The DJI AGRAS T100 Dual Battery Lifting System is the lifting-module upgrade designed for operators who need longer endurance and higher operational confidence during load transport and lift missions. Unlike the standard lifting payload, the dual-battery lifting module is built to accommodate two Intelligent Flight Batteries simultaneously, helping the aircraft maintain steadier power delivery during intensive work cycles.
Two-battery configuration for longer lifting endurance
DJI’s support guidance states that the dual battery lifting module can accommodate two batteries at the same time, providing longer endurance compared to the standard lifting configuration.
On DJI’s T100 specs page, the aircraft configuration “equipped with dual-battery lifting system” is listed with a higher lifting-mode weight and a corresponding maximum takeoff weight for lifting, reflecting the heavier, two-battery setup.
Load rating differences, understand the trade-off
DJI’s support FAQ notes a key distinction: the standard lifting module is listed with 100 kg load capacity, while the dual-electric (dual battery) lifting module is listed with 80 kg load capacity. This is typically a trade-off between raw payload and the operational benefit of two-battery endurance.
Safer lifting, anti-swing stabilization, real-time weighing, emergency fuse
A common operational risk in lifting is load swing and accidental overload. Dealer product descriptions highlight safety-oriented features such as:
- Triaxial force sensor that helps the drone adjust posture to reduce load swing during flight
- Real-time weighing to monitor load and prevent overloading
DJI also states the dual-battery lifting module supports a fuse function, intended to support faster, safer escape in emergencies.
Best-fit use cases
This module is a strong match for operators who:
- Run repetitive lift cycles where battery swaps become a bottleneck
- Prioritize stability and safety features (anti-swing, load monitoring)
- Need a lifting setup that stays within DJI’s recommended system architecture for the T100 platform
