The GAME CHANGER BetaFPV SuperG Nano ELRS transmitter #elrs #betafpv #transmitter

Summary

大家好，我是Bel Media的Hamudi，欢迎来到我的频道。今天我们要介绍的是Beta FPV Super G发射器，这是一款纳米发射器，采用革命性的Gemini技术。这款产品提升了遥控器到无人机的信号质量，确保飞行更加流畅和安全。我们会展示盒子里的内容，如何设置及其优点。Super G模块具有双天线和铝制外壳，提供出色的散热效果。Gemini技术使得每个天线在不同频率下工作，确保信号健康度。我们还会展示如何在遥控器上安装和配置该模块。感谢观看，期待在下次视频中见到大家。

Takeaways

• 📦 视频介绍了Beta FPV Super G，这是一款带有Gemini技术的纳米级遥控器。
• 🔄 Gemini技术旨在提供更高质量的信号，从而改善无人机的飞行体验。
• 📡 产品包含两个天线，支持真正的多样性接收，可以连接一个或两个天线以获得更好的信号。
• 🔌 包含USB到USB-C的电缆，用于连接和配置设备。
• 🤖 模块非常小巧，由铝制成，有助于散热，因为其传输功率高达1瓦特。
• 🔌 提供了多种适配器，适用于不同大小的遥控器单元。
• 🔋 可以通过USB-C到XT30的连接，使用2S到3S电池为模块供电。
• 📚 包含说明书和QR码，方便用户获取更多信息和指导。
• 🔄 多样性模块允许接收器选择两个天线中信号更好的一个，提高信号稳定性。
• 🌐 Gemini模式通过在不同频道和频率上同时传输，解决了干扰问题，提高了信号的成功率。
• 🛠️ 视频还展示了如何安装和配置模块，包括固件的更新和设置过程。

Q & A

Hamudi在视频中介绍了哪个品牌的无人机遥控器？

Hamudi在视频中介绍了beta fpv Super G，这是一款带有Gemini技术的纳米级遥控器。

Gemini技术是什么，它如何改善无人机的飞行体验？

Gemini技术是一种游戏改变技术，它通过提供更好的信号质量从遥控器到无人机，从而改善飞行体验，减少信号丢失和干扰，提高飞行的安全性。

beta fpv Super G遥控器的包装盒里包含了哪些物品？

包装盒内包含了说明书、颜色代码、两根天线、USB转USB-C线缆、模块本身、GR Bay适配器、USB-C转XT30连接线以及一些双面胶带。

为什么beta fpv Super G遥控器使用铝制外壳？

铝制外壳有助于散热，因为这款遥控器的发射功率达到1瓦，会产生较多热量。

如何连接beta fpv Super G遥控器的天线？

用户需要将两根天线连接到模块上，可以选择使用一根或两根天线，但使用两根天线可以获得更好的信号。

beta fpv Super G遥控器支持哪些电源选项？

遥控器支持USB-C到XT30的连接，可以使用2S到3S的电池来为遥控器供电，以节省内部电池的电量。

如何将beta fpv Super G模块安装到遥控器上？

需要使用适配器将模块安装到遥控器上，确保模块正确放置，并连接好天线。

如何配置beta fpv Super G模块以使用Gemini模式？

需要在遥控器的系统设置中选择Gemini模块，并在系统Express ELRS设置中选择Gemini模式，同时确保固件版本是最新的。

Hamudi提到了如何测试beta fpv Super G模块的性能，他是如何做的？

Hamudi计划将模块安装到他的无人机上，并在实际飞行中测试模块的性能，比较使用Gemini模式和普通模式下的信号质量和飞行体验。

Hamudi在视频中提到了一个关于无人机的不幸事件，是什么？

Hamudi提到他的一架模拟无人机在田野中丢失了，原因是电池带松动导致无人机失衡并坠地。

在视频中，Hamudi提到了一个关于Lua脚本的提示，这个提示是关于什么的？

Hamudi提到需要在系统中输入Lua脚本来确保天线模式设置为Gemini，否则系统将无法在Gemini模式下工作。

Outlines

00:00

📦 开箱体验Beta FPV Super G

Hamudi介绍了Bel media频道的新视频，内容是Beta FPV Super G，一款具有革命性Gemini技术的纳米级遥控器。视频展示了开箱过程，包括说明书、颜色编码、双天线设计、USB-C电缆、铝制外壳以及散热风扇等。强调了1瓦特的传输功率和铝壳的散热效果。

05:00

🔄 信号多样性技术解析

Hamudi解释了信号多样性技术，即在遥控器和无人机之间传输数据包时，使用两个天线可以减少信号丢失和干扰，提高无人机的稳定性和响应性。讨论了真多样性模块与非真多样性模块的区别，以及如何通过两个独立接收器同时工作来提高信号质量。

10:02

🔧 Gemini模块的安装与配置

Hamudi展示了如何将Gemini模块安装到tx16s遥控器上，并介绍了如何通过Express ELRS配置器进行固件升级。详细说明了配置过程中的步骤，包括选择天线模式、数据包速率、遥测设置以及如何将TX功率设置为1000毫瓦。

15:07

🚀 Gemini模式的测试与验证

视频的最后部分，Hamudi计划在户外测试Gemini模块的性能，比较单接收器和真多样性模块的链接质量。强调了Gemini模式在信号健康度上的优势，即使在有干扰的情况下也能保持高成功率。

20:09

📱 视频录制中的意外与提示

在视频的结尾，Hamudi分享了在录制过程中发生的一个小插曲，他的模拟无人机在野外丢失了，原因是电池带松动导致无人机失衡坠地。他还提供了一个快速提示，关于如何在系统中设置Gemini模式，以及他如何使用GPS坐标尝试找回无人机。

Keywords

💡Beta FPV Super G

Beta FPV Super G 是一款纳米级的遥控器发射器，它采用了名为Gemini的革命性技术，这项技术能够提供更好的信号质量，从而改善无人机的飞行体验。在视频中，Beta FPV Super G 作为主题，展示了其如何通过提高信号质量来增强无人机飞行的稳定性和安全性。

💡Gemini技术

Gemini技术是Beta FPV Super G发射器的核心功能之一，它允许两个天线同时工作，但使用不同的频道和频率，以减少干扰，提高信号的完整性和稳定性。在视频中，Gemini技术被强调为一种游戏改变者，因为它能够显著提高无人机信号的质量和可靠性。

💡信号质量

信号质量是指从遥控器到无人机的信号传输的清晰度和稳定性。在视频中，Beta FPV Super G发射器通过采用Gemini技术和真正的多样性模块，提高了信号质量，减少了信号丢失和干扰的可能性，从而提升了无人机飞行的安全性。

💡多样性模块

多样性模块是无人机接收器中的一个组件，它包含两个天线和两个电路，可以同时接收信号，并选择更好的信号进行处理。在视频中，多样性模块被用来与Beta FPV Super G发射器配合，以提供更稳定的信号接收和更好的飞行体验。

💡天线

天线是发射器和接收器中用于发送和接收信号的设备。Beta FPV Super G发射器配备了两个天线，可以提供更好的信号覆盖和多样性选择。在视频中，天线的使用和配置是设置和优化无人机信号的关键部分。

💡遥控器

遥控器是用于控制无人机飞行的设备，Beta FPV Super G发射器就是这种遥控器的一部分。在视频中，遥控器与发射器的配合使用，展示了如何通过改善信号传输来提高无人机的飞行性能。

💡固件

固件是嵌入式系统软件，用于控制硬件设备的操作。在视频中，Beta FPV Super G发射器的固件被更新到最新版本，以支持Gemini技术和其他高级功能，这是确保设备性能和兼容性的重要步骤。

💡信号干扰

信号干扰是指在无线信号传输过程中，由于其他电子设备或环境因素导致的信号质量下降。在视频中，Gemini技术被用来减少信号干扰，通过在不同的频率上同时传输信号，以提高信号的完整性和稳定性。

💡发射功率

发射功率是指无线设备发送信号的强度。Beta FPV Super G发射器具有高达1瓦的发射功率，这在视频中被强调为一个重要特性，因为它可以提供更远的信号覆盖范围和更强的信号。

💡接收器

接收器是无人机上用于接收来自遥控器信号的设备。在视频中，接收器与Beta FPV Super G发射器的配合使用，展示了如何通过提高信号接收的质量来增强无人机的飞行稳定性和安全性。

💡配置

配置是指设置设备以适应特定的使用需求。在视频中，Beta FPV Super G发射器的配置包括选择天线模式、设置发射功率和更新固件，这些都是为了优化无人机的信号传输和飞行性能。

Highlights

Hamudi 介绍了一款名为 Beta FPV Super G 的新型无人机遥控器，它采用了名为 Gemini 的革命性技术，以提高信号质量。

Beta FPV Super G 遥控器拥有真正的多样性技术，配备两个天线，可以提供更好的信号。

遥控器包含多种颜色代码，用于频率转换。

遥控器使用铝制外壳，有助于散热，因为它具有高达1瓦的传输功率。

Beta FPV Super G 配备了 USB 至 USB-C 电缆，用于连接和设置。

遥控器支持 GR 接口适配器，适用于不同大小的遥控器单元。

提供了 USB-C 至 XT30 连接线，以便在高功率传输时为遥控器供电。

遥控器配有双面胶带，方便安装在遥控器上。

Beta FPV Super G 支持通过 QR 码访问说明书。

遥控器和接收器之间的信号传输可能会因为信号丢失、穿透问题和干扰而导致数据包丢失。

真正的多样性模块通过两个天线和电路提供更好的信号选择，从而改善无人机的信号接收。

Gemini 技术允许两个天线在同一时间在不同频率上传输，以减少干扰。

Gemini 模式可以提高信号的健康度，减少99%到100%的成功率。

Hamudi 计划在户外测试 Beta FPV Super G 模块，并与其他无人机进行比较。

Beta FPV Super G 模块的安装和固件更新过程。

在 Express ELRS 配置器中，可以设置 Gemini 模式和其他相关参数。

Hamudi 提供了一个快速提示，说明如何在系统中设置 Gemini 模式。

Hamudi 在测试中失去了一架模拟无人机，但通过 GPS 坐标和屏幕录像找到了它。

Hamudi 强调了 Beta FPV Super G 模块在提高无人机飞行安全性和信号接收质量方面的重要性。

Transcripts

hello guys this is Hamudi from Bel media

welcome again to my Channel today we are

going to take a look at this uh product

this is the beta fpv Super G it's a

transmitter it's a nanot transmitter and

it has uh the great technology the

game-changing technology that it's

called Gemini we will talk about uh

what's what it is all about in a second

but basically

this is for uh better quality signal uh

from your remote controller to the Drone

which uh will make your life uh much uh

better when flying the drones so let's

go ahead and see what we have in the box

and uh talk uh further about the product

and how we can set it up and the

benefits it come in a simple box like

this and uh we open it up here we have

the instruction

manual we have a lot here going on and

here we have the color code uh we have

some colors on the receiver on the

transmitter and uh these are the colors

that the transmitter will uh go into

when shifting I guess the frequency here

we have two

antennas because it's uh like a true

diversity uh so it has two antennas that

you have to connect uh to the module you

can use one antenna or uh both of the

antenna and in our case I mean it's

better uh to use both the both antennas

because you have a better signal we will

see in a second and here you have a USB

normal USB to USBC cable here you have

the module

itself W it is really really small guys

yeah very very small and it's built out

of aluminium I think yeah it feels it

feels cold so it's aluminium something

which is a really good thing because it

helps with heat

dissipation because this one uh has a

transmitting Power of One watt guys

which is a lot on each antenna so it uh

it will heat up and this is why we have

a fan and this um outer shell made from

aluminum will help with the heat

dissipation and here we have uh uh let's

see yeah here we have the gr Bay adapter

because this one can go to the

smaller uh RC controls units like the uh

radio

Master the the small one I forgot how

it's called I will write it on the

screen and we can go with a full size

remote like the radio master

tx16s and my boxer here which has a big

Bay here gr Bay and this you have to uh

put it with the adapter and here you

have a USBC to

xt30 connection because when you are

using a lot of power to transmit the

unit will suck a lot of battery out of

your internal battery and you can hook

up

uh 2s up to 3s maximum uh battery to

power the unit up and uh save some Jews

and here is a connection I guess for

older RC units I'm not sure about this

but I think uh this is the case

yeah yeah with the adapter here so you

put this one

inside and you hook it with older unit

un and you have some double-sided tape

here to attach it to the RC to the

remote control which is really nice and

here you

have uh QR code with the instruction I

guess so in normal uh scenario we have

an um antenna for the transmitter like

this normal Antenna One antenna and and

one antenna for the receiver that is

located right here in my case and what

will happen uh is that the transmitter

will send packages to the receiver and

the best scenario will uh be that the

packages all the packages are received

by the receiver on the Drone and the

Drone will behave according to what

input you input in the RC but sometimes

uh because signal loss um penetration

issues and um interference will cause

some packages to drop off to not be

transmitted to the receiver and this

will result in a lag on the Drone or in

worse scenarios fail safe that will

cause the Drone to enter into the fail

safe mode if you uh configure it in beta

flight or uh lose connection and fall or

I don't know or fly away one solution to

this problem is to have something like

this this is a true diversity module

with two antennas this means that the

receiver will have double antennas and

double circuits for every antenna this

means that you have basically two

antenna two receivers in one the

receiver itself will select the better

signal from the two antennas and will

use it uh on the Drone and the receiver

will uh mix the packages from the two

antennas simultaneously basically but

there is a receiver that is not true

diversity this means that the receiver

itself has one set of circuits for uh

the receiver so one receiver but two

antennas in this case the receiver will

select the best uh signal from uh the

best antenna signal and we'll use the

packages from that uh antenna and we

switch between the two all the time

depending which will have better signal

but this one is better because you have

like independent two receivers and they

both work in the same time to capture

the signal the packages from the signal

and I put it here in this one I have

something something similar I have an

antenna here as you can see and one

right here and one is located uh vert

horizontally and this one is vertical

which uh I think will make U the signal

better overall this solution was really

good for me and I didn't have problems

overall

but the diversity solution is totally

different so let's go ahead and talk

about uh this module so you have two

antennas by the way guys you have to put

uh connect the antennas before using it

don't use the module without antennas

because you risk frying the modules

inside and now we have two antennas uh

in the

module the way that this works you can

use either one of the antennas uh

separately so you will use the module

like a normal module with one antenna

but um I don't see why you use only one

antenna and the other uh way that you

can use it is to switch between this uh

antenna and this antenna so basically

the better signal it will act like the

antennas on the receiver the better

signal they both uh trans Smit in the

same time and the better signal is

captured by the receiver but the way the

Gemini works is fascinating because if

you have let's say uh both of the

antennas are transmitting in the same

time and um the receiver is capturing

the signal the packages which is great

but if you have

interference uh on the signal on the

frequency

the interference will happen to both of

the antennas so the packages one package

if it will not arrive to one antenna due

to the interference will not arrive to

the other antenna as well because they

work on the same frequency and here the

Gemini solution will solve the issue so

basically the both of the antennas will

transmit Simon Simon ously but one of

the antenna will transmit on a different

Channel and frequency this way um

interference if interference will will

happen to one antenna at a certain

frequency it will not happen for the

other antenna because it's using a

different frequency or Channel which is

great great deal guys because in this

way your signal will be healthy all the

time what this this solution will help

not with the uh long

range uh it will help with the long

range if you have interference but

mainly it will help with the health of

the signal this means that the signal

will have all the most of the time from

99 to 100% uh success uh

rate and this is why this is amazing we

will try to go outside and uh use it and

see I will hope uh that I will find the

scenario that I will show you that it's

better than the normal one I will use

this drone that has uh one receiver and

one

antenna and I will install this one on

one of my drones and and select the

Gemini uh

to see how the module Works let's go

ahead and install it in our uh module in

our in our case the tx16s and see how to

configure it and how to use it so you

put it in the adapter like

this we should

remove this cover

and we put it like

this we have two buttons here which are

programmable this means that you can

program either of them to do a specific

thing like binding for example I think

binding is uh uh default for one of them

let's go ahead and power the

unit as you can see we don't have any

light here because uh it's turned off

off we have to go inside and turn it uh

turn the internal module off this one

this one in our case and turn the

external module on and the way we do

this we go to module

here and if you go you can see it is the

internal RF is selected we have to

deselect

[Music]

it off

and now we have to select the external

one crossfire as well and

now we should see a light shining on the

module as you can see it is turned on

now the way we configure it we go to

system

Express El r s and this is the Gemini

you see here

Gemini this one this means we are using

the Gemini module

here you I will leave it at

uh

250 packet rate package rate and here

Telemetry uh this one this means at 64

packages one of the packages will go

back to the receiver as

Telemetry switch mode wide and here you

can see the antenna mode you can select

Antenna One antenna

two switch between them

and the Gemini uh of course and to use

it at a full potential we will select

the Gemini mode right

here the TX power will go

from

25 up to 1,000 guys which is crazy and

this one is for each one not only one of

them I mean not in total for each one of

them we will have 1,000 M so to install

the firmare I will use the cable

provided in the package and I will use

the adapter for for my MacBook

Pro and we put it

here here in the express elrs

configurator we select the latest

version which is

3.4.2 the unit ships uh with the 3.3 uh

firmware by default and here we select

beta fpv and here the Gemini we select

uh the

art standard mode if you are in the EU

in Europe you will select this but this

will uh limit your uh transmission to

100 m i will U select this one for

demonstration purposes but uh it's not

legal so you have to use the C if you

are in Europe and the other version if

you are anywhere else in the world here

you put your binding phrase and you

select

flash build success and we hit back now

let's go ahead and connect it back to

our remote control now if we go to

system and express elrs

we will see that we have

3.4.2 which is the

new uh firmware and now the TX power it

is up to 1 M let's go ahead and connect

uh our drone and see that we can uh

control it because we have now the same

binding phrase

[Music]

you see here we have C this means it's

connected let's go ahead uh and go

outside and we have uh full bars if we

arm the quad it is not a very good idea

but if we arm it it will arm

perfect guys so it is working and uh we

can go ahead and test the module this is

how you flash the firmer with your um uh

binding phrase uh and we will go ahead

and test first the link quality with

this one that has only one receiver one

antenna and we will test it with the

other one that has a true diversity

module and uh we will see which one will

perform better and how the link quality

is looking like so thank you very much

guys for watching this is the Super G

module which is a game changer in my

opinion you will have a way better uh

reception and way better link quality

with your quad and we you will fly much

much safer with this uh module thank you

very much again guys for watching see

you in the next one thank you bye just a

quick tip guys you need to enter the

luas script here and here you see that

the antenna mode is Gemini but it's not

enough uh for the system to work in

Gemini mode and you need to go to other

devices and here you see two devices

this is the Super G that I have uh

installed on my remote and this is a

happy model dual band antenna and you

need to enter here and change this from

diversity to Gemini now it will uh work

in Gemini mode otherwise you can't work

you will be in um diversity or normal

mode I lost my 5 in analog drone in the

field here and uh I think it's because

the battery battery strap got loose and

the battery uh fold a little bit and the

Drone got imbalanced and then it f it f

to the ground

luckily I uh recorded the screen with my

goggles the analog goggles and I know

approximately where is the Drone uh and

I have uh GPS coordinates last GPS

coordinates because uh

otherwise it's

completely uh undoable I mean I can't

find it you will see the field in a

moment you see it's completely crazy and

I think it's over there somewhere I

tried to find it guys but uh I couldn't

find it and uh I uh have to close the

video and post it like this because uh

there is no chance to find it and I

can't uh record the screen

because I only have this one uh that is

analog and I don't have the goggles

version the goggles 2 sorry to record

the screen with all the OSD data so yeah

you have to believe me and

uh uh yeah believe that it works better

I tested it with uh the all3 I had two

uh drones one with the super D the

Gemini uh antennas and one with normal

antenna and it performed uh better but I

couldn't record the screen because I

have I used the goggles version to and

you can't

record as far as I know the screen from

the uh yeah the O3 the version two

goggles so yeah this is it guys for

today uh I hope you enjoyed the video

and see you in the next one thank you

you bye