the skin in an image editor.
There is a large list of public templates - http://tadysdesigns.weebly.com/lfs-skinkits.html
Made the skin at higher quality, the server is not loaded.
Hello everyone, today I decided to make a skin on the finished kit. I think for a first skin that's not bad. I would be grateful if someone will upload skin to server for XRG
P.s. I Apologize for what I posted other people's skins, I didn't know how to upload to the server.
P.s. I Apologize for what I posted other people's skins, I didn't know how to upload to the server.
Skins were originally for XRT, XRG and now for
Skins were originally for XRT, XRG and now for
Skins were originally for XRT, XRG and now for
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