Description

• Plastic Type : PC Model Number : Nano TX V2 Module For Vehicle Type : Airplanes RC Parts & Accs : Antennas Material : plastic Brand Name : BETAFPV Origin : Mainland China Recommend Age : 14+y Use : Vehicles & Remote Control Toys Certification : CE The Nano TX V2 Module is full of upgrades for an unequalled pilot trip Featuring the innovative T-LED antenna with its flicker frequency indicating sign transmitting and module connection statute With up to 1W/2W power, it empowers stable links for FPV racing, long-range flight, and professional pictures Seamlessly combine with Backpack and customise buttons Enjoy fluently flying with the 1804 cooling fan Unleash your full prospective with the Nano TX V2 Module Bullet Point The First ever T-LED antenna with built-in LED show functionality, allowing pilots to effortlessly computer screen the signal transmitting and receiving while utilizing the radio transmitter It offers three versions: 2 with a maximum output energy of 1W, and 915/868MHz with a maximum output strength of 2W The max packet charge is F1000/200Hz Featuring an incorporated TCXO, it minimizes frequency deviation for steady performance, getting rid of sign interference With its optimized inner airflow channel and a heat sink, a high-speed 1804 cooling fan, it efficiently dissipates heat even throughout high energy output, guaranteeing secure link performance Support backpack and custom button purposes based on ELRS V3, empowering pilots to attach exterior instruments and set buttons per own utilization conduct Specification Item: BETAFPV Nano TX V2 Module | ELRS 2/915MHz/868MHz Weight: 28g Color: White Antenna Connector: RP-SMA(2), SMA(915/868MHz) RF Power(2): 25mW/50mW/100mW/250mW/500mW/1000mW RF Power(915/868MHz): 10mW/25mW/50mW/100mW/250mW/500mW/1000mW/2000mW Packet Rate(2): 50Hz/100Hz/150Hz/250Hz/333Hz/500Hz/D250/D500/F500/F1000 Packet Rate(915/868MHz): 25Hz/50Hz/100Hz/100Hz Full/200Hz/D50 Frequency Band: 2 ISM, 915MHz FCC, 868MHz EU Backpack: Support Input Voltage: 7V~13V DC Power Consumption(2): 8V,1000mA@1000mW, 150Hz,1:128 Power Consumption(915/868MHz):8V,1000mA@1000mW, 50Hz,1:128 USB Port: Type-C Fan Voltage: 5V Default Firmware Version: ExpressLRS V3 Diagram Below is the diagram for the Nano TX V2 Module Note: Please construct the antenna before powering on Otherwise, the PA chip in the Nano TX V2 Module will be broken completely The following is the comparison news It displays the advancing updates and specs SuperG Nano TX Nano TX V2 Nano TX Max RF Power Dual-1000mW 1W(2) 2W(915/868MHz) 500mW RF Chip Dual SX128X Single SX128X/SX1276 Single SX128X/SX1276 Antenna Mode Gemini Single Single Antenna T-LED Unsupported Supported Unsupported Cooling Fan Supported Supported Unsupported Backpack Supported Supported Unsupported External Power Supply Supported 7-13V Supported 7-13V Unsupported 1W&2W Output Power The Nano TX V2 Module additionally offers three versions: 2 GHz with a maximum output power of 1W, and 915/868MHz with a most output power of 2W Featuring an included TCXO, it minimizes frequency deviation for steady performance, doing away with signal interference Experience more potent signals, longer transmission distances, and an expanded radio transmitter range With these options, pilots can explore and fasten with greater freedom in wi-fi conversation Longer Range with Stable Link Quality Nano TX V2 Module is integrated a TCXO (temperature-compensated crystal oscillator) With the high quality TCXO, it should stand up to severe temperatures and not using a worry of heat and cold, continuously outputting correct frequency for long-range flight Click to profit more concerning the TCXO guaranteeing a brilliant secure but strong radio hyperlink for pilots to fly in any surroundings that calls for extremely stable indicators and low latency, adding long-range flights, multiplayer flights, and FPV racing It offers pilots a robust and competitive flight ride T-LED Antenna The T-LED antenna innovatively integrates LED with the antenna, enabling direct information show on the antenna When the antenna is efficiently connected, the regular flickering signifies the fame of signal transmission and reception The mild being on represents signal transmission, whereas the light being off represents sign reception The speed of the flickering varies in accordance with the telemetry ratio and packet rate, providing pilots a distinct visible ride Additionally, it detects the connection repute between the antenna and the TX module, stopping damage caused by fallacious usage The flickering mild irregularly in the course of the antenna swinging indicates antenna damage, whereas flickering irregularly throughout turning the antenna connector signifies a loose connection in either the antenna or the TX module, requiring substitute Note: This T-LED Antenna solely lighting fixtures up at the Nano TX V2 Module Other antennas like Moxon and Loop can be used immediately on the Nano TX V2 Module(915/868MHz version), however the 2 edition calls for an RP-SMA to SMA adapter Cooling System The Nano TX V2 contains a solely injection-molded shell with very best texture With its optimized internal airflow channel and a heat sink, a high-speed 1804 cooling fan, it efficiently dissipates warmth even throughout high strength output, making certain secure link functionality Pilots can fly with confidence and revel in dependable performance, due to this double-checked cooling solution Highly Customizable Solution Backpack, developed via the ExpressLRS team, is an non-compulsory module designed for radio transmitters It presents enhanced flexibility and scalability, empowering pilots to connect external devices such as goggles, the Nano TX V2 Module presents a highly customizable and expandable solution for pilots' different utility scenarios and practical needs There are two buttons reserved for pilots to customise their functions, empowering pilots to set buttons in step with personal utilization behavior Combination with Most Radio TX The Nano TX V2 Module would be configured through LUA script EdgeTX V2 and OpenTX radio transmitter that helps CRSF could be used smoothly It is available for popular Nano port TX like BETAFPV LiteRadio 3 Pro, Radiomaster Zorro/Pocket, Jumper T Pro V2/T20, TBS Tango 2, etc, and Radiomaster TX16, Boxer, and Jumper T16/T20, Frsky QX7, X9 when used with a Micro-Nano Module Adapter Note: LiteRadio three Pro Radio Transmitter can't support 500mW because of strength delivery issues ELRS Series The ExpressLRS Series expands its lineup with the addition of the Nano TX V2 Module To obtain distinctive hyperlink quality BETAFPV takes the flying ride to new heights by introducing ELRS hyperlinks that offer long-range capabilities, low latency, and excessive refresh charges in a radio control components Basic Configuration In the EdgeTX system, choose ;MODEL SEL; and input the ;SETUP; interface In this interface, turn off Internal RF (set to ;OFF;), activate External RF, and set the output mode to CRSF Connect the module correctly after which the module will operate wisely Settings are proven below Lua is a lightweight and compact script language It can be used by means of being embedded in radio transmitters and easily reading and editing the parameter set of modules The instructions for utilizing Lua are as beneath Download the elrsV3 at the BETAFPV respectable web page or ExpressLRS configurator Save the elrsV3 recordsdata onto the radio transmitter's SD Card in the Scripts/Tools folder Press the ;SYS; button or the ;Menu; button at the EdgeTX formula to access the ;Tools; interface where you could possibly desire ;ExpressLRS; and run it The beneath images reveal the Lua script if it runs successfully Custom Buttons There are two buttons reserved for customers to customise its functions Operation steps are shown beneath Enter the WiFi mode by enabling the module or powering it on for 60 seconds Once the RGB state indicator is in gradual green flashing, the receiver's WiFi could be activated (WiFi name: ExpressLRS TX, password: expresslrs Connect your phone or laptop to WiFi, and log in to the browser at You may be able to find the custom button settings web page In the ;Action; column, select the specified custom Function; In the ;Press; and ;Count; columns, select the button press sort and the variety of presses or length of the clicking Click ;Save; to finish the configuration There are six settable shortcut buttons and two ways to apply the buttons: lengthy press and brief press The long press can be set to a tradition time duration, while the quick press can be set to a tradition variety of presses Six settable purposes are shown below Unused Send VTX Settings Increase Power Output Enable WiFi Enter VTX Channel Menu Enter Binding Mode Enter VTX Frequency Menu The default functions of the module are proven beneath Button Action Press Count Button1 (Left Button) Enter Binding Mode Short Press three Times Increase Power Long Press For zero seconds Button2 (Right Button) Go to VTX Channel Menu Short Press 2 Times Send VTX Settings Long Press For 0 seconds Note: This transmitter hardware doesn't assist button RGB lighting Bind & External Power Supply The default firmware of the Nano TX V2 module is ExpressLRS edition 3 There isn't any Binding Phrase pre-set Hence Binding with transmitters has to ensure that the receiver is using V3 above with out a binding word Put the receiver into binding mode and await the connection Quick press button 1(Left button) three times to enter the binding mode(factory default setting), or you can input binding mode by means of clicking 'Bind' within the Lua script if the Indicator has turned solid, it indicates that the system has been sure efficiently Note: If the transmitter module has been reflashed with a binding phrase, then utilizing the above binding method will not be certain to other devices Please set an analogous binding phrase for the receiver to accomplish automatic binding The energy consumption of the Nano TX V2 module when using a transmission energy of 500mW or above is relatively high, that will shorten the usage time of the remote control Users can provide power to the module by utilizing an XT30-USB adapter cable to connect with an exterior battery The usage system is proven within the following determine The energy intake of the transmitter isn't just related to the transmit power but additionally to the telemetry ratio When using excessive energy of 500mW and above, the return ratio would be set higher to minimize power consumption and enlarge use time For example, in Gemini mode, the power intake of environment the go back ratio to 1:128 is 1000mA, while the ability intake of surroundings the go back ratio to 1:2 is only half 1:128 Note: When the voltage of the handheld remote control battery or exterior battery is less than 7V (2S) or 10 (3S), please don't use the 500mW and 1W, otherwise the module may be rebooted due to insufficient power supply, leading to disconnection and loss of control FAQ 1 Unable to go into LUA script, probable causes are as follows: The TX module is not nicely connected to the distant control, need to test whether the Nano pin of the remote control and the TX module socket are in nice contact The edition of the ELRS LUA script is just too low and desires to be upgraded to elrsV3 If the baud price of the remote control is just too low, set it to 400K or above (if there isn't any choice to set the baud charge of the distant control, it's best to upgrade the firmware of the distant control, e, the EdgeTX ought to be V2 or above) Target Name: BETAFPV Nano V2 2/915MHz/868MHz TX 2 Packet Rate cannot be set to F1000 or immediate ;Baud price is simply too low; Reason: The situation is brought on by the baud rate of the remote control is too low since the F1000 packet rate wishes above 400K baud price help to work Solution: You first should update the baud charge (greater than 400K is fine) environment within the Model Setup menu or System menu->Hardware, after which reboot the handheld remote control to ensure the baud fee environment has been utilized three The packets between the remote control and the TX module are lower than 1000, while the F1000 packet charge is turned on Reason: This concern is attributable to synchronization problems with the remote control formulation EdgeTX Solution: Upgrade the EdgeTX edition of the handheld remote control to two or above Package 1 * Nano TX V2 Module 1 * T-LED Antenna 1 * USB to Type-C Data Cable 1 * Type-C Male to XT30U Male Power Cable 1 * Instruction Manual 1 * Service Card

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