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Nano Receiver

Los 10 mejores productos de julio de 2025
Última actualización: 7 de julio de 2025
BETAFPV
BETAFPV
BETAFPV El Nano Receptor ELRS alcanza un Rendimiento de Largo Alcance Tanto en velocidades, latencia como en Rango
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Amazon.es
#2

  • ExpressLRS ExpressLRS es un enlace RC de código abierto para aplicaciones RC, basado en hardware Semtech Lora SX127x o SX1280 para RX y TX respectivamente. Esto hace que ExpressLRS sea uno de los enlaces RC más rápidos disponibles mientras que todavía ofrece un rendimiento de largo alcance.
  • El receptor ExpressLRS BETAFPV Nano receptor se basa en el proyecto ExpressLRS, un enlace RC de código abierto para aplicaciones RC que tiene como objetivo lograr el mejor rendimiento de enlace posible tanto en velocidades, latencia y rango adecuado para módulo ELRS TX o Nano bay, etc.
  • Crossfire Serial Protocolo ExpressLRS utiliza el protocolo serie Crossfire (AKA CRSF) para comunicarse entre el receptor y la placa controladora de vuelo. Así que asegúrate de que tu placa controladora de vuelo sea compatible con el protocolo serie CRSF. Cómo configurar el protocolo CRSF se puede ver en la cuarta página del manual.
  • Tamaño nano. Este receptor solo tiene 0,7 gramos y el volumen es de 12 mm x 19 mm, lo que es muy adecuado para Tiny whoop debido al tamaño ultraligero y nano.
  • La configuración y enlace del nano receptor puede entrar en el estado de unión al encender/apagar tres veces. Se puede acceder al método de encuadernación específico: https://support.betafpv.com/hc/en-us/sections/4402604654873-ExpresLRS-Radio-Link
  • 22,99 € EN AMAZON
BETAFPV
BETAFPV
BETAFPV ExpressLRS Lite Receiver with Flat SMD Ceramic Antenna High Refresh Rate Long Range Performance Compatible for 65/75/85mm FPV Racing Whoop Drone V1.2
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92

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#3

  • Updated: Building on the open-source ExpressLRS framework – renowned for delivering ultra-low latency, blistering speeds, and exceptional range – the upgraded Lite Receiver flat antenna V1.2 now features an extra-thin 3mm board, an ultra-lightweight 0.46g design, and enlarged soldering pads. Optimised impedance matching elevates signal reliability and sensitivity, enabling 300m range at 25mW transmitter power and up to 1000m at 50mW, pushing the boundaries of long-range potential in micro-sized receivers
  • Enhanced Signal Reliability & Sensitivity: The flat antenna V1.2’s optimised impedance matching unlocks a transformative leap in signal reliability and sensitivity. Where the original flat antenna V1.1 achieved 500-600m at 50 transmitter power/500Hz, the V1.2 now delivers a robust 1000m under identical conditions, alongside superior signal consistency. This precision-tuned design minimises packet loss during high-speed manoeuvres and enhances low-power efficiency, ensuring crisp responsiveness at 25 (300m range) and unwavering stability at max output
  • Lightweight Design, Simplified Installation: In response to community feedback, the flat antenna V1.2 now features enlarged soldering pads designed to simplify installation and reduce errors – a critical upgrade for both novices and seasoned builders. Combined with a 13.2% weight reduction (now just 0.46g), the updated design retains its compact footprint while shedding unnecessary mass, freeing up crucial weight budgets for performance-focused builds
  • Flat Antenna: The Lite Receiver flat antenna V1.2 boasts a 3mm ultra-thin board and 0.46g lightweight design, perfect for space-limited drones. Its low-profile, crash-resistant build offers greater durability than traditional tower antennas. The V1.2’s optimised impedance matching enhances signal reliability and sensitivity, extending its range to 1,000m. This upgrade focuses on refining the flat antenna’s crash resistance, providing pilots with unmatched range and durability in a compact form
  • Note: Now the firmware version of Lite Receiver flat antenna V1.2 is ELRS 3.3.0; ELRS Innovative team has officially released version 3.3.0. If you want to flash official ELRS firmware, please download the latest ExpressLRS-Configurator or read our manual for flashing it. Significantly, the TX module and receiver have to be in the same ELRS version, otherwise, the frequency cannot match successfully
  • Configuration & Bind: ExpressLRS uses the Crossfire serial protocol (AKA CRSF protocol) to communicate between the receiver and the flight controller board. So make sure your flight controller board supports the CRSF serial protocol. For more binding details, please refer to manual or the product picture
  • 16,99 € EN AMAZON