DJI TB100C Tethered Battery (2 pieces)

DJI TB100C Tethered Battery 2 Pieces

The DJI TB100C Tethered Battery 2-Pack is a professional power solution designed for continuous flights with the DJI Matrice 400 series. Unlike standard batteries that limit flight time, this tether battery system provides permanent wired power via certified tether systems or compatible docking stations for exceptionally long missions without interruptions. Each battery in the kit combines high capacity with smart power management for enterprise applications such as surveillance, live broadcast, infrastructure inspection and security tasks. This tether solution is ideal for users who need stable, intermittent power over long periods of time.

Performance and functionality

Each TB100C battery has a capacity of 20,254 mAh with 977 Wh energy, providing reliable power for tethered operation of the Matrice 400. When connected to an approved tether cable system and ground station, the system can power the drone indefinitely, eliminating traditional timing restrictions. Advanced thermal control and self-heating ensure efficient performance in various temperatures, while integrated power management provides protection against overcharging, deep discharge and extreme conditions.

Build quality and design

The TB100C contains robust Li-ion 13S cells in a sturdy frame of about 4.72 kg, designed to withstand professional missions. Dedicated connections for third-party tether power and dock systems make integration into enterprise environments easy. The design also supports efficient charging via DJI's BS100 Battery Station. With up to 400 charging cycles provides each battery with long-term reliability, while ergonomic placement allows quick installation and removal.

Why You Need This

For teams conducting long-term air missions where changing or recharging batteries is not possible, the DJI TB100C Tethered Battery 2-Pack offers unmatched endurance and stability. This solution keeps your Matrice 400 fleet always ready to go and helps reduce operational interruptions, maximising productivity in demanding applications.