How Does the Flight Tracking Miner Wingbits Actually Work?
# How Does the Flight Tracking Miner Wingbits Really Work?
**Flight tracking miner wingbits** is a unique hardware-based setup that helps track planes and collect GNSS data while giving users the chance to earn crypto tokens. It connects directly with the Helium and Wingbits ecosystems. The miner collects data from airplanes flying overhead and sends it to the blockchain. This allows decentralized networks to use that real-time data. You can use it to join two networks at once—Wingbits and GEODNET. That means double participation and more earning potential.
**TLDR: Flight tracking miner wingbits** is a real-world miner that listens to signals from planes and satellites, then sends that information to blockchain-based networks for rewards. It supports both Wingbits and GEODNET, allowing users to earn in multiple tokens for GNSS and ADS-B data.
---
### What are we going to break down?
- What is a flight tracking miner and what does it actually do?
- What makes Wingbits different from other flight data networks?
- How the Wingbits MGW310 works in real use
- What kind of earnings can users expect?
- What’s included in the Wingbits device and how to set it up?
- How to register it with the Wingbits and GEODNET platforms?
- Real examples of use
- GNSS base station explained simply
- Helium integration
- Do you need a strong internet connection?
- Can you run it indoors or outdoors?
- What does the device cost?
- Energy and power usage
- Troubleshooting tips
---
## What is the Wingbits device used for?
The **Wingbits device** is a hardware receiver that captures signals from aircraft and satellites. The collected data includes ADS-B from planes and GNSS correction data from satellites. It forwards that data to the blockchain so others can use it in real-time.
It serves as both an ADS-B flight tracker and a GNSS base station. The device supports dual mining for *Wingbits ($WINGS)* and *GEODNET ($GEOD)* tokens.
It’s meant for anyone who wants to contribute real-world data to blockchain projects. You don’t need to be a developer or engineer. The device is plug-and-play with very minimal setup needed.
You can learn more about the hardware here: [Wingbits device](https://heliumdeploy.com/collections/wingbits)
---
## How does the Wingbits miner actually work?
The **Wingbits miner** uses a LoRa-compatible setup to catch ADS-B (plane data) and GNSS (satellite timing and location) signals. This information is collected through its antennas and sent to blockchain networks.
It gets its power from a regular wall socket. A GPS antenna tracks the satellite location, and an ADS-B antenna picks up flight data from overhead aircraft. This data is packaged and forwarded to Wingbits and GEODNET.
Here is the official device link: [Wingbits miner](https://heliumdeploy.com/products/wingbits-mgw310)
Each successful data transfer is rewarded with crypto tokens from those networks. The more quality data you provide, the higher the rewards.
---
## What makes Wingbits different?
*Wingbits* uses a decentralized model to collect aviation data. Instead of relying on large, expensive towers, they allow individuals to contribute by running small devices.
That means:
- More accurate data from different regions
- Better decentralization
- Direct earning from data sharing
It focuses mainly on aircraft signal data but works in combination with GEODNET for satellite positioning systems.
Most other networks collect flight data using large centralized receivers. Wingbits allows individuals to run their own miners and participate from home.
---
## What kind of earnings can you expect?
The device earns in two tokens:
- *$WINGS* for ADS-B flight data
- *$GEOD* for GNSS data
The amount you earn depends on:
- Signal quality from your location
- Number of aircraft detected
- Number of satellites tracked
- Uptime and consistency
- Internet connection stability
Earnings are sent to your connected crypto wallet once validated.
There’s no guaranteed amount, but based on current user feedback, an active device can generate passive income ranging from *a few dollars to over $100 per month* depending on conditions.
---
## What’s inside the box?
Most **Wingbits miners** like the MGW310 ship with the following:
- Main miner unit
- GNSS antenna
- ADS-B antenna
- Mounting equipment
- Ethernet cable
- Power adapter
The device supports both Ethernet and Wi-Fi, though Ethernet is preferred for more stable data transfer.
The antennas are waterproof and can be placed outdoors. Make sure to position the ADS-B antenna high for better sky coverage.
---
## How to set up the Wingbits MGW310?
Here’s a simple step-by-step:
1. Unbox the miner and antennas.
2. Attach the GNSS and ADS-B antennas securely.
3. Mount antennas in open-air or on rooftops for best results.
4. Connect the device to power and Ethernet.
5. Use the app or web dashboard to connect it to the network.
6. Register your device on Wingbits and GEODNET platforms.
The setup process usually takes under 20 minutes.
Once it's online and transmitting, you'll start seeing real-time data logs and token earnings.
---
## What is a GNSS base station?
GNSS base stations provide correction signals to improve GPS accuracy. When your device acts as a base station, it gathers raw GNSS data and sends that to networks like GEODNET.
This data helps map positions with higher accuracy than typical GPS.
The base station setup includes:
- High-accuracy GNSS receiver
- Stable internet connection
- Secure mounting location
Your Wingbits miner acts as one of these stations when connected to GEODNET.
This dual-use capability means you’re contributing both to flight tracking and global satellite data accuracy.
---
## What internet connection do you need?
The device uses very little bandwidth. A basic home internet connection is enough. If you’re using Wi-Fi, make sure the signal is stable.
Ethernet is preferred to avoid packet drops.
You don’t need a static IP. The device communicates through secure outgoing channels.
---
## Can you run it indoors?
You can, but it will reduce performance.
ADS-B and GNSS signals are weak indoors due to walls and roofs blocking the sky.
To get the best results:
- Install antennas outside
- Use a rooftop or balcony if possible
- Avoid obstructions like metal roofs or thick walls
If indoors is your only option, place antennas near a window facing open sky.
---
## How much does the Wingbits MGW310 cost?
The price varies by supplier, but most users pay around **$299 to $399 USD** depending on region and bundle.
The return on investment depends on your signal environment, uptime, and token prices.
Buying from a trusted supplier is important to avoid outdated hardware.
---
## How does Helium fit into this?
Helium is the network that enabled decentralized infrastructure for IoT devices.
Wingbits builds on this concept but focuses on aviation data.
The same concept applies—miners provide real-world data in exchange for crypto rewards.
Wingbits adds value by targeting a specific niche: flight tracking and GNSS.
Helium-compatible devices can co-exist with Wingbits devices if configured properly.
---
## What are the technical specs?
Here’s a quick look at the **MGW310** specs:
- CPU: ARM Cortex-A7 Dual Core
- RAM: 512MB
- GNSS Chip: u-blox ZED-F9P
- ADS-B Receiver: 1090 MHz supported
- Connectivity: Ethernet + Wi-Fi
- Power: 5V/2A USB-C
- Case: Outdoor IP67 rated
These specs allow it to run 24/7 in outdoor environments with minimal maintenance.
---
## How do you register the device?
1. Go to the Wingbits or GEODNET registration portal.
2. Create an account and verify your email.
3. Add your device by entering the unique ID printed on it.
4. Attach a wallet address to receive token rewards.
5. Monitor dashboard metrics for live stats.
Make sure your location information is accurate to avoid earning penalties.
---
## Can you earn more with better antennas?
Yes. Upgrading your ADS-B and GNSS antennas can increase signal strength and accuracy.
Larger antennas with better gain allow the device to detect more aircraft and satellites.
This leads to more data submissions and higher token rewards.
Look for antennas with 5–8 dBi gain for optimal performance.
---
## Troubleshooting guide
**No data showing?**
- Check antenna connections
- Restart the device
- Verify internet access
**Low signal strength?**
- Move antennas to a higher location
- Remove any obstacles
**Device offline?**
- Check power supply
- Test Ethernet or Wi-Fi stability
- Reboot via dashboard if needed
---
## Is it worth buying?
If you’re interested in blockchain, decentralized infrastructure, or passive data monetization, this is a smart entry point.
It’s low maintenance, low power, and dual-function.
Even better, it serves a useful function in improving aviation and GPS data.
Just make sure your home has decent sky visibility and a stable connection.
---
## Final stats and summary
| Feature | Wingbits MGW310 |
|----------------------|--------------------------------------|
| Dual Network Support | Wingbits + GEODNET |
| Token Rewards | $WINGS + $GEOD |
| Signal Types | ADS-B, GNSS |
| Setup Time | ~20 minutes |
| Bandwidth Use | Very low |
| Ideal Location | Outdoor, high elevation |
| Price Range | $299 – $399 |
| Antenna Ports | SMA |
---
## FAQs
**Can I earn without good signal coverage?**
It’s possible, but rewards will be lower. Clear sky view improves earnings.
**Do I need to check the device daily?**
Not usually. Most users just check once a week.
**Can I move it to another location?**
Yes, but you’ll need to re-register your new coordinates.
**How long do tokens take to show up?**
Usually within 24 hours after data is submitted.
**What if I lose internet for a few hours?**
The device will reconnect and continue when the network is back.