Wingbits
Wingbits - English
Wingbits - English
  • Introduction
    • What is Wingbits?
    • Who can use Wingbits Data?
    • Terminology
    • For the DePin Crew
    • Official Wingbits Channels
    • Our Plan
    • How to get involved
  • rewards
    • How rewards work
    • How to maximize rewards
  • Get Started
    • Hardware needed
      • HYFIX Hardware Setup
      • Wingbits Onboarding
      • HYFIX Hardware FAQ
    • How to claim your station location
    • Add wallet address to your account
    • Enable devnet on wallet apps
      • Phantom
      • Solflare
    • Devnet wallet and rewards
    • Monitor with Grafana cloud
  • Website Help
    • Claiming Rewards
    • Change Password
  • BYOD (DIY) Station Info
    • BYOD Stations
      • Hardware needed - BYOD
      • Hardware suggestions - BYOD
      • GeoSigner FAQ - BYOD
      • Setup steps guide - BYOD
      • Installing new client - BYOD
      • Install GeoSigner - BYOD
      • Debug your station - BYOD
      • Install wb-config tool - BYOD
      • Theoretical range of coverage
  • Project
    • Wingbits Litepaper
    • Wingbits Roadmap
    • Wingbits FAQ
    • Distributors of approved hardware
    • Wingbits Approved Hardware Program
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On this page
  • Antenna Location
  • Capture unique data points
  • BYOD related optmizations
  1. rewards

How to maximize rewards

There are many ways to increase your rewards, some are from optimizing your station, but location can also play a major role.

PreviousHow rewards workNextHardware needed

Last updated 1 month ago

Antenna Location

The name of the game is getting as much clear line of sight, of the horizon, as you possibly can. So, in a perfect scenario, you would live in a house on a hill, with no trees around, and you put the station on the roof. Now, we understand that this is not always possible, but it should give you an idea. For most people, just getting the station outside and up higher is the best thing to do.

The roof is best, a balcony can be good, or even just inside the roof in the attic (provided you don't have a metal roof). Indoor station setups, such as in a window, for example, is also not recommended. Windows tend to be worse than, for example, keeping it in the attic as most modern windows reduce radio frequencies. Many other external building materials can block/reduce RF such as concrete or stucco/render.

Installation in a building, attic, or under any RF blocking material will seriously impact both GPS signals and ADSB message reception.

Capture unique data points

Another way to maximize rewards is to be able to capture data that other people covering the same area cannot capture. A great example is if you are able to deploy close to an airport and have a clear line of sight to the airport runway. If you can manage to capture data from planes rolling or standing on the runway/ground, most likely, you will capture a lot more data compared to other participants who only capture planes higher up in the sky. This applies to both large and small airports since the planes transmit data at all times, even while on the ground.

BYOD related optmizations

Optimizing Gain

This section currently applies to grandfathered BYOD stations

Whether you have a usb ADS-B station with an onboard LNA (Low Noise Amplifier) or an external pre-amp, using the proper gain setting can help your message/craft rates increase dramatically. The max gain setting is typically more detrimental than helpful. We also do not recommend using an auto-gain script if you are interested in achieving your best stats possible, but it will get you about 75+% of the way there. Spend the time required to set your gain manually and properly.

A video is available on our YouTube channel to assist you in getting your gain set properly:

Cables

Most of the time you can get by with lower quality cables if your run from the antenna to the base station is short (under a couple meters). As the cable length requirement increases, so should your cable quality choice as you will increase signal loss over long runs using cheaper cables.

You can google for 'cable signal loss calculator' but one example from a well known manufacturer can be found here:

https://timesmicrowave.com/calculator/