HW v4.9 Starter Set Setup & Configuration | Marvelmind
Starter Kit Setup & Configuration: What to Expect
This comprehensive deployment video walks through setting up the Marvelmind Starter Set HW v4.9, the proven 3D indoor positioning system for autonomous robots and warehouse automation. Learn essential configuration steps including software updates, default settings, beacon placement strategy, manual distance table entry, height calibration for stationary and mobile beacons, and submap/map freezing procedures to achieve precise indoor location tracking.
Transcript
This comprehensive deployment video walks through setting up the Marvelmind Starter Set HW v4.9, the proven 3D indoor positioning system for autonomous robots and warehouse automation. Learn essential configuration steps including software updates, default settings, beacon placement strategy, manual distance table entry, height calibration for stationary and mobile beacons, and submap/map freezing procedures to achieve precise indoor location tracking.
0:00 Hello colleagues. Today I'll be talking about basics of placement of beacons for starters at hardware version 4.9. The basics I talked about are majority of other big starter sets and overall systems, but I will be talking about the placement and basics of the placement on the example of this because this is probably the most popular one, the most profitable starter set that has been available for more than four years or something. So what would you have inside of a starter set? You have the stationary beacons. In case of this one, you have four stationary beacons. You have one mobile beacon. In fact, they are absolutely the same, so you can use any of them as a stationary beacon or as a mobile beacon. There's another starter set used to be, at least with IMU inside, then it's not the same. At least I am you.
0:57 Nothing, nothing result on all of this, but if hearing about basic hardware version 4.9, all of them are interchangeable. So it doesn't mean that you have four stationary beacons and one mobile. Any of them can be mobile, and of course, you have the Modem. The Modem is the central controller of the system, the most important element. I will not talk about basics like software update or default. Please check other videos where we are describing what to do, and of course, the operating manual. Operating manual is your manual—follow it. All the videos is just visual examples of what to do. It is not a replacement for the manual where everything is more detailed and everything is more step-by-step. Videos rather highlight some things based on the questions that we are receiving from our existing customers, the questions that we believe may be raised during your installation.
1:55 So you have four stationary beacons and one Modem. There is a placement manual on our downloads page. Please use it because it's describing models, the same, but you know in PDF format. So please adjust, use a medium-sized room, four by four, say six by six, ten by ten meter or similar, and you install beacons inside the room on the walls where and how, and this is what we do. Is about, if we look at the room, so this is your floor. So we suggest that you install the beacons somewhere on let's say two meters height. Why? So, but for example, you will be using them for tracking and you will be working around, so this is you know, it's a me with the.
2:52 Mobile beacon inside. So it means that in order to provide the direct line-of-sight, the mobile beacon is preferred to be above you and facing down or facing like this. And the mobile beacon, for it was, about stationary beacon's alignment, all beacon must be facing up. So it means that there will be always direct line of sight between the stationary beacons and mobile beacons with no obstruction. What do you remember? Beacons, hardware version 4.9, they have five ultrasonic sensors or transducers. It means that when you install the beacon by default, all of them are enabled, which gives the beacon their widest coverage but the least sensitivity. For ten by ten meters or even fifteen by fifteen meters, that's.
3:52 Enough. But if we are talking about thirty by thirty meters, the sensitivity with all transducers enabled will be not sufficient. Should mean that you must disable some of them in order to reach the thirty meters distance. But let's talk about default ten by ten meters for example. And for instance, install the beacons like this. Obviously, your mobile beacon may not go in this area because you are just working. So we recommend to disable the sensor there, which is facing up, because you don't need it. It will collect additional noise. It will reduce the sensitivity because it will load other sensors. So disable it. In case of these beacons, the same story. So this sensor is facing up just.
4:46 Disabled. How to disable? There is a table in each beacon, so you can choose the beacon and you can see the tables. So enable our X1 or X2, and you can see their letters here near to issue their sensors. So enable only those that you need. By default, all of them are enabled. That's fine for small room or let's say easy settings, like quiet room, no external noise. Another graduate. So default is safe choice. But when you go a bit further, you have more complex environment, or you have noise, or you have large reasons, something. You must do this in order to achieve the largest performance. So disabled, so this will be activated, this will be activated. For example, this will be activated, activated, and number five, which is facing up, will be not activated. You don't need it if you.
5:45 For example, use very long distance, you may be able to, and you have pretty narrow angle, so you may not need at least, I mean, all of them. You may need only one sensor, which is our RX4. If you install the beacon like this, so each of the sensors, they have around ninety degrees, B. Of course, it can hear the signal coming from this, but it will be more attenuated. So this is why we have five of them. So four horizontal and one vertical. Is all together combined, they have a hemisphere covered. So it means that if you have a mirror beam and sufficient, so it's enough if you enable only RX4. Turn the beacon this direction. In this case, it will cover the this sector, which gives you their highest sensitivity and.
6:43 The least noise will be collected from these directions. So in order to do to teach the highest performance, enable only those sensors which are needed. It's about sensitivity and collecting of unnecessary noise. But let me repeat about the most important element and the only real requirement: at any point where you want tracking, there mobile beacon must see three or more stationary beacons with direct line-of-sight. This is the most requirement. It's like your satellite GPS satellite. If you don't see them, there is no tracking, not less precise tracking. The will be no tracking in the worst case when it's kind of semi-obstructed or let's say visibility is slightly obscured. You may have a very bad tracking. So it means that you must.
7:42 Provide the direct line of sight between your mobile beacon and it in stationary beacons. This is the main requirement. That's it about the basic placements. More details you can find in our placement manual, which is a download page. If something is unclear, we have some special case, or you want us to update or let's say deep in the information inside the placement manner, tell us info at Marvelmind.com, and we'll be happy to help you. Thank you very much.
Video Contents
Key Takeaways
- Starter Set HW v4.9 provides proven 3D ultrasonic indoor positioning for autonomous robots, drones, and warehouse automation
- Manual distance entry into the distance table is mandatory since standard beacons lack auto-sensing capability—precision is critical for positioning accuracy
- Proper beacon height configuration for both stationary and mobile units is essential for accurate XYZ coordinate tracking
- Software updates and default settings must be applied before physical deployment to ensure system stability
- Submap and Map freezing procedures lock your positioning geometry and enable reliable real-time location tracking
- This Non-Inverse Architecture deployment supports warehouse automation, forklift tracking, and autonomous indoor robot navigation
Relevant For: First-Time Users & System Evaluators
Robotics engineers and warehouse automation managers deploying Marvelmind's Starter Set HW v4.9 for the first time. Solves the challenge of properly configuring ultrasonic beacons, entering distance tables, and establishing accurate 3D positioning coordinates in indoor environments without requiring Super-Beacon capabilities.
FAQ
Starter Set Hardware & Software Overview
The Marvelmind Starter Set HW v4.9 represents a mature, field-proven solution for deploying precise indoor positioning and navigation systems using ultrasonic technology. This deployment guide covers the complete setup workflow for establishing a Non-Inverse Architecture indoor GPS network. Key configuration elements include performing mandatory software updates, applying default system settings, strategically positioning stationary beacons throughout your deployment zone, and manually entering beacon-to-beacon distances into the distance table—a critical step when using standard beacons rather than Super-Beacons with automatic distance sensing. The tutorial emphasizes proper height configuration for both stationary beacon mounting and mobile beacon placement on robots or drones. Operators learn the freezing procedure for both submaps and master maps to lock positioning accuracy. This indoor tracking solution delivers centimeter-level precision for autonomous robot navigation, forklift tracking, drone operations, and warehouse automation applications. Detailed operational procedures reference the full Operating Manual and Placement Manual for comprehensive implementation guidance across various deployment scenarios.
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