NRF24L01+PA+LNA 2.4G Wireless Module 1100-Meter Long-Distance With Antenna
Voltage: 3-3.6VMax output power: +20 dBmWorking current in transmit mode: 115mAWorking current in receiver mode: 45mACurrent in mode: 4.2uAOperating temperature: -20-70 degreeReceiver sensitivity: -92dBm in 2Mbps mode, -95dBm in 1Mbps mode, -104dBm in 250kbps modePA growth: 20dBLAN growth: 10dBLAN noise figure: 2.6dBAntenna growth: 2dBI2M rate: 520m
- Complete educational DIY robotics platform package
- Multiple degrees of freedom for realistic humanoid or quadruped movement
- Supports visual Scratch coding for beginners and Python for advanced users
- Equipped with high-performance metal gear servos and smart controllers
- Sturdy structural frame designed to withstand impact and stress
- Comprehensive step-by-step tutorials and rich sample code library
- Easily expandable with external sensors, cameras, and grippers
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(855) I-BUY-ROBO (855) 428-9762Voltage: 3-3.6V
Max output power: +20 dBm
Working current in transmit mode: 115mA
Working current in receiver mode: 45mA
Current in mode: 4.2uA
Operating temperature: -20-70 degree
Receiver sensitivity: -92dBm in 2Mbps mode, -95dBm in 1Mbps mode, -104dBm in 250kbps mode
PA growth: 20dB
LAN growth: 10dB
LAN noise figure: 2.6dB
Antenna growth: 2dBI
2M rate: 520m
Use Cases
STEM classrooms, programming labs, motion control algorithms, autonomous navigation testing, and personal learning projects.
Compatibility Notes
Fully programmable via Scratch visual block editor, Python, or C++ APIs. Requires rechargeable batteries and a desktop computer for code uploads.
Frequently Asked Questions
No, the kit features plug-and-play electronic connections and mechanical screw fasteners, making assembly clean and safe.
This kit is ideal for students aged 12 and up due to its assembly complexity, and younger builders with adult guidance.
Yes, all sample scripts, library wrappers, and firmware configurations are open-source and available for custom modifications.
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