ISDT Q8 Max 1000W 30A High Power FPV Battery Charger

Introduction

The ISDT Q8 Max is a significantly upgraded battery charger engineered for both professional drone pilots and dedicated hobbyists. It offers enhanced power output and advanced functionalities to support a wide array of battery types, making it an indispensable tool for managing your power needs efficiently. Whether you're charging LiPo, LiHV, NiMH, or Pb batteries, the Q8 Max delivers reliable and fast performance.

Key advantages

• High Output Power: Delivers up to 1000W charging power with a maximum 30A charge current, ideal for rapidly charging larger capacity batteries.
• Intuitive scOS 2.0 Interface: Features a Dark Mode for comfortable use in low-light conditions, reducing eye strain.
• Mobile Device Charging: Includes a 5V/2A USB output port to conveniently charge your mobile devices directly from the charger.
• Vivid 2.8-inch IPS Display: Equipped with a 178° viewing angle IPS screen and automatic brightness adjustment for clear visibility in any lighting environment.
• Advanced Cooling System: Utilizes an active cross-flow air channel with a ball-bearing fan, aluminum alloy fins, and thermal conductive silicone for superior heat dissipation, ensuring consistent performance.
• Wide Battery Compatibility: Supports a vast range of battery chemistries including LiFe, Lilon, LiPo (1-8S), LiHV (1-7S), NiMH/Cd (1-16S), and Pb (1-12S).
• Durable XT60 Connector: Features a robust XT60 connector for secure and reliable power connections.
• Compact and Lightweight Design: With dimensions of 95x95x45mm and weighing only 288g, it's portable and easy to integrate into your setup.

Technical specifications

• Input Voltage: DC 10-34 V
• Max Input Current: 33 A
• Output Voltage: 1-34 V
• Charging Current: 0.2 A - 30.0 A
• Discharge Current: 0.2 A - 3.0 A
• Max Charge Power: 1000 W
• Max Discharge Power: 30 W
• Balance Current: 1.5 A / cell
• Connector Type: XT60
• Cell Balancing: 2-8S
• Supported Battery Types: LiFe, Lilon, LiPo (1-8S), LiHV (1-7S), NiMH, Cd (1-16S), Pb (1-12S)
• Display: 2.8-inch IPS LCD, 320 x 240 resolution
• Operating Temperature: 0-40°C
• Storage Temperature: -20 - 60°C
• Dimensions: 95 x 95 x 45 mm
• Weight: 288 g

Applications

The ISDT Q8 Max charger is perfect for FPV drone racing, UAV operations, RC car enthusiasts, and anyone needing to quickly and efficiently charge multiple types of high-capacity batteries. Its robust power output and versatile compatibility make it suitable for both field use and workshop charging stations.

Compatibility

This charger is compatible with a wide range of battery types including LiFe, Lilon, LiPo (1-8S), LiHV (1-7S), NiMH, Cd (1-16S), and Pb (1-12S). It uses an XT60 connector and requires a DC input voltage of 10-34V.

FAQ

What is the maximum charging power of the ISDT Q8 Max charger?

The ISDT Q8 Max charger offers a maximum charging power of 1000W. This high power output allows for rapid charging of high-capacity batteries, making it ideal for demanding FPV and RC applications.

What types of batteries can the ISDT Q8 Max charge?

This versatile charger supports a wide range of battery chemistries, including LiFe, Lilon, LiPo (1-8S), LiHV (1-7S), NiMH, Cd (1-16S), and Pb (1-12S) batteries. Its broad compatibility ensures it can handle most of your RC power needs.

Is the ISDT Q8 Max suitable for charging larger FPV drone batteries?

Yes, with its 1000W power output and 30A maximum charging current, the ISDT Q8 Max is exceptionally well-suited for efficiently charging larger FPV drone batteries and other high-capacity packs.

Where can I buy the ISDT Q8 Max charger with fast delivery?

You can buy the ISDT Q8 Max charger from HTDRONE, your specialized FPV and UAV drone parts store. We offer fast shipping within Poland and reliable worldwide delivery via DHL.

Does the ISDT Q8 Max have a display that is easy to read?

Absolutely. The ISDT Q8 Max features a 2.8-inch IPS LCD display with a 178° viewing angle and automatic brightness adjustment, ensuring clear readability even in bright sunlight or challenging lighting conditions.