Bandit Nano ExpressLRS 915MHz RF Module

After extensive research and collaboration with the ExpressLRS team, we are thrilled to unveil the all-new Bandit Nano ExpressLRS RF Module. This cutting-edge module represents the culmination of our efforts to deliver unparalleled performance and reliability for your long-range drone and UAV applications.

Features

• Up to 1 Watt power output
• Packet rates up to 200Hz
• Optimized circuitry for ultra-low power consumption
• Built-in TCXO oscillator
• Low noise, high comfort
• High contrast OLED display
• High efficiency cooling system
• Wifi and Bluetooth support
• Built-in ExpressLRS backpack
• 5 Directional nav key
• 915/868MHz T Antenna included
• With the Nano connector, support Zorro, Pocket and MT12 Radio

Specifications

• Item: Bandit Nano ExpressLRS RF Module
• Regulatory Domain: FCC915
• MCU: ESP32(main), ESP8285(aux, as ESP backpack)
• RF Chip: SEMTECH SX1276
• Refresh Rate Min/Max: 25Hz/200Hz
• Nano standard 8 pin connector
• Built-in OLED screen
• XT30 Power Supply Voltage: DC 6V ~ 16.8V
• Weight: 62.5grams (with T antenna）
• Dimension: 68.5*41.0*27.0mm

Keep Your Cool!

With its innovative convection cooling system and built-in turbo fan, the Bandit Nano ExpressLRS module ensures optimal temperature control and operates with minimal noise. The Bandit Nano form factor is ready to go with our Zorro, Pocket, MT12 and other radios with a “Nano” Module bay.

Intuitive Control at Your Fingertips

The Bandit Nano ExpressLRS features an OLED display, a five-directional navigation key, ensuring an unparalleled flying experience.

Versatile Antenna Options for Diverse Applications

The Bandit Nano ExpressLRS comes equipped with a RadioMaster T Antenna for general-purpose flying. The RadioMaster Moxon antenna is available separately for long-range directional applications. This versatility empowers you to adapt your setup to suit any flying scenario, from everyday recreational flights to professional drone and UAV operations.

But wait.. there’s more!

The Bandit Nano has UART solder pads on the PCB and may also be repurposed as a receiver! That’s right, you can use the Bandit Nano as a 1000mW Telemetry receiver for ultra long range flights.

The Ideal Solution for Demanding Applications

Whether you’re an experienced drone enthusiast or a professional UAV operator, the Bandit Nano ExpressLRS RF Module is the perfect choice for your demanding applications. Its unmatched performance, rugged construction, intuitive controls, and versatile antenna options make it an indispensable tool for those seeking the very best in long-range drone and UAV technology.

Dimensions

Bandit Series

• Bandit ExpressLRS RF Module
• Bandit Micro ExpressLRS RF Module
• Bandit Nano ExpressLRS RF Module
• Bandit BR1 Receiver
• Bandit BR3 Receiver
• Bandit MOXON Antenna
• Bandit T Antenna
• UFL 915Mhz T & Y Antenna for BR Series Receivers

Download

• Bandit Nano User Manual

Package Includes

• 1 * Bandit Nano ExpressLRS RF Module
• 1 * 900Mhz T Antenna
• 1 * Manual

The Bandit Nano is now compatible with Meshtastic!

Meshtastic® is a project that enables you to use inexpensive LoRa radios as a long range off-grid communication platform in areas without existing or reliable communications infrastructure. This project is 100% community driven and open source!

How it works

Meshtastic utilizes LoRa, a long-range radio protocol, which is widely accessible in most regions without the need for additional licenses or certifications, unlike HAM radio operations.

These radios are designed to rebroadcast messages they receive, forming a mesh network. This setup ensures that every group member, including those at the furthest distance, can receive messages. Depending on the settings employed, the Meshtastic mesh network can support up to 100 devices concurrently.

Additionally, Meshtastic radios can be paired with a single phone, allowing friends and family to send messages directly to your specific radio. It’s important to note that each device is capable of supporting a connection from only one user at a time.

Click here to learn more about Meshtastic.