Radiocomandi

Compatibile con Futuba Fasst trasmettitori della Corona R14FA offre un'alternativa conveniente per gli utenti di radio Futaba.

Specifiche:
Corrente di funzionamento:
70mA @ modalità FASST 7ch normale e 110 mA max,
80mA @ modalità multicanale FASST normale e 110 mA max
Tensione di funzionamento: 4.0 ~ 10V
Latenza:
7ms per alta velocità PPM (HS), 14ms per la modalità a bassa velocità PPM (LS) @ FASST multi-canale,
8ms per alta velocità PPM (HS), 16 ms per bassa velocità PPM (LS) @ modalità 7ch FASST
Sensibilità: -96dBm ~
Fail Sicuro: Si
Dimensioni: 53x37x16mm
Peso: 22g
Lunghezza dell'antenna: 136 millimetri

Compatibilità:
trasmettitori 2.4GHz FUTABA FASST
TM7, TM8, TM10, TM14, 6EX-2.4G, 7C-2.4G, 8FG, 10CG, 12FG

Montare questo dispositivo a portata di mano da qualche parte sul modello in cui si può vedere in modo chiaro e inserirlo in un canale di riserva sul ricevitore, se nessun canale è disponibile quindi utilizzare un cavo Y. Questa unità vi darà un controllo visivo della batteria LiPoly o il ricevitore LiFe ogni volta che si accende. La facile lettura serie di LED vi mostrerà se è sicuro di portare avanti o se la batteria deve essere ricaricata.

Specifiche:
Intervallo di tensione: 6.6 ~ 7.4V
Dimensioni: 40x21x2.5mm
Peso: 4g
Lead Length: 320 millimetri
Spina: tipo JR

L'adattatore convertitore Consiglio RMILEC è la soluzione ideale per consentire un facile collegamento ad un ricevitore SBU. L'adattatore supporta T4363NB18 5V e può essere utilizzato non solo per la corrispondenza 12FG o 14MZ trasmettitori, ma possono anche essere collocati individualmente in un'altra posizione come stazione di rilancio.

La scheda viene fornito completo di hardware tra cui, connettori della batteria JST, interruttore on / off, terminali, rifiniture di pregio.

Si prega di notare: è richiesta la saldatura di interruttore on / off e terminali.

Specifiche:
Materiale: PCB
Peso: 39.65g
Dimensioni: 90 x 115 millimetri

FrSky TFR6 7ch 2.4Ghz Receiver compatibile FASST

Compatibilità:
FASST 2.4G: Air Systems (Modalità 7CH / Multi Mode)
Moduli TF FrSky: TF-8M, TF-14M


Caratteristiche:
Leggero e di piccole dimensioni
Due opzioni di impostazione sicuro selezionabile


Specifiche tecniche:
Numero di canali: 7
Di funzionamento Gamma di tensione: 3.5V ~ 10V
Range di temperatura: -10C ~ 60C
Dimensione: 37 * 22 * 8mm
Peso: 7.8g

Il Turnigy Voltage Protector aiuta a prevenire il ricevitore di cadere di sotto della sua tensione di esercizio necessaria. Questo aiuta ad eliminare "out marroni" e impedisce il ricevitore da riavviare. Essa contribuirà inoltre a ridurre il carico sul BEC del CES e ridurre la probabilità di glitch. È sufficiente collegarlo a qualsiasi canale di riserva sul ricevitore.

Tensione di funzionamento: 3.2V - 11.1V (1s ~ 3s LiPo)
Tensione sul condensatore: 16V
Capacità di memoria: 3300uf
Peso: 6.1g

Il FrSky S.BUS di PWM Decoder consente di utilizzare qualsiasi mezzo analogico standard o servi digitali con il ricevitore compatibile S.BUS. Questo elimina la necessità di utilizzare i servi specifici costoso S.Bus che consente di utilizzare i vostri modelli servi esistenti.

Dotato di 4 uscite di canale programmabili, è possibile assegnare in modo indipendente ogni servo a un canale di vostra scelta mentre solo il dover collegare un ingresso cavo dal ricevitore. Questo rende il cablaggio molto più ordinata e permette una facile creazione del vostro servo, senza la necessità di esecuzione di più prolunghe.

Questo è un grande dispositivo da utilizzare in combinazione con i nostri ricevitori compatibili arancione 7CH e 9CH S.Bus!

include:
FrSky S.BUS a PWM Decoder

Specifiche:
Uscite Canale: 4 programmabili
Canale Ouput Piombo Lunghezza: 200mm
Lunghezza totale: 350 millimetri

* Nota: FrSky Servo Canale Changer richiesto (venduto separatamente, vedi articoli correlati qui sotto) per cambiare l'assegnazione delle uscite di canale.

The FTr10 adopts FLYSKY's third-generation automatic frequency hopping digital system, AFHDS 3. It uses a double-antenna, bidirectional transmission system to save space and supports standard PPM, S-Bus, and i-Bus signals.

The FTr10 is a small, lightweight 2.4GHz receiver that will accept a wide input voltage of between 3.5~18V, has an incredible range in interference-free open areas of up to 10km, and its unique design includes i-BUS, S-BUS, PPM, PWM, and UART data ports. It has the ability to update firmware online and is compatible with the FLYSKY Paladin PL18 radio system. With all these features it is the perfect choice for drone flying, drone racing, FPV, and other long-range applications.

The FTM302 adopts FLYSKY's third-generation automatic frequency hopping digital system, AFHDS 3. It uses a single antenna, a bidirectional transmission system in a compact design with support for multiple signal inputs. Supports external power and is compatible with standard JR-type module bays.

The FTM302 offers a long range of up to 3.5km + on the EU default setting of 20dBm (changeable through the management system), low latency, less than 10ms, and allows for online updates and managing the module via the FLYSKY Remote Control Assistant. Power to the module can either be internal, or an external power source of 5~28V can be connected via the built-in XT30 connector. The module also has a built-in fan which automatically turns on if the temperature reaches 45°C to ensure the system remains safe, this can happen when the module is being used with higher voltages.

The FTr4 adopts FLYSKY's third-generation automatic frequency hopping digital system, AFHDS 3. It uses a single antenna, bidirectional transmission system to save space and supports standard PPM, S-Bus, and i-Bus signals.

The FTr4 is a small, lightweight 2.4GHz receiver that will accept an input voltage of between 3.5~8.4V, has a range in interference-free open areas of up to 500m, and its unique design includes i-BUS, S-BUS, PPM, and PWM data ports. It has the ability to update firmware online and is compatible with the FLYSKY Paladin PL18, and NB4 radio systems. With all these features it is the perfect choice for drone flying, gliding, and small fixed-wing aircraft.

The best just got better, the RADIOMASTER TX16S MKII is the ultimate open-source radio. It is still a high-end, low-cost, OpenTx radio that has many great features, and this version includes the powerful long-range ELRS protocol. With the MKII you get many new features, these include, improved internal circuitry, V4.0 Hall sensor gimbals for improved centering, improved ergonomics, redesigned battery cover, and improved knobs and sliders that are smoother with a better center ident.

The TX16S MKII transmitter supports EdgeTX and OpenTX open source firmware which is fully supported by the OpenTX development team. RADIOMASTER works closely with the EdgeTX team to develop and optimize the user experience and will continue to ensure that the concept and standards are carried forward into the future. The TX16S MKII is available in either an FCC version or a European LBT version, please check the specifications below for the supported protocol.

The best just got better, the RADIOMASTER TX16S MKII is the ultimate open-source radio. It is still a high-end, low-cost, OpenTx radio that has many great features, and this version includes the powerful long-range ELRS protocol. With the MKII you get many new features, these include, improved internal circuitry, V4.0 Hall sensor gimbals for improved centering, improved ergonomics, redesigned battery cover, and improved knobs and sliders that are smoother with a better center ident.

The TX16S MKII transmitter supports EdgeTX and OpenTX open source firmware which is fully supported by the OpenTX development team. RADIOMASTER works closely with the EdgeTX team to develop and optimize the user experience and will continue to ensure that the concept and standards are carried forward into the future. The TX16S MKII is available in either an FCC version or a European LBT version, please check the specifications below for the supported protocol.

The FrSky FLVS ADV sensor is designed to measure the battery voltage of 2S~8S Li-Po batteries at 0.01V voltage resolution. The data can be transmitted via the F.Port or Smart Port (S.Port) of telemetry-enabled receivers such as the FrSky X8R, X6R, X4R, etc to compatible transmitters, such as the Taranis or other OpenTx radios. This is an obvious choice for accurate measurement of large-capacity Li-Po batteries.

FrSky has enhanced the performance and capability of its original sensors, resulting in the development of the new ADVANCE (ADV) series. All ADV sensors fully support the FBUS protocol and they are also S.Port compatible. With the FBUS protocol, the ADV sensors can be seamlessly paired with an FBUS-capable receiver which further simplifies model builds.

The Archer line of receivers has been enhanced further with the Plus Series, they include some exciting new features. Firstly an enhanced anti-RF-Interference capability can offer a more solid RF performance, they also feature ACCESS and ACCST D16 modes where the RF protocol is smart matched during the binding process. Another feature is a Black-Box function, which records basic flight details such as power and signal-related data.

The FrSky Plus SR8 receiver is designed for use in RC airplanes, it works as a traditional 8-Channel PWM Rx, but it also has a built-in 3-axis gyro and a 3-axis accelerometer sensor module. With the built-in sensors, the Plus SR8 will compensate for outside forces on the airplane and will enhance the stability making it easier and smoother to fly. The Plus SR8 supports multiple flight modes, Auto-level, Stabilisation, Hover, and Knife-Edge. Also available are several configuration methods, these include LUA, or the FrSky S.port Airlink+ combined with the Freelink App.

The FrSky High Precision Vario Sensor monitors atmospheric pressure and reports altitude and changes in pressure, this will indicate where the lift is which is invaluable if you want to find thermals with your RC glider.

The advanced high-precision variometer sensor calculates the altitude from atmospheric pressure, the atmospheric pressure drops as you rise in altitude. Using this change in pressure the sensor can measure the altitude up to 10000 meters with an accuracy tolerance of 0.1 meters. This unit has been designed to be used in conjunction with FrSky telemetry-enabled transmitter and receiver system.

This advanced telemetry sensor incorporates a GPS module to provide useful variable directional information such as position, speed, distance, altitude, and UTC time. It can then be displayed in real-time on FrSky's Taranis transmitters, this can also be logged onto the radio's SD card. This location data is particularly useful for "lost aircraft situations" providing you with the coordinates of your lost model if it's still in radio range or its last known position if not.

The ADV series GPS sensor provides accurate time synchronization with GPS satellites, working with the integrated “Auto adjust from GPS” function in the ETHOS system. This ensures the radio and its telemetry are all in sync with an accurate time system, ensuring telemetry data is in sync with UTC time. This sensor will only work with the FrSky F.Port and Smart Port-enabled receivers. It does not provide autonomous GPS navigation or an RTH mode for your model; it is purely to provide data to your radio.

The best just got better, the RADIOMASTER TX16S Max MKII OpenTx radio has been created to be the best radio in its class without compromising anything. It is still a high-end, low-cost, OpenTx radio that has many great features, and this version includes the powerful long-range ELRS protocol. With the MKII you get many new features, these include, improved internal circuitry, V4.0 Hall sensor gimbals for improved centering, improved ergonomics, retooled Tx body shell for improved fit and finish, redesigned battery cover, improved knobs and sliders that are smoother with a better center ident. The TX16S Max MKII is also available in either an FCC version or a European LBT version, please check the specifications below for the supported protocol.

The ER6G receiver has been specially designed for glider pilots who require a compact and slim receiver. It can drive up to 6 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER6G features a dual-antenna with telemetry power up to 50mw and works quite happily with a 1S Lipo receiver battery.

The ER6G receiver has been specially designed for glider pilots who require a compact and slim receiver. It can drive up to 6 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER6G features a dual-antenna with telemetry power up to 50mw and works quite happily with a 1S Lipo receiver battery.

The ER6GV receiver has been specially designed for glider pilots who require a compact and slim receiver with a built-in high-precision air pressure vario. It can drive up to 6 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER6G features a dual-antenna with telemetry power of up to 50mw and works quite happily with a 1S Lipo receiver battery.

The ER6GV receiver has been specially designed for glider pilots who require a compact and slim receiver with a built-in high-precision air pressure vario. It can drive up to 6 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER6G features a dual-antenna with telemetry power of up to 50mw and works quite happily with a 1S Lipo receiver battery.

The ER8G receiver has been specially designed for glider pilots who require a compact and slim receiver. It can drive up to 8 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. The ER8G features a dual-antenna with telemetry power up to 100mw and works quite happily with a 1S Lipo receiver battery.