The ACASOM MAX-2 5.2GHz Signal Booster is a high-performance, portable device designed to enhance FPV drone image transmission at the 5.2GHz frequency. This single-band booster is equipped with a powerful 10W module, ensuring robust signal strength and extended range in remote and challenging environments. Its IP68 waterproof rating, combined with a long-lasting lithium battery, makes the MAX-2 a reliable tool for drone enthusiasts and professionals who need stable signal performance for extended periods.

Product Overview

• Optimized 5.2GHz Signal Boosting: The MAX-2 operates within the 5.2GHz frequency range (5150-5350MHz), providing enhanced image transmission stability and range for FPV drone operations.
• Extended Battery Life: Featuring a 22.2V 5000mAh lithium battery, the MAX-2 offers more than five hours of continuous operation, perfect for long-range and long-duration flights.
• Rugged IP68 Waterproof Design: Built to withstand rain and rugged outdoor conditions, the MAX-2s IP68 rating ensures it remains operational in harsh environments, making it ideal for wilderness and remote drone missions.
• Lightweight and Portable: Weighing less than 1.5 kg, the MAX-2 is easy to carry and mount, offering flexible options such as arm-mounted, waist-hung, or chest-hung configurations for maximum convenience in the field.

Key Specifications

Features and Highlights

1. Enhanced 5.2GHz Signal Transmission: The MAX-2 is optimized for the 5.2GHz frequency, providing improved FPV image transmission range and stability, especially useful in high-demand drone applications.
2. Durable Waterproof Design: With an IP68 rating, the MAX-2 is rugged and reliable, able to withstand wet and dusty conditions, ensuring continuous operation in various environments.
3. Extended Operational Time: Powered by a 22.2V 5000mAh battery, the MAX-2 offers over five hours of uninterrupted signal boosting, ideal for extensive drone missions.
4. Portable and Versatile: The compact and lightweight design (1.5 kg) allows for flexible mounting options, making it convenient to carry and use in the field, whether mounted on the arm, waist, or chest.
5. User-Friendly Indicators: Equipped with LED indicators (green for transmitter, red for receiver) and a battery capacity tester, the MAX-2 provides real-time feedback, ensuring efficient and easy operation.

Applications

• FPV Image Transmission Extension: Optimized for enhancing the 5.2GHz signal range, the MAX-2 is ideal for FPV flights and long-distance image transmission.
• Professional Drone Operations: Suitable for applications like aerial photography, mapping, and surveying, providing reliable signal support for extended-range drone activities.

Package Includes:

• 1 x MAX-2 10W Signal Booster
• 1 x 22.2V Charging Adapter

The ACASOM MAX-2 5.2GHz Signal Booster is an essential tool for drone operators who need enhanced signal range and stability. With its 5.2GHz optimization, rugged design, and extended battery life, the MAX-2 is built to support demanding FPV and professional drone applications, ensuring reliable performance in diverse and challenging environments.

ACASOM MAX-2 Drone Signal Booster amplifies weak drone signals up to 5.2GHz for extended range and clear video transmission.

ACASOM MAX-2 Drone Signal Booster Amplifies 5.2GHz Signals for Improved Connectivity and Range

ACASOM MAX-2 5.2GHz Drone Signal Booster for Long Range Flight and Reduced Interference.

ACASOM MAX-2 5.2GHz drone signal booster amplifies weak signals to improve video transmission quality and range for maximum performance.

Boosts drone signals up to 5.2GHz with 10W or 20W input power, featuring a frequency range of 251

ACASOM Max-2 5.2GHz Drone Signal Booster with 10W/20W RF, On/Off RF Antenna Port, and charging port, powered by 22V at 2A.

ACASOM MAX-2 boosts drone signals for improved connectivity and range, compatible with 5.2 GHz frequencies, ideal for professional or recreational use.

ACASOM MAX-2 5.2GHz drone signal booster amplifies weak signals up to 10W, ideal for long-range flights, with adjustable power output and compact design.