Trailmakers Hovering Logic: How to Build a Perfectly Stable Hover Vehicle | TyBuilda скачать в хорошем качестве

Trailmakers Hovering Logic: How to Build a Perfectly Stable Hover Vehicle | TyBuilda

This video is a tutorial where I teach you how to build a mechanism for a perfectly stable hovering vehicle in *Trailmakers*. I start by showing off some of my existing flying builds that use this logic and hover at a fixed distance. I break down the exact logic blocks and settings you need: An *Altitude Sensor* set to **500**. An **XOR Logic Gate**. An **AND Logic Gate**. An **OR Logic Gate**. A *Speed Sensor* set to *0 miles per hour* and facing **downwards**. I walk through the wiring step-by-step and show the connections using color-coding for clarity: The *Red* Altitude Sensor goes into the *Sand* XOR gate. The *Sand* XOR gate goes into the *Orange* AND gate. The *Orange* AND gate goes into your upwards propulsion (engine/rocket). The *Green* Speed Sensor goes into the *Orange* AND gate. The *Blue* OR gate, which has the *Shift* command added to it (so you can go down), goes into the *Sand* XOR gate. I include a demonstration of the logic working with an outboard engine and a rocket engine, and finish by adding gyro stabilizers to create a fully functioning hover car. You can pause the video to take a screenshot of the final logic diagram for reference. If you have any suggestions for other tutorial videos or builds you want to see, comment down below. Thank you for watching, and don't forget to like and subscribe. 00:03 Introduction and demonstration of hovering vehicles 01:15 Demonstration of the rebuilt hover mechanism and required logic blocks 02:13 Wiring the Altitude Sensor (500) to the XOR gate 02:47 Setting the OR gate with the "Shift" control (to go down) 03:11 Setting the Speed Sensor (0 mph, facing downwards) and connecting it 03:22 Step-by-step rebuild and wiring of the logic 09:00 Color-coding and detailed review of the connections and settings 14:04 Final wiring diagram review and opportunity to take a reference screenshot 16:02 Testing the mechanism with an outboard engine and a rocket engine 17:39 Final demonstration with a fully functioning hover vehicle and Gyro Stabilizers 18:28 Closing remarks and request for tutorial suggestions ---------------------------------------------------------------- 🔧 *JOIN THE CREW* If you enjoyed this build or experiment, make sure to *SUBSCRIBE* and turn on notifications! It helps the channel grow and ensures you never miss a new engineering challenge. 👉 Subscribe here:    / @tybuilda   ---------------------------------------------------------------- 📺 *WATCH MORE* Check out my other engineering experiments and gameplay: 🔹 Bring it back to TrailMakers: https://shorturl.at/OWiIZ 🔹 Trailmakers Builds: https://shorturl.at/PN4Gt 🔹 Trailmakers Vault: https://tinyurl.com/m6jxksv6 🔹 Trailmakers Tutorial: https://tinyurl.com/5cbm726k 🔹 Trailmakers Challenge: https://tinyurl.com/3zufnyta 🔹 Trailmakers Gameplay: https://tinyurl.com/4j789rpf ---------------------------------------------------------------- 👋 *ABOUT TYBUILDA* Welcome to TyBuilda! Where Creative Engineering Meets Realistic Destruction. I use sandbox games like Trailmakers and BeamNG.drive to demonstrate physics, mechanics, and STEM concepts. Whether it's a complex logic build or a high-speed crash test, we are here to explore the limits of virtual engineering. ---------------------------------------------------------------- 🎵 *CREDITS & DISCLAIMER* Music provided by: Pretex Caution - Ambience https://tinyurl.com/zrmbnujh Music: Weekend Friend by Summer Fruits is licensed under a Creative Commons License. https://creativecommons.org/licenses/... Download: https://tinyurl.com/summerfruitsmusic Support by RFM - NCM: https://bit.ly/2xGHypM This video is for entertainment and educational purposes. #TyBuilda #Gaming #Engineering #Trailmakers #TrailmakersBuild