What is Simulated Gauges?
Minecraft modding constantly pushes the boundaries of what you can build and automate, and the Create mod has become a cornerstone for engineers who love mechanical contraptions. The Simulated Gauges addon takes that creativity a step further by bridging the gap between the physical world of Create: Simulated blocks and the data-displaying power of Logistics Gauges. Using the Deployer API, this mod allows your existing gauge setups to tap into real-time physics information—turning abstract motion, height, and orientation into readable numbers and strings that you can use in your redstone logic or display panels.
If you have ever wanted to monitor your flying machine's altitude, track the velocity of a spinning drill, or read the exact angle of a rotating structure, Simulated Gauges makes it possible. It is best paired with Create: Extra Gauges to unlock even more display options, but it works seamlessly with any Logistics Gauges setup. The result is a powerful instrumentation system that feels like a natural extension of the Create ecosystem.
New Gauges at Your Disposal
Simulated Gauges introduces three new gauge types, each designed to read a specific kind of physics data from compatible blocks. These gauges output both a string and a number, so you can use them for visual readouts or computational redstone.
Altitude Gauge
The Altitude Gauge can read the height of its attached block in the world or the air pressure at its current position. Whether you are building a skyscraper elevator or an airship, this gauge gives you precise altitude data. It outputs both a string (like "64") and a number for seamless integration with displays and comparators.
Velocity Gauge
Speed is critical in many Create contraptions. The Velocity Gauge reads the block's velocity separated into its X, Y, and Z axes. You can select which axis to monitor, and it will provide a string and a number for that specific directional speed. This is perfect for monitoring minecart launchers, spinning arms, or any moving platform.
Gimbal Gauge
Orientation data is often overlooked, but the Gimbal Gauge changes that. It reads the block's orientation as Euler Angles (derived from the orientation quaternion in YXZ rotation order), again split into X, Y, and Z axes. You can output the angle for any axis as a string and a number, enabling advanced robotics, turret alignment, or just a fancy compass display.
Supported Blocks for Data Input
To feed data into these gauges, you need specific blocks from the Create: Simulated family that can output physics information via the Deployer API. Here are the blocks that currently work with Simulated Gauges:
Altitude Sensor
This sensor outputs its height in the world for any Deployer-based gauge. It provides both a string and a number, and whenever it sends a signal, it also toggles a Redstone output boolean—useful for triggering alarms at certain heights.
Velocity Sensor
Similar to the Altitude Sensor, the Velocity Sensor outputs its current velocity as a number and string. It also toggles a Redstone output boolean when it sends a signal, making it easy to integrate with safety cutoffs or speed-based logic gates.
Navigation Table
The Navigation Table can output its adjusted angle relative to a target destination. This is invaluable for guided vehicles or automatic docking systems. It outputs a string and a number representing that angle, allowing you to create precise pathfinding displays.
Nameplate
While not a physics sensor, the Nameplate block can output its displayed text for Deployer-based gauges. It also accepts string input to change its text dynamically, opening up possibilities for labeling and remote text updates.
Linked Typewriter
The Linked Typewriter outputs the keycode of its held key as a number, as well as the entire typed string from a connected Typewriter. This lets you capture keyboard input and display it on gauges, which can be used for custom control panels or text-based interfaces.
Installation and Compatibility
Getting Simulated Gauges running is simple if you already have the Create mod and its dependencies. You need Create: Simulated and Logistics Gauges (or Create: Extra Gauges for the best experience). Place the mod file into your mods folder, and you are ready to start wiring up sensors. If you prefer a more streamlined mod management experience, the foxygame.net launcher offers a convenient way to browse and install Simulated Gauges directly from its built-in mod menu, saving you the hassle of manual downloads and version checks.
Because the mod relies on the Deployer API, it is compatible with any other mod that uses the same standard, though it is tailored specifically for Create: Simulated blocks. Always ensure you are using the correct Minecraft version and Forge or Fabric variant as specified by the mod author.
What's Next for Simulated Gauges?
The mod's roadmap hints at even more exciting additions. A Mass Gauge is planned for future content, which would likely read the mass or weight of a block or contraption. This could open up new gameplay around balanced structures, cargo ships, or resource management. As Create: Simulated expands its block roster, expect Simulated Gauges to follow suit with new sensors and gauges that turn every mechanical creation into a fully monitored machine.
Conclusion
Simulated Gauges transforms the way you interact with moving parts in Minecraft. By converting raw physics data into readable outputs, it adds a layer of realism and control that tinkerers and engineers will love. Whether you are building a complex factory, a flying machine, or an automated navigation system, these gauges provide the feedback you need to fine-tune your designs. Pair it with Create: Extra Gauges for a complete instrumentation suite, and start monitoring your world like never before.