Efficiency and reliability on every mission

Modern unmanned systems need efficient power supplies for tactical and strategic missions. The 6s2p and 6s3p battery series, based on MoliceL 21700 cells, are designed for extended flight, consistent power and reliable operation in demanding conditions.

6s2p Battery (Molicel 21700)

The 6s2p model is a reliable choice for medium-duration flights requiring balanced power and energy efficiency. It delivers a stable voltage of 22.2 V and a capacity of 8,400 mAh, making it well suited to tactical-class drones.

• Voltage: 22.2 V.
• Capacity: 8,400 mAh.
• Application: medium-duration flights and energy-efficient operations.

Its compact size and low weight make the 6s2p an ideal solution for missions where agility and speed are critical.

6s3p Battery (Molicel 21700)

The 6s3p battery is designed for extended missions requiring greater energy reserves. With a capacity of 12,600 mAh and a voltage of 22.2 V, it provides stable power even in demanding conditions.

• Voltage: 22.2 V.
• Capacity: 12,600 mAh.
• Application: extended missions and strategic operations.

The 6s3p's high energy capacity makes it ideal for tasks requiring longer time in the air, such as aerial reconnaissance or extended patrols.

Aircraft batteries: efficiency and adaptability

Specialist aircraft batteries are designed around the requirements of model aircraft, providing extended flight times and consistent power. They are optimised for sustained loads and efficient mission performance.

• Efficiency: a stable power supply throughout the flight.
• Endurance: extended independent aircraft operation.
• Adaptability: optimised for different aircraft models.

These batteries help aircraft maintain agility and stability even in challenging weather conditions.

Advantages of Molicel 21700 batteries

Drone and aircraft batteries built with Molicel 21700 cells combine reliability and advanced technology for high performance:

• Stable voltage for reliable equipment operation.
• High capacity for extended operations.
• Protection against overheating and overloads.
• Optimised weight to minimise the load on the aircraft.